index.xsl
fps.xml
http://types.lonmark.org
0000000000000000-0
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Standard 00:00:00:00:00:00:00:00-0
index.html
Report Generator 4.01.07
Functional Profiles
0
14.00
5.00
12/13/2012 18:20:12
tech@lonmark.org
no
no
no
nvoAirVelocity
1
yes
[SNVT_speed_mil]
output
unacknowledged
2
no
[SNVT_flow]
output
unacknowledged
3
no
[SNVT_flow_f]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
0,0
SFPTairVelocitySensor
not permitted
2
yes
[SCPTminSendTime]
0,0
SFPTairVelocitySensor
not permitted
3
yes
[SCPTsndDelta]
00*4
SFPTairVelocitySensor
not permitted
4
no
[SCPToffset]
00*4
SFPTairVelocitySensor
not permitted
5
no
[SCPTductArea]
13,1070
nvoAirVelocity
not permitted
6
no
[SCPTductArea]
13,1070
nvoAirFlow
not permitted
7
no
[SCPTgain]
1/1
SFPTairVelocitySensor
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoAirVelocity
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoAirFlow
not permitted
10
no
[SCPTmaxSendTime]
0,0
nvoAirFlowFloat
not permitted
11
no
[SCPTminSendTime]
0,0
nvoAirVelocity
not permitted
12
no
[SCPTminSendTime]
0,0
nvoAirFlow
not permitted
13
no
[SCPTminSendTime]
0,0
nvoAirFlowFloat
not permitted
14
no
[SCPTsndDelta]
00*4
nvoAirVelocity
not permitted
15
no
[SCPTsndDelta]
00*4
nvoAirFlow
not permitted
16
no
[SCPTsndDelta]
00*4
nvoAirFlowFloat
not permitted
17
no
[SCPTductArea]
13,1070
SFPTairVelocitySensor
not permitted
no
no
no
nvoAnalog
1
yes
[SNVT_lev_percent]
output
any
no
no
no
nviAnalog
1
yes
[SNVT_lev_percent]
input
any
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
output
acknowledged
3
no
[SNVT_switch]
output
acknowledged
1
yes
[SCPTlocation]
00*31
SFPTaudibleFireIndicator
modify when disabled
not permitted
2
yes
[SCPTmaxRcvTime]
0,0
SFPTaudibleFireIndicator
not permitted
3
yes
[SCPTzoneNum]
0
SFPTaudibleFireIndicator
not permitted
4
yes
[SCPTaudOutput]
0,00
SFPTaudibleFireIndicator
manufacturer specific, constant
not permitted
5
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTaudibleFireIndicator
manufacturer specific, constant
not permitted
6
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTaudibleFireIndicator
modify when disabled
not permitted
7
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTaudibleFireIndicator
not permitted
8
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTaudibleFireIndicator
manufacturer specific, constant
not permitted
9
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTaudibleFireIndicator
modify when disabled
not permitted
10
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTaudibleFireIndicator
modify when disabled
not permitted
11
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTaudibleFireIndicator
modify when disabled
not permitted
12
no
[SCPTmaxSendTime]
0,0
SFPTaudibleFireIndicator
not permitted
13
no
[SCPTfireIndicate]
FN_UNDEFINED
SFPTaudibleFireIndicator
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
output
any
3
yes
[SNVT_switch]
output
any
4
yes
[SNVT_switch]
output
any
5
yes
[SNVT_switch]
output
any
6
yes
[SNVT_switch]
output
any
7
no
[SNVT_switch]
input
any
8
no
[SNVT_switch]
input
any
9
no
[SNVT_switch]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
output
any
13
no
[SNVT_switch]
output
any
14
no
[SNVT_freq_hz]
output
acknowledged
15
no
[SNVT_freq_hz]
output
acknowledged
16
no
[SNVT_volt_ac]
output
acknowledged
17
no
[SNVT_volt_ac]
output
acknowledged
18
no
[SNVT_volt_ac]
output
acknowledged
19
no
[SNVT_volt_ac]
output
acknowledged
20
no
[SNVT_amp_ac]
output
acknowledged
21
no
[SNVT_pwr_fact]
output
acknowledged
22
no
[SNVT_power_f]
output
acknowledged
1
no
[SCPTlocation]
00*31
SFPTautomaticTransferSwitch
not permitted
2
no
[SCPTmaxSendTime]
0,0
nvoSrc1Frequency
not permitted
3
no
[SCPTmaxSendTime]
0,0
nvoSrc2Frequency
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoSrc1VoltageLL
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoSrc2VoltageLL
not permitted
6
no
[SCPTmaxSendTime]
0,0
nvoSrc1VoltageLN
not permitted
7
no
[SCPTmaxSendTime]
0,0
nvoSrc2VoltageLN
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoLoadCurrent
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoLoadPF
not permitted
10
no
[SCPTmaxSendTime]
0,0
nvoLoadRealPower
not permitted
11
no
[SCPTmaxSendTime]
0,0
SFPTautomaticTransferSwitch
permitted with dimension 0..16
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
output
unacknowledged
3
yes
[SNVT_temp_p]
0,00
150,00
output
unacknowledged
4
no
[SNVT_hvac_mode]
input
any
5
no
[SNVT_switch]
input
any
6
no
[SNVT_temp_p]
0,00
150,00
input
any
7
no
[SNVT_temp_p]
-40,00
50,00
input
any
8
no
[SNVT_temp_p]
0,00
150,00
input
any
9
no
[SNVT_temp_p]
0,00
150,00
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_lev_percent]
0,000
output
unacknowledged
12
no
[SNVT_temp_p]
0,00
150,00
output
unacknowledged
13
no
[SNVT_temp_p]
-40,00
70,00
output
unacknowledged
14
no
[SNVT_temp_p]
0,00
150,00
output
unacknowledged
15
no
[SNVT_temp_p]
-40,00
70,00
output
unacknowledged
16
no
[SNVT_switch]
output
unacknowledged
17
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
18
no
[SNVT_temp_p]
-40,00
70,00
output
unacknowledged
19
no
[SNVT_temp_p]
-40,00
70,00
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTboilerController
not permitted
2
no
[SCPTpwrUpState]
SFPTboilerController
not permitted
3
no
[SCPTmaxRcvTime]
SFPTboilerController
not permitted
4
yes
[SCPTheatSetpt]
0,00
150,00
35,00
SFPTboilerController
not permitted
5
no
[SCPTlocation]
SFPTboilerController
not permitted
6
no
[SCPTminSendTime]
SFPTboilerController
not permitted
7
no
[SCPTpumpDownDelay]
SFPTboilerController
not permitted
no
no
no
1
no
[SNVT_date_event]
output
acknowledged
2
no
[SNVT_switch]
input
any
1
no
[SCPTeffectivePeriod]
SFPTcalendar
modify when disabled
not permitted
2
yes
[SCPTscheduleDates]
SFPTcalendar
modify when disabled
permitted with dimension 2..65535
3
no
[SCPTobjMajVer]
SFPTcalendar
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTcalendar
device specific, constant
not permitted
5
no
[SCPTovrBehave]
nvoDateEvent
not permitted
6
no
[SCPTovrValue]
FF*4
nvoDateEvent
not permitted
7
no
[SCPTscheduleName]
SFPTcalendar
modify when disabled
permitted with dimension 2..255
8
no
[SCPTminSendTime]
0,2
nvoDateEvent
not permitted
no
no
no
1
yes
[SNVT_switch]
output
acknowledged
1
yes
[SCPTmaxSendTime]
0,0
nvoChannelOK
not permitted
2
no
[SCPTminSendTime]
0,0
nvoChannelOK
not permitted
3
no
[SCPTobjMajVer]
0
SFPTchannelContinuityMonitor
constant
not permitted
4
no
[SCPTobjMinVer]
0
SFPTchannelContinuityMonitor
constant
not permitted
no
no
no
2
yes
[SNVT_lev_cont]
output
unacknowledged
3
yes
[SNVT_lev_cont]
output
unacknowledged
4
yes
[SNVT_lev_cont]
output
unacknowledged
5
yes
[SNVT_count_32]
output
unacknowledged
6
yes
[SNVT_count_32]
output
unacknowledged
7
yes
[SNVT_count_32]
output
unacknowledged
8
yes
[SNVT_count_32]
output
unacknowledged
1
yes
[SNVT_elapsed_tm]
output
unacknowledged
11
no
[SNVT_lev_cont]
output
unacknowledged
10
no
[SNVT_lev_cont]
output
unacknowledged
12
no
[SNVT_lev_cont]
output
unacknowledged
13
no
[SNVT_count_32]
output
unacknowledged
14
no
[SNVT_count_32]
output
unacknowledged
15
no
[SNVT_count_32]
output
unacknowledged
16
no
[SNVT_count_32]
output
unacknowledged
17
no
[SNVT_switch]
output
acknowledged
18
no
[SNVT_lev_cont]
output
unacknowledged
19
no
[SNVT_switch]
output
unacknowledged
9
yes
[SNVT_count_32]
output
any
1
no
[SCPTobjMajVer]
0
SFPTchannelMonitor
constant
not permitted
2
no
[SCPTobjMinVer]
0
SFPTchannelMonitor
constant
not permitted
3
no
[SCPTifaceDesc]
00*31
SFPTchannelMonitor
constant
not permitted
4
no
[SCPTmonInterval]
0 0:0:1:0
0 18:12:15:0
0 0:0:5:0
SFPTchannelMonitor
not permitted
5
no
[SCPThighLimit1]
00*4
00*3-64
00*3-46
nvoIvalCrcErr
not permitted
6
no
[SCPThighLimit1Enable]
BOOL_TRUE
nvoIvalCrcErr
not permitted
7
no
[SCPThystHigh1]
00*3-05
nvoIvalCrcErr
not permitted
8
no
[SCPTlowLimit1]
00*4
nvoIvalCrcErr
not permitted
9
no
[SCPTlowLimit1Enable]
BOOL_FALSE
nvoIvalCrcErr
not permitted
10
no
[SCPThystLow2]
00*4
nvoIvalCrcErr
not permitted
11
no
[SCPThighLimit1]
00*4
00*3-64
00*3-05
nvoIvalMissed
not permitted
12
no
[SCPThighLimit1Enable]
BOOL_TRUE
nvoIvalMissed
not permitted
13
no
[SCPThystHigh1]
00*3-02
nvoIvalMissed
not permitted
14
no
[SCPThighLimit1]
00*4
00*3-64
00*3-01
nvoIvalPkts
not permitted
15
no
[SCPThighLimit1Enable]
BOOL_TRUE
nvoIvalPkts
not permitted
16
no
[SCPThystHigh1]
00*4
00*3-64
00*4
nvoIvalPkts
not permitted
17
no
[SCPThighLimit1]
00*3-32
nvoTotalMisPre
not permitted
18
no
[SCPThighLimit1Enable]
BOOL_FALSE
nvoTotalMisPre
not permitted
19
no
[SCPThystHigh1]
00*4
nvoTotalMisPre
not permitted
20
no
[SCPTlinkPowerDetectEnable]
0 0
nvoAvgPkts
not permitted
no
no
no
1
yes
[SNVT_temp_p]
input
any
2
no
[SNVT_temp_p]
input
any
3
no
[SNVT_temp_p]
input
any
4
no
[SNVT_temp_setpt]
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_hvac_overid]
input
any
12
no
[SNVT_temp_p]
input
any
13
no
[SNVT_temp_p]
input
any
14
no
[SNVT_temp_p]
input
any
15
no
[SNVT_lev_percent]
input
any
16
no
[SNVT_temp_p]
input
any
17
no
[SNVT_temp_p]
input
any
18
no
[SNVT_lev_percent]
input
any
19
no
[SNVT_lev_percent]
input
any
20
no
[SNVT_lev_percent]
input
any
21
no
[SNVT_lev_percent]
input
any
22
yes
[SNVT_temp_p]
output
unacknowledged
23
yes
[SNVT_hvac_status]
output
unacknowledged
24
no
[SNVT_temp_p]
output
unacknowledged
25
no
[SNVT_occupancy]
output
unacknowledged
26
no
[SNVT_hvac_mode]
output
unacknowledged
27
no
[SNVT_temp_p]
output
unacknowledged
28
no
[SNVT_temp_setpt]
output
unacknowledged
29
no
[SNVT_power]
output
unacknowledged
30
no
[SNVT_lev_percent]
output
unacknowledged
31
no
[SNVT_lev_percent]
output
unacknowledged
32
no
[SNVT_lev_percent]
output
unacknowledged
33
no
[SNVT_lev_percent]
output
unacknowledged
34
no
[SNVT_lev_percent]
output
unacknowledged
35
no
[SNVT_lev_percent]
output
unacknowledged
36
no
[SNVT_temp_p]
output
unacknowledged
37
no
[SNVT_switch]
output
unacknowledged
3
no
[SCPTmaxSendTime]
0,0
nvoEffectSetpt
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoHeatCool
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoSetptShift
not permitted
6
no
[SCPTmaxSendTime]
0,0
nvoTerminalLoad
not permitted
7
no
[SCPTmaxSendTime]
0,0
nvoHeatPrimary
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoHeatSecondary
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoCoolPrimary
not permitted
10
no
[SCPTmaxSendTime]
0,0
nvoCoolSecondary
not permitted
11
no
[SCPTmaxSendTime]
0,0
nvoSpaceRH
not permitted
12
no
[SCPTmaxSendTime]
0,0
nvoSpaceDewPt
not permitted
13
no
[SCPTmaxSendTime]
0,0
nvoEnergyHoldOff
not permitted
14
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
15
no
[SCPTmaxRcvTime]
0,0
nviSetptOffset
not permitted
16
no
[SCPTmaxRcvTime]
0,0
nviSetptShift
not permitted
17
no
[SCPTmaxRcvTime]
0,0
nviOccSchedule
not permitted
18
no
[SCPTmaxRcvTime]
0,0
nviOccSensor
not permitted
19
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
20
no
[SCPTmaxRcvTime]
0,0
nviHeatCool
not permitted
21
no
[SCPTmaxRcvTime]
0,0
nviEnergyHoldOff
not permitted
22
no
[SCPTmaxRcvTime]
0,0
nviSourceTemp
not permitted
23
no
[SCPTmaxRcvTime]
0,0
nviHeatSrcTemp
not permitted
24
no
[SCPTmaxRcvTime]
0,0
nviCoolSrcTemp
not permitted
25
no
[SCPTmaxRcvTime]
0,0
nviSpaceRH
not permitted
26
no
[SCPTmaxRcvTime]
0,0
nviSpaceDewPt
not permitted
27
no
[SCPTmaxRcvTime]
0,0
nviOutdoorDewPt
not permitted
28
no
[SCPTmaxRcvTime]
0,0
nviHeatPriSlave
not permitted
29
no
[SCPTmaxRcvTime]
0,0
nviHeatSecSlave
not permitted
30
no
[SCPTmaxRcvTime]
0,0
nviCoolPriSlave
not permitted
31
no
[SCPTmaxRcvTime]
0,0
nviCoolSecSlave
not permitted
32
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTchilledCeilingController
not permitted
33
no
[SCPTminSendTime]
0,0
SFPTchilledCeilingController
not permitted
34
no
[SCPTlocation]
00*31
SFPTchilledCeilingController
not permitted
35
no
[SCPTbypassTime]
0
SFPTchilledCeilingController
not permitted
36
no
[SCPTmanOvrTime]
0
SFPTchilledCeilingController
not permitted
37
yes
[SCPTmaxSendTime]
0,0
SFPTchilledCeilingController
not permitted
39
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
40
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
38
no
[SCPTmaxRcvTime]
0,0
SFPTchilledCeilingController
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_temp_p]
-12,20
48,80
input
any
3
yes
[SNVT_switch]
output
acknowledged
4
yes
[SNVT_temp_p]
-40,00
93,00
output
acknowledged
5
no
[SNVT_lev_percent]
0,000
160,000
input
any
6
no
[SNVT_temp_p]
-12,20
48,90
input
any
7
no
[SNVT_hvac_mode]
input
any
8
no
[SNVT_temp_p]
10,00
93,00
input
any
9
no
[SNVT_lev_percent]
0,000
160,000
output
acknowledged
10
no
[SNVT_lev_percent]
0,000
160,000
output
acknowledged
11
no
[SNVT_temp_p]
-40,00
118,00
output
acknowledged
12
no
[SNVT_temp_p]
-40,00
118,00
output
acknowledged
13
no
[SNVT_temp_p]
-40,00
118,00
output
acknowledged
14
no
[SNVT_temp_p]
-40,00
118,00
output
acknowledged
15
no
[SNVT_str_asc]
output
acknowledged
16
no
[SNVT_chlr_status]
output
acknowledged
1
yes
[SCPTpwrUpState]
0,0 0
SFPTchiller
not permitted
2
yes
[SCPTmaxSendTime]
0,0
SFPTchiller
not permitted
3
yes
[SCPTminSendTime]
0,0
SFPTchiller
not permitted
4
no
[SCPTlimitChlrCap]
100,000
SFPTchiller
not permitted
5
yes
[SCPTcoolSetpt]
7,20
SFPTchiller
not permitted
6
no
[SCPTheatSetpt]
35,00
SFPTchiller
not permitted
7
no
[SCPThvacMode]
HVAC_COOL
SFPTchiller
not permitted
8
no
[SCPTlocation]
00*31
SFPTchiller
not permitted
9
no
[SCPTdefltBehave]
0,0 0
SFPTchiller
not permitted
10
no
[SCPTmaxRcvTime]
0,0
SFPTchiller
not permitted
11
no
[SCPTpwrUpDelay]
SFPTchiller
not permitted
no
no
no
nviValue
1
yes
[SNVT_xxx]
input
any
2
yes
[SNVT_xxx]
output
unacknowledged
3
no
[SNVT_preset]
input
any
4
no
[SNVT_xxx]
output
unacknowledged
5
no
[SNVT_preset]
output
unacknowledged
1
no
[SCPTdefOutput]
SFPTclosedLoopActuator
not permitted
2
no
[SCPTdriveT]
SFPTclosedLoopActuator
not permitted
3
no
[SCPTlocation]
SFPTclosedLoopActuator
not permitted
4
no
[SCPTmaxRcvT]
nviValue
not permitted
5
no
[SCPToffDely]
SFPTclosedLoopActuator
not permitted
6
no
[SCPTinFbDly]
nvoValueFb
not permitted
7
no
[SCPTactFbDly]
nvoActPosnFb
not permitted
8
no
[SCPThighLimit1]
nviValue
not permitted
9
no
[SCPThighLimit2]
nviValue
not permitted
10
no
[SCPTlowLimit1]
nviValue
not permitted
11
no
[SCPTlowLimit2]
nviValue
not permitted
12
no
[SCPTalrmSetT1]
nviValue
not permitted
13
no
[SCPTalrmSetT2]
nviValue
not permitted
14
no
[SCPTalrmClrT1]
nviValue
not permitted
15
no
[SCPTalrmClrT2]
nviValue
not permitted
16
no
[SCPThystHigh1]
nviValue
not permitted
17
no
[SCPThystHigh2]
nviValue
not permitted
18
no
[SCPThystLow1]
nviValue
not permitted
19
no
[SCPThystLow2]
nviValue
not permitted
20
no
[SCPTalrmIhbT]
nviValue
not permitted
21
no
[SCPTovrBehave]
SFPTclosedLoopActuator
not permitted
22
no
[SCPTovrValue]
nviValue
not permitted
23
no
[SCPTtrnsTblX]
SFPTclosedLoopActuator
not permitted
24
no
[SCPTtrnsTblY]
SFPTclosedLoopActuator
not permitted
no
no
no
nvoValue
1
yes
[SNVT_xxx]
input
any
2
yes
[SNVT_xxx]
output
any
3
no
[SNVT_preset]
input
any
4
no
[SNVT_count]
output
any
5
no
[SNVT_preset]
output
any
1
no
[SCPTlocation]
SFPTclosedLoopSensor
not permitted
2
no
[SCPTgain]
SFPTclosedLoopSensor
not permitted
3
no
[SCPToffset]
SFPTclosedLoopSensor
not permitted
4
no
[SCPTmaxRnge]
nvoValue
not permitted
5
no
[SCPTminRnge]
nvoValue
not permitted
6
no
[SCPTsndDelta]
nvoValue
not permitted
7
no
[SCPTmaxSndT]
nvoValue
not permitted
8
no
[SCPTminSndT]
nvoValue
not permitted
9
no
[SCPTinvrtOut]
nvoValue
not permitted
10
no
[SCPTtrnsTblX]
SFPTclosedLoopSensor
not permitted
11
no
[SCPTtrnsTblY]
SFPTclosedLoopSensor
not permitted
12
no
[SCPThighLimit1]
nvoValue
not permitted
13
no
[SCPThighLimit2]
nvoValue
not permitted
14
no
[SCPTlowLimit1]
nvoValue
not permitted
15
no
[SCPTlowLimit2]
nvoValue
not permitted
16
no
[SCPTalrmSetT1]
nvoValue
not permitted
17
no
[SCPTalrmSetT2]
nvoValue
not permitted
18
no
[SCPTalrmClrT1]
nvoValue
not permitted
19
no
[SCPTalrmClrT2]
nvoValue
not permitted
20
no
[SCPThystHigh1]
nvoValue
not permitted
21
no
[SCPThystHigh2]
nvoValue
not permitted
22
no
[SCPThystLow1]
nvoValue
not permitted
23
no
[SCPThystLow2]
nvoValue
not permitted
24
no
[SCPTalrmIhbT]
nvoValue
not permitted
25
no
[SCPTdefOutput]
nvoValue
not permitted
26
no
[SCPTovrBehave]
SFPTclosedLoopSensor
not permitted
27
no
[SCPTovrValue]
nvoValue
not permitted
no
no
no
1
yes
[SNVT_clothes_w_c]
input
any
2
yes
[SNVT_clothes_w_s]
output
unacknowledged
3
yes
[SNVT_switch]
input
any
4
yes
[SNVT_switch]
output
unacknowledged
5
yes
[SNVT_switch]
input
any
6
yes
[SNVT_switch]
output
unacknowledged
7
no
[SNVT_time_min]
output
unacknowledged
8
no
[SNVT_clothes_w_a]
output
unacknowledged
9
no
[SNVT_clothes_w_m]
output
unacknowledged
1
yes
[SCPTahamApplianceModel]
AHAM_CLOTHES_WASHER
AHAM_CLOTHES_WASHER
AHAM_CLOTHES_WASHER
SFPTclothesWasherDomestic
constant
not permitted
2
yes
[SCPTlocation]
00*31
SFPTclothesWasherDomestic
not permitted
3
yes
[SCPTmaxSendTime]
0,0
SFPTclothesWasherDomestic
not permitted
4
no
[SCPTobjMajVer]
1
SFPTclothesWasherDomestic
constant
not permitted
5
no
[SCPTobjMinVer]
0
SFPTclothesWasherDomestic
device specific, constant
not permitted
no
no
no
nvoCO2ppm
1
yes
[SNVT_ppm]
output
any
2
no
[SNVT_ppm_f]
output
any
1
yes
[SCPTmaxSendTime]
300,0
SFPTco2Sensor
not permitted
2
yes
[SCPTminSendTime]
5,0
SFPTco2Sensor
not permitted
3
yes
[SCPTminDeltaCO2]
10
nvoCO2ppm
not permitted
4
no
[SCPToffsetCO2]
nvoCO2ppm
not permitted
no
no
no
nviLuxLevel
1
yes
[SNVT_lux]
input
any
2
yes
[SNVT_setting]
input
any
3
yes
[SNVT_switch]
output
unacknowledged
4
no
[SNVT_switch]
input
any
1
yes
[SCPTluxSetpoint]
SFPTconstantLightController
not permitted
2
no
[SCPTlocation]
SFPTconstantLightController
not permitted
3
no
[SCPTminSendTime]
0,5
SFPTconstantLightController
not permitted
4
no
[SCPTmaxSendTime]
300,0
SFPTconstantLightController
not permitted
5
no
[SCPTstep]
SFPTconstantLightController
not permitted
6
no
[SCPTminDeltaLevel]
0,5
SFPTconstantLightController
not permitted
7
no
[SCPTonOffHysteresis]
SFPTconstantLightController
not permitted
8
no
[SCPTclOffDelay]
300,0
SFPTconstantLightController
not permitted
9
no
[SCPTclOnDelay]
0,0
SFPTconstantLightController
not permitted
10
no
[SCPTpowerupState]
SET_OFF 0,0 -359,98
SET_ON 100,0 360,00
SET_OFF 0,0 0,00
SFPTconstantLightController
not permitted
yes
no
no
nvoValue
1
yes
[SNVT_xxx]
output
any
2
no
[SNVT_xxx]
input
any
3
yes
[SNVT_xxx]
input
any
4
no
[SNVT_xxx]
output
any
no
no
no
1
yes
[SNVT_lev_percent]
0,000
100,000
input
any
2
yes
[SNVT_switch]
input
any
3
yes
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
4
no
[SNVT_hvac_emerg]
input
any
5
no
[SNVT_hvac_overid]
input
any
6
no
[SNVT_switch]
output
unacknowledged
7
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
8
no
[SNVT_angle_deg]
output
unacknowledged
9
no
[SNVT_flow]
output
unacknowledged
10
no
[SNVT_temp_p]
-50,00
150,00
output
any
11
no
[SNVT_hvac_emerg]
output
unacknowledged
1
yes
[SCPTminSendTime]
30,0
SFPTdamperActuator
not permitted
2
yes
[SCPTmaxSendTime]
0,0
SFPTdamperActuator
not permitted
3
yes
[SCPTmaxRcvTime]
0,0
SFPTdamperActuator
not permitted
4
yes
[SCPTdirection]
0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0
SFPTdamperActuator
not permitted
5
no
[SCPTminDeltaFlow]
10
nvoAbsAirFlow
not permitted
6
no
[SCPTminDeltaTemp]
0,00
1,00
nvoDuctTemp
not permitted
7
no
[SCPTminDeltaAngl]
0,00
5,00
nvoAbsAngle
not permitted
8
no
[SCPTactuatorType]
SFPTdamperActuator
manufacturer specific
not permitted
9
no
[SCPToemType]
SFPTdamperActuator
device specific, constant
not permitted
10
no
[SCPTlocation]
SFPTdamperActuator
not permitted
11
no
[SCPTdriveTime]
150,0
SFPTdamperActuator
not permitted
12
no
[SCPTnomAngle]
0,00
95,00
90,00
SFPTdamperActuator
not permitted
13
no
[SCPTnomAirFlow]
SFPTdamperActuator
not permitted
14
no
[SCPTductArea]
SFPTdamperActuator
not permitted
15
no
[SCPTmaxRnge]
00*2-4E-20
nvoActualValue
not permitted
16
no
[SCPTminRnge]
nvoActualValue
not permitted
17
no
[SCPTsensConstVAV]
SFPTdamperActuator
not permitted
18
no
[SCPTsensConstTmp]
SFPTdamperActuator
not permitted
no
no
no
5
no
[SNVT_alarm_2]
output
any
2
no
[SNVT_switch]
input
any
1
no
[SNVT_xxx]
input
any
3
no
[SNVT_switch]
input
any
4
no
[SNVT_log_status]
output
any
1
yes
[SCPTlogCapacity]
0
SFPTdataLogger
constant
not permitted
2
yes
[SCPTlogNotificationThreshold]
0,0
SFPTdataLogger
not permitted
3
yes
[SCPTlogSize]
0
SFPTdataLogger
modify when disabled
not permitted
4
yes
[SCPTlogType]
LT_CIRCULAR
3
LT_CIRCULAR
SFPTdataLogger
modify when disabled
not permitted
5
no
[SCPTfanInEnable]
1
nvoLevAlarm
modify when disabled
not permitted
6
no
[SCPTobjMajVer]
1
SFPTdataLogger
constant
not permitted
7
no
[SCPTobjMinVer]
0
SFPTdataLogger
device specific, constant
not permitted
8
no
[SCPTlogTimestampEnable]
1
SFPTdataLogger
modify when disabled
not permitted
9
no
[SCPTlogHighLimit]
00*4
nvoLevAlarm
not permitted
10
no
[SCPTlogLowLimit]
00*4
nvoLevAlarm
not permitted
11
no
[SCPTmaxFanIn]
0
nvoLevAlarm
constant
not permitted
12
no
[SCPTlogMinDeltaTime]
0
nvoLevAlarm
modify when disabled
not permitted
13
no
[SCPTlogMinDeltaValue]
00*4
nvoLevAlarm
modify when disabled
not permitted
14
no
[SCPTmaxSendTime]
0,0
nviClear
not permitted
15
no
[SCPTnvType]
PID 0:0:0:0:0:0:0:0, Scope 0, Index 1, NVT_CAT_INITIAL, 1 bytes, A=0, B=0, C=0
nvoLevAlarm
modify when disabled
not permitted
16
no
[SCPTpollRate]
0,0
nvoLevAlarm
modify when disabled
not permitted
17
no
[SCPTsourceAddress]
0 0
nvoLevAlarm
device specific, constant, modify when disabled
permitted with dimension 2..32385
18
no
[SCPTmaxSendTime]
0,0
nvoStatus
not permitted
19
no
[SCPTmaxNVLength]
0
nvoLevAlarm
modify when disabled
not permitted
20
no
[SCPTlogAlarmThreshold]
95,5
SFPTdataLogger
not permitted
no
no
no
1
yes
[SNVT_state_64]
output
acknowledged
3
no
[SNVT_count]
output
acknowledged
4
no
[SNVT_count]
output
acknowledged
5
no
[SNVT_state_64]
output
acknowledged
7
no
[SNVT_state_64]
output
acknowledged
1
yes
[SCPTmaxSendTime]
0,0
nvoDeviceAlarm
not permitted
2
yes
[SCPTscanTime]
0 0:1:0:0
SFPTdeviceMonitor
not permitted
3
no
[SCPTobjMajVer]
0
SFPTdeviceMonitor
constant
not permitted
4
no
[SCPTobjMinVer]
0
SFPTdeviceMonitor
constant
not permitted
5
no
[SCPTdevListEntry]
0UNKNOWN
SFPTdeviceMonitor
modify when disabled
required with dimension 128
6
no
[SCPTdevListDesc]
00*31
SFPTdeviceMonitor
modify when disabled
required with dimension 128
no
no
no
1
yes
[SNVT_tod_event]
input
any
2
no
[SNVT_occupancy]
input
any
3
no
[SNVT_hvac_mode]
input
any
4
no
[SNVT_hvac_emerg]
input
any
5
no
[SNVT_press_p]
0
1250
input
any
6
no
[SNVT_press_p]
0
1250
input
any
7
no
[SNVT_temp_p]
0,00
30,00
input
any
8
no
[SNVT_temp_p]
0,00
70,00
input
any
9
no
[SNVT_lev_percent]
0,000
100,000
input
any
10
no
[SNVT_lev_percent]
0,000
100,000
input
any
11
no
[SNVT_lev_percent]
0,000
100,000
input
any
12
no
[SNVT_lev_percent]
0,000
50,000
input
any
13
no
[SNVT_press_p]
-125
125
input
any
14
no
[SNVT_press_p]
-100
100
input
any
15
no
[SNVT_switch]
input
any
16
no
[SNVT_switch]
input
any
17
no
[SNVT_switch]
input
any
18
no
[SNVT_lev_percent]
0,000
100,000
input
any
19
no
[SNVT_flow]
0
50000
input
any
20
no
[SNVT_temp_p]
-40,00
50,00
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_enthalpy]
20,00
100,00
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-10,00
50,00
input
any
25
no
[SNVT_enthalpy]
20,00
100,00
input
any
26
no
[SNVT_temp_p]
-10,00
50,00
input
any
27
no
[SNVT_lev_percent]
0,000
100,000
input
any
28
no
[SNVT_switch]
input
any
29
no
[SNVT_lev_percent]
0,000
100,000
input
any
30
no
[SNVT_switch]
input
any
31
no
[SNVT_lev_percent]
0,000
100,000
input
any
32
no
[SNVT_temp_p]
-20,00
30,00
input
any
33
no
[SNVT_temp_p]
-10,00
50,00
input
any
34
no
[SNVT_switch]
input
any
35
yes
[SNVT_temp_p]
output
unacknowledged
36
yes
[SNVT_hvac_status]
output
unacknowledged
37
no
[SNVT_temp_p]
output
unacknowledged
38
no
[SNVT_press_p]
output
unacknowledged
39
no
[SNVT_press_p]
output
unacknowledged
40
no
[SNVT_hvac_mode]
output
unacknowledged
41
no
[SNVT_hvac_mode]
output
unacknowledged
42
no
[SNVT_occupancy]
output
unacknowledged
43
no
[SNVT_switch]
output
unacknowledged
44
no
[SNVT_switch]
output
unacknowledged
45
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
46
no
[SNVT_switch]
output
unacknowledged
47
no
[SNVT_switch]
output
unacknowledged
48
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
49
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
50
no
[SNVT_switch]
output
unacknowledged
51
no
[SNVT_switch]
output
unacknowledged
52
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
53
no
[SNVT_press_p]
output
unacknowledged
54
no
[SNVT_press_p]
output
unacknowledged
55
no
[SNVT_switch]
output
unacknowledged
56
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
57
no
[SNVT_flow]
output
unacknowledged
58
no
[SNVT_temp_p]
output
unacknowledged
59
no
[SNVT_temp_p]
output
unacknowledged
60
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
61
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
62
no
[SNVT_enthalpy]
output
unacknowledged
63
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
64
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_temp_p]
output
unacknowledged
67
no
[SNVT_temp_p]
output
unacknowledged
68
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
69
no
[SNVT_enthalpy]
output
unacknowledged
70
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
71
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
72
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
73
no
[SNVT_switch]
output
unacknowledged
74
no
[SNVT_temp_p]
output
unacknowledged
75
no
[SNVT_temp_p]
output
unacknowledged
76
no
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
77
no
[SNVT_temp_p]
output
unacknowledged
78
no
[SNVT_temp_p]
output
unacknowledged
79
no
[SNVT_switch]
output
unacknowledged
80
no
[SNVT_switch]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTdischargeAirController
not permitted
2
yes
[SCPTdischargeAirCoolingSetpoint]
SFPTdischargeAirController
not permitted
3
yes
[SCPTdischargeAirHeatingSetpoint]
SFPTdischargeAirController
not permitted
4
no
[SCPTsetPnts]
SFPTdischargeAirController
not permitted
5
no
[SCPTminSendTime]
SFPTdischargeAirController
not permitted
6
no
[SCPTmaxRcvTime]
SFPTdischargeAirController
not permitted
7
no
[SCPTlocation]
SFPTdischargeAirController
not permitted
8
no
[SCPTbypassTime]
SFPTdischargeAirController
not permitted
9
no
[SCPTmaxSupplyFanCapacity]
0,000
100,000
SFPTdischargeAirController
not permitted
10
no
[SCPTminSupplyFanCapacity]
0,000
100,000
SFPTdischargeAirController
not permitted
11
no
[SCPTmaxReturnExhaustFanCapacity]
0,000
100,000
SFPTdischargeAirController
not permitted
12
no
[SCPTminReturnExhaustFanCapacity]
0,000
100,000
SFPTdischargeAirController
not permitted
13
no
[SCPTductStaticPressureSetpoint]
SFPTdischargeAirController
not permitted
14
no
[SCPTmaxDuctStaticPressureSetpoint]
SFPTdischargeAirController
not permitted
15
no
[SCPTminDuctStaticPressureSetpoint]
SFPTdischargeAirController
not permitted
16
no
[SCPTductStaticPressureLimit]
SFPTdischargeAirController
not permitted
17
no
[SCPTbuildingStaticPressureSetpoint]
SFPTdischargeAirController
not permitted
18
no
[SCPTreturnFanStaticPressureSetpoint]
SFPTdischargeAirController
not permitted
19
no
[SCPTfanDifferentialSetpoint]
SFPTdischargeAirController
not permitted
20
no
[SCPTmixedAirLowLimitSetpoint]
SFPTdischargeAirController
not permitted
21
no
[SCPTmixedAirTempSetpoint]
SFPTdischargeAirController
not permitted
22
no
[SCPTminRnge]
nvoOADamper
not permitted
23
no
[SCPTminOutdoorAirFlowSetpoint]
SFPTdischargeAirController
not permitted
24
no
[SCPTsensConstVAV]
SFPTdischargeAirController
not permitted
25
no
[SCPTductArea]
SFPTdischargeAirController
not permitted
26
no
[SCPToutdoorAirTempSetpoint]
SFPTdischargeAirController
not permitted
27
no
[SCPToutdoorAirEnthalpySetpoint]
SFPTdischargeAirController
not permitted
28
no
[SCPTdiffTempSetpoint]
SFPTdischargeAirController
not permitted
29
no
[SCPTexhaustEnablePosition]
SFPTdischargeAirController
not permitted
30
no
[SCPTspaceHumSetpoint]
0,000
100,000
SFPTdischargeAirController
not permitted
31
no
[SCPThumSetpt]
0,000
100,000
SFPTdischargeAirController
not permitted
32
no
[SCPTdischargeAirDewpointSetpoint]
SFPTdischargeAirController
not permitted
33
no
[SCPTmaxDischargeAirCoolingSetpoint]
SFPTdischargeAirController
not permitted
34
no
[SCPTminDischargeAirCoolingSetpoint]
SFPTdischargeAirController
not permitted
35
no
[SCPTmaxDischargeAirHeatingSetpoint]
SFPTdischargeAirController
not permitted
36
no
[SCPTminDischargeAirHeatingSetpoint]
SFPTdischargeAirController
not permitted
37
no
[SCPTcoolingLockout]
SFPTdischargeAirController
not permitted
38
no
[SCPTheatingLockout]
SFPTdischargeAirController
not permitted
39
no
[SCPTcoolingResetEnable]
SFPTdischargeAirController
not permitted
40
no
[SCPTheatingResetEnable]
SFPTdischargeAirController
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
3
no
[SNVT_count]
input
any
2
yes
[SNVT_switch]
input
any
1
yes
[SCPTmaxRcvTime]
30,0
10,0
SFPTelevatorArrivalGong
not permitted
2
no
[SCPTlocation]
SFPTelevatorArrivalGong
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorArrivalGong
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorArrivalGong
device specific, constant
not permitted
5
no
[SCPTnwrkCnfg]
CFG_LOCAL
SFPTelevatorArrivalGong
not permitted
7
no
[SCPTinstalledLevel]
SFPTelevatorArrivalGong
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
input
any
1
yes
[SCPTmaxRcvTime]
30,0
10,0
SFPTelevatorDirectionLantern
not permitted
2
no
[SCPTlocation]
SFPTelevatorDirectionLantern
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorDirectionLantern
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorDirectionLantern
device specific, constant
not permitted
5
no
[SCPTnwrkCnfg]
CFG_LOCAL
SFPTelevatorDirectionLantern
not permitted
6
no
[SCPTbrightness]
SFPTelevatorDirectionLantern
not permitted
8
no
[SCPTscrollSpeed]
SFPTelevatorDirectionLantern
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
input
any
3
no
[SNVT_switch]
input
any
4
no
[SNVT_switch]
input
any
5
no
[SNVT_switch]
input
any
6
no
[SNVT_switch]
output
any
1
yes
[SCPTmaxRcvTime]
3600,0
SFPTelevatorFireSystemsPort
not permitted
2
no
[SCPTlocation]
SFPTelevatorFireSystemsPort
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorFireSystemsPort
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorFireSystemsPort
device specific, constant
not permitted
5
no
[SCPTmaxSendTime]
3600,0
nvoTrouble
not permitted
6
no
[SCPTzoneNum]
SFPTelevatorFireSystemsPort
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
3
no
[SNVT_count]
input
any
2
yes
[SNVT_switch]
input
any
1
yes
[SCPTmaxRcvTime]
30,0
10,0
SFPTelevatorHallLantern
not permitted
2
no
[SCPTlocation]
SFPTelevatorHallLantern
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorHallLantern
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorHallLantern
device specific, constant
not permitted
5
no
[SCPTnwrkCnfg]
CFG_LOCAL
SFPTelevatorHallLantern
not permitted
6
no
[SCPTbrightness]
SFPTelevatorHallLantern
not permitted
7
no
[SCPTinstalledLevel]
SFPTelevatorHallLantern
not permitted
8
no
[SCPTscrollSpeed]
SFPTelevatorHallLantern
not permitted
no
no
no
1
yes
[SNVT_str_asc]
input
any
2
no
[SNVT_str_asc]
input
any
3
no
[SNVT_str_asc]
input
any
4
no
[SNVT_str_asc]
input
any
5
no
[SNVT_str_asc]
input
any
6
no
[SNVT_switch]
input
any
7
no
[SNVT_switch]
input
any
8
no
[SNVT_count]
input
any
1
yes
[SCPTmaxRcvTime]
1,0
30,0
SFPTelevatorPositionIndicator
not permitted
2
no
[SCPTlocation]
SFPTelevatorPositionIndicator
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorPositionIndicator
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorPositionIndicator
device specific, constant
not permitted
5
no
[SCPTnwrkCnfg]
SFPTelevatorPositionIndicator
not permitted
6
no
[SCPTbrightness]
SFPTelevatorPositionIndicator
not permitted
7
no
[SCPTorientation]
0,00
90,00
0,00
SFPTelevatorPositionIndicator
not permitted
8
no
[SCPTscrollSpeed]
SFPTelevatorPositionIndicator
not permitted
no
no
no
1
yes
[SNVT_count]
input
any
2
no
[SNVT_switch]
input
any
3
no
[SNVT_switch]
input
any
1
no
[SCPTlocation]
SFPTelevatorVoiceAnnouncer
not permitted
2
no
[SCPTnwrkCnfg]
CFG_LOCAL
SFPTelevatorVoiceAnnouncer
not permitted
3
no
[SCPTobjMajVer]
1
SFPTelevatorVoiceAnnouncer
constant
not permitted
4
no
[SCPTobjMinVer]
SFPTelevatorVoiceAnnouncer
device specific, constant
not permitted
5
no
[SCPTaudibleLevel]
nviAnnounce
not permitted
6
no
[SCPTaudibleLevel]
SFPTelevatorVoiceAnnouncer
not permitted
no
no
no
1
yes
[SNVT_ent_state]
input
any
2
yes
[SNVT_ent_status]
output
acknowledged
3
no
[SNVT_ent_opmode]
input
any
4
no
[SNVT_switch]
output
acknowledged
5
no
[SNVT_switch]
input
any
6
no
[SNVT_switch]
output
acknowledged
7
no
[SNVT_switch]
input
any
8
no
[SNVT_switch]
output
acknowledged
9
no
[SNVT_flow_dir]
input
any
10
no
[SNVT_flow_dir]
output
acknowledged
11
no
[SNVT_switch]
input
any
12
no
[SNVT_str_asc]
output
acknowledged
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
output
any
1
yes
[SCPTmaxRcvTime]
3600,0
SFPTentryExit
not permitted
2
yes
[SCPTmaxSendTime]
3600,0
nvoEntryStatus
not permitted
3
yes
[SCPTminSendTime]
3600,0
nvoEntryStatus
not permitted
4
no
[SCPTholdTime]
1,0
6553,5
6553,5
SFPTentryExit
not permitted
5
no
[SCPTdefOutput]
nviEntryState
not permitted
6
no
[SCPTdefOutput]
nviEntryOpMode
not permitted
7
no
[SCPTdelayTime]
3600,0
nvoPreAlarm
not permitted
8
no
[SCPTdelayTime]
3600,0
nvoAftAlarm
not permitted
9
no
[SCPTsafExtCnfg]
00*3-02
nviEntryOpMode
not permitted
10
no
[SCPTemergCnfg]
00*3-02
nviEntryOpMode
not permitted
11
no
[SCPTlocation]
SFPTentryExit
not permitted
12
no
[SCPTobjMajVer]
1
SFPTentryExit
constant
not permitted
13
no
[SCPTobjMinVer]
0
SFPTentryExit
device specific, constant
not permitted
14
no
[SCPTnwrkCnfg]
CFG_LOCAL
SFPTentryExit
reset after modification
not permitted
15
no
[SCPTsluiceCnfg]
MSC_NUL
SFPTentryExit
not permitted
no
no
no
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
yes
[SNVT_temp_p]
10,00
35,00
input
any
3
yes
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
4
yes
[SNVT_lev_percent]
0,000
100,000
output
unacknowledged
5
yes
[SNVT_switch]
output
unacknowledged
6
no
[SNVT_switch]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_temp_p]
-10,00
10,00
input
any
10
no
[SNVT_temp_p]
-10,00
90,00
input
any
11
no
[SNVT_lev_percent]
output
unacknowledged
12
no
[SNVT_power]
output
unacknowledged
13
no
[SNVT_temp_p]
-10,00
50,00
output
unacknowledged
14
no
[SNVT_switch]
output
unacknowledged
15
no
[SNVT_temp_p]
-10,00
50,00
output
unacknowledged
16
no
[SNVT_temp_p]
10,00
35,00
output
unacknowledged
17
no
[SNVT_temp_p]
-10,00
50,00
input
any
18
no
[SNVT_switch]
input
any
19
no
[SNVT_occupancy]
output
unacknowledged
20
no
[SNVT_switch]
output
unacknowledged
21
no
[SNVT_hvac_status]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
0,0
SFPTfanCoilUnit
not permitted
2
yes
[SCPTsetPnts]
10,00,10,00,10,00,10,00,10,00,10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTfanCoilUnit
not permitted
3
no
[SCPTmaxRcvTime]
0,0
SFPTfanCoilUnit
not permitted
4
no
[SCPTminSendTime]
0,0
SFPTfanCoilUnit
not permitted
5
no
[SCPTlocation]
SFPTfanCoilUnit
not permitted
6
no
[SCPTnumValves]
1
2
2
SFPTfanCoilUnit
not permitted
no
no
no
1
yes
[SNVT_hvac_emerg]
input
any
3
no
[SNVT_hvac_emerg]
output
acknowledged
2
yes
[SNVT_hvac_emerg]
output
acknowledged
1
yes
[SCPTdriveTime]
150,0
SFPTfireSmokeDamperActuator
not permitted
2
yes
[SCPTmaxRcvTime]
0,0
nviActuDrive
not permitted
3
yes
[SCPTdirection]
0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0
SFPTfireSmokeDamperActuator
not permitted
4
yes
[SCPToffDely]
0 17:59:59:999
0 0:0:0:0
SFPTfireSmokeDamperActuator
not permitted
5
yes
[SCPTzoneNum]
0
SFPTfireSmokeDamperActuator
not permitted
6
no
[SCPTactuatorType]
00*31
SFPTfireSmokeDamperActuator
not permitted
7
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTfireSmokeDamperActuator
not permitted
8
no
[SCPTlocation]
00*31
SFPTfireSmokeDamperActuator
not permitted
9
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTfireSmokeDamperActuator
not permitted
10
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTfireSmokeDamperActuator
manufacturer specific
not permitted
11
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTfireSmokeDamperActuator
manufacturer specific
not permitted
12
no
[SCPTmaxSendTime]
0,0
nvoActuDriveFb
not permitted
no
no
no
1
yes
[SNVT_switch]
output
any
3
no
[SCPTmaxSendTime]
0,0
nvoFrost
not permitted
4
no
[SCPTminSendTime]
0,0
nvoFrost
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
input
any
3
yes
[SNVT_switch]
output
acknowledged
4
yes
[SNVT_switch]
output
acknowledged
5
no
[SNVT_switch]
input
any
6
no
[SNVT_state]
output
acknowledged
7
no
[SNVT_freq_hz]
output
acknowledged
8
no
[SNVT_volt_ac]
output
acknowledged
9
no
[SNVT_volt_ac]
output
acknowledged
10
no
[SNVT_amp_ac]
output
acknowledged
11
no
[SNVT_pwr_fact]
output
acknowledged
12
no
[SNVT_power_f]
output
acknowledged
13
no
[SNVT_elec_whr_f]
output
acknowledged
14
no
[SNVT_rpm]
output
acknowledged
15
no
[SNVT_temp]
output
acknowledged
16
no
[SNVT_press]
output
acknowledged
17
no
[SNVT_volt]
output
acknowledged
18
no
[SNVT_count]
output
acknowledged
19
no
[SNVT_time_f]
output
acknowledged
1
no
[SCPTlocation]
00*31
SFPTgeneratorSet
not permitted
2
yes
[SCPTmaxSendTime]
0,0
SFPTgeneratorSet
permitted with dimension 0..16
3
no
[SCPTmaxSendTime]
0,0
nvoRunStatus
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoGenEnergy
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoEngineSpeed
not permitted
6
no
[SCPTmaxSendTime]
0,0
nvoEngineTemp
not permitted
7
no
[SCPTmaxSendTime]
0,0
nvoOilPressure
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoBattery
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoEngineRunTime
not permitted
no
no
no
1
yes
[SNVT_Wm2_p]
output
any
1
yes
[SCPTmaxSendTime]
0,0
nvoGlobalRad
not permitted
2
yes
[SCPTminSendTime]
5,0
nvoGlobalRad
not permitted
3
yes
[SCPTsndDelta]
00*3-03
nvoGlobalRad
not permitted
4
no
[SCPToffset]
00*4
nvoGlobalRad
not permitted
5
no
[SCPTgain]
1/1
nvoGlobalRad
not permitted
no
no
no
1
yes
[SNVT_temp_p]
input
any
2
yes
[SNVT_temp_p]
input
any
3
yes
[SNVT_temp_p]
output
any
4
yes
[SNVT_hvac_status]
output
any
5
no
[SNVT_hvac_mode]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_switch]
input
any
8
no
[SNVT_temp_p]
input
any
9
no
[SNVT_switch]
input
any
10
no
[SNVT_temp_p]
output
any
1
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTheatPump
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoEffectSetPt
not permitted
5
no
[SCPTlocation]
00*31
SFPTheatPump
not permitted
6
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
7
no
[SCPTmaxRcvTime]
0,0
nviSetPoint
not permitted
8
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
9
no
[SCPTmaxRcvTime]
0,0
nviOccCmd
not permitted
10
no
[SCPTmaxRcvTime]
0,0
nviOccupSw
not permitted
11
no
[SCPTmaxRcvTime]
0,0
nviSetPtOffset
not permitted
12
no
[SCPTmaxRcvTime]
0,0
nviAuxHeat
not permitted
13
yes
[SCPTmaxSendTime]
0,0
SFPTheatPump
not permitted
14
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
15
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
16
no
[SCPTmaxRcvTime]
0,0
SFPTheatPump
not permitted
no
no
no
nvoHVACRH
1
yes
[SNVT_lev_percent]
output
any
2
no
[SNVT_lev_cont]
output
any
3
no
[SNVT_lev_cont_f]
output
any
1
yes
[SCPTmaxSendTime]
300,0
SFPThvacRelativeHumiditySensor
not permitted
2
yes
[SCPTminSendTime]
5,0
SFPThvacRelativeHumiditySensor
not permitted
3
yes
[SCPTminDeltaRH]
nvoHVACRH
not permitted
4
no
[SCPToffsetRH]
nvoHVACRH
not permitted
no
no
no
nvoHVACTemp
1
yes
[SNVT_temp_p]
output
any
2
no
[SNVT_temp]
output
any
3
no
[SNVT_temp_f]
output
any
1
yes
[SCPTmaxSendTime]
300,0
SFPThvacTempSensor
not permitted
2
yes
[SCPTminSendTime]
5,0
SFPThvacTempSensor
not permitted
3
yes
[SCPTminDeltaTemp]
0,30
nvoHVACTemp
not permitted
4
no
[SCPToffsetTemp]
nvoHVACTemp
not permitted
no
no
no
nvoControlSignFb
1
yes
[SNVT_lev_percent]
input
any
2
yes
[SNVT_hvac_mode]
input
any
3
yes
[SNVT_lev_percent]
output
unacknowledged
4
yes
[SNVT_hvac_mode]
output
acknowledged
5
yes
[SNVT_valve_mode]
output
acknowledged
6
no
[SNVT_switch]
input
any
7
no
[SNVT_lev_percent]
input
any
8
no
[SNVT_lev_percent]
input
any
9
no
[SNVT_hvac_emerg]
input
any
10
no
[SNVT_lev_percent]
input
any
11
no
[SNVT_lev_percent]
output
acknowledged
12
no
[SNVT_lev_percent]
output
unacknowledged
13
no
[SNVT_length_mil]
output
unacknowledged
14
no
[SNVT_lev_percent]
output
unacknowledged
15
no
[SNVT_lev_percent]
output
unacknowledged
16
no
[SNVT_dev_status]
output
unacknowledged
17
no
[SNVT_dev_fault]
output
unacknowledged
18
no
[SNVT_dev_maint]
output
unacknowledged
19
no
[SNVT_elapsed_tm]
output
unacknowledged
20
no
[SNVT_length]
output
unacknowledged
21
no
[SNVT_count]
output
unacknowledged
22
no
[SNVT_count]
output
unacknowledged
23
no
[SNVT_count]
output
unacknowledged
24
no
[SNVT_hvac_emerg]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
0,0
nvoControlSignFb
not permitted
2
yes
[SCPTmaxSendTime]
0,0
nvoHvacOpMode
not permitted
3
yes
[SCPTmaxSendTime]
0,0
nvoValveOpMode
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoValveCapacity
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoEmergencyMode
not permitted
6
yes
[SCPTmaxRcvTime]
0,0
nviControlSignal
not permitted
7
yes
[SCPTmaxRcvTime]
0,0
nviHvacOpMode
not permitted
8
no
[SCPTmaxRcvTime]
0,0
nviEmergencyMode
not permitted
9
yes
[SCPTcontrolSignal]
0,000 0,000 0,000 0,000
0,000 0,000 0,000 0,000
SFPThvacValvePositioner
not permitted
10
yes
[SCPTdefOutput]
00*4
SFPThvacValvePositioner
not permitted
11
yes
[SCPTminSendTime]
0,0
nvoControlSignFb
not permitted
12
yes
[SCPTminSendTime]
0,0
nvoHvacOpMode
not permitted
13
yes
[SCPTminSendTime]
0,0
nvoValveOpMode
not permitted
14
no
[SCPTminSendTime]
0,0
nvoValveCapacity
not permitted
15
no
[SCPTminSendTime]
0,0
nvoValvePosition
not permitted
16
no
[SCPTminSendTime]
0,0
nvoStrokeLength
not permitted
17
no
[SCPTminSendTime]
0,0
nvoActValvePos
not permitted
18
no
[SCPTminSendTime]
0,0
nvoValveFlow
not permitted
19
no
[SCPTminSendTime]
0,0
nvoDriveStatus
not permitted
20
no
[SCPTminSendTime]
0,0
nvoValveFault
not permitted
21
no
[SCPTminSendTime]
0,0
nvoMaintenance
not permitted
22
no
[SCPTminSendTime]
0,0
nvoRuntime
not permitted
23
no
[SCPTminSendTime]
0,0
nvoStrokeCumul
not permitted
24
no
[SCPTminSendTime]
0,0
nvoPosErrCount
not permitted
25
no
[SCPTminSendTime]
0,0
nvoPwrFailCount
not permitted
26
no
[SCPTminSendTime]
0,0
nvoEmergCount
not permitted
27
no
[SCPTminSendTime]
0,0
nvoEmergencyMode
not permitted
28
no
[SCPTlocation]
00*31
SFPThvacValvePositioner
not permitted
29
no
[SCPTminSetpoint]
0,000
SFPThvacValvePositioner
device specific, constant
not permitted
30
no
[SCPTmaxSetpoint]
0,000
SFPThvacValvePositioner
device specific, constant
not permitted
31
no
[SCPTminStroke]
0,0
SFPThvacValvePositioner
device specific, constant
not permitted
32
no
[SCPTmaxStroke]
0,0
SFPThvacValvePositioner
device specific, constant
not permitted
33
no
[SCPTvalveOperatingMode]
VALVE_NORMAL
SFPThvacValvePositioner
not permitted
34
no
[SCPTnightPurgePosition]
0,000
0,000
SFPThvacValvePositioner
not permitted
35
no
[SCPTfreeCoolPosition]
0,000
0,000
SFPThvacValvePositioner
not permitted
36
no
[SCPTemergencyPosition]
0,000
100,000
100,000
SFPThvacValvePositioner
not permitted
37
no
[SCPTdriveTime]
150,0
SFPThvacValvePositioner
device specific, constant
not permitted
38
no
[SCPTvalveStroke]
0
SFPThvacValvePositioner
device specific, constant
not permitted
39
no
[SCPTvalveNominalSize]
0
SFPThvacValvePositioner
not permitted
40
no
[SCPTvalveKvs]
0
SFPThvacValvePositioner
not permitted
41
no
[SCPTvalveType]
0
SFPThvacValvePositioner
not permitted
42
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPThvacValvePositioner
not permitted
43
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPThvacValvePositioner
not permitted
44
no
[SCPTactuatorType]
00*31
SFPThvacValvePositioner
device specific, constant
not permitted
45
no
[SCPTactuatorCharacteristic]
DCM_SPEED_CONST
SFPThvacValvePositioner
device specific, constant
not permitted
46
no
[SCPTtrnsTblX]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
47
no
[SCPTtrnsTblY]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
48
no
[SCPTvalveFlowCharacteristic]
DCM_QUICK_OPEN
DCM_FREE_DEFINED
DCM_QUICK_OPEN
SFPThvacValvePositioner
device specific, constant
not permitted
49
no
[SCPTtrnsTblX2]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
50
no
[SCPTtrnsTblY2]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
51
no
[SCPTcombFlowCharacteristic]
DCM_SPEED_CONST
SFPThvacValvePositioner
not permitted
52
no
[SCPTtrnsTblX3]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
53
no
[SCPTtrnsTblY3]
0 0 0 0 0 0 0 0 0 0 0 0 0 0
SFPThvacValvePositioner
not permitted
54
no
[SCPTblockProtectionTime]
0
SFPThvacValvePositioner
not permitted
55
no
[SCPTrunTimeAlarm]
0 0 0 0 0
SFPThvacValvePositioner
not permitted
56
no
[SCPTobjMajVer]
1
SFPThvacValvePositioner
constant
not permitted
57
no
[SCPTobjMinVer]
0
SFPThvacValvePositioner
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_magcard]
output
any
1
yes
[SCPTmaxSendTime]
0,0
nvoId
not permitted
2
no
[SCPTlocation]
00*31
SFPTidentifierSensor
not permitted
3
no
[SCPTobjMajVer]
1
SFPTidentifierSensor
constant
not permitted
4
no
[SCPTobjMinVer]
0
SFPTidentifierSensor
constant
not permitted
5
no
[SCPTnwrkCnfg]
CFG_EXTERNAL
SFPTidentifierSensor
reset after modification
not permitted
no
no
no
nvoSwitch
2
yes
[SNVT_switch_2]
output
any
1
no
[SNVT_switch_2]
input
any
3
no
[SNVT_elapsed_tm]
output
any
1
yes
[SCPTname1]
CE_UTF_8
SFPTisiKeypad
not permitted
2
yes
[SCPTname2]
00*12
SFPTisiKeypad
not permitted
3
no
[SCPTname3]
00*12
SFPTisiKeypad
not permitted
4
no
[SCPTlocation]
00*31
SFPTisiKeypad
not permitted
5
yes
[SCPTbuttonPressAction]
BTA_TOGGLE_STATE 0,0
SFPTisiKeypad
permitted with dimension 0..254
6
no
[SCPTbuttonColor]
0 0 0 0 0 0
SFPTisiKeypad
not permitted
7
no
[SCPTminSendTime]
0,0
SFPTisiKeypad
not permitted
8
no
[SCPTmaxSendTime]
0,0
nviSwitchFb
not permitted
9
no
[SCPTdefOutput]
00*4
SFPTisiKeypad
not permitted
10
no
[SCPTinFbDly]
0 0:0:59:999
0 0:0:0:0
SFPTisiKeypad
not permitted
11
no
[SCPTobjMajVer]
1
SFPTisiKeypad
constant
not permitted
12
no
[SCPTobjMinVer]
0
SFPTisiKeypad
device specific, constant
not permitted
13
no
[SCPTrunHrInit]
0 255:0:0:0
0 0:0:0:0
nvoRunHours
device specific, constant, modify when disabled
not permitted
14
no
[SCPTrunHrAlarm]
0 255:0:0:0
0 0:0:0:0
nvoRunHours
modify when disabled
not permitted
16
no
[SCPTbuttonRepeatInterval]
0
SFPTisiKeypad
not permitted
17
no
[SCPTsceneName]
CE_UTF_8
SFPTisiKeypad
permitted with dimension 3..100
18
no
[SCPTlightingGroupEnable]
0 0 0 0 0 0 0 0
SFPTisiKeypad
required with dimension 8
no
no
no
nviValue
1
yes
[SNVT_switch_2]
input
any
2
yes
[SNVT_switch_2]
output
any
8
no
[SNVT_elapsed_tm]
output
any
6
no
[SNVT_elec_kwh]
output
any
4
yes
[SNVT_power]
output
any
5
no
[SNVT_color_2]
input
any
3
yes
[SNVT_occupancy]
output
any
7
no
[SNVT_multiplier_s]
output
any
9
no
[SNVT_color_2]
output
any
10
no
[SNVT_elec_whr]
999,9
output
any
1
yes
[SCPTname1]
CE_UTF_8
SFPTisiLampActuator
not permitted
2
no
[SCPTdefInput]
00*4
nviValue
not permitted
5
no
[SCPTinFbDly]
0 0:0:59:999
0 0:0:0:0
SFPTisiLampActuator
not permitted
3
no
[SCPTobjMajVer]
0
SFPTisiLampActuator
constant
not permitted
4
no
[SCPTobjMinVer]
0
SFPTisiLampActuator
device specific, constant
not permitted
6
no
[SCPTminSendTime]
0,0
nvoValueFb
not permitted
8
no
[SCPTrunHrInit]
0 255:0:0:0
0 0:0:0:0
nvoMultiplierFb
not permitted
7
no
[SCPTrunHrAlarm]
0 255:0:0:0
0 0:0:0:0
nvoMultiplierFb
not permitted
9
no
[SCPTlocation]
00*31
SFPTisiLampActuator
not permitted
10
no
[SCPTenergyCntInit]
0
nviColor
not permitted
11
yes
[SCPTscene]
0 0,0 0 0
SFPTisiLampActuator
permitted with dimension 3..100
12
no
[SCPTsceneTiming]
0,0 0,0
SFPTisiLampActuator
permitted with dimension 3..100
13
yes
[SCPTname2]
00*12
SFPTisiLampActuator
not permitted
14
no
[SCPTname3]
00*12
SFPTisiLampActuator
not permitted
15
no
[SCPTmaxSendTime]
0,0
nvoValueFb
not permitted
16
no
[SCPTsndDelta]
00*3-05
nvoEnergyHi
not permitted
17
no
[SCPTsceneName]
CE_UTF_8
SFPTisiLampActuator
permitted with dimension 3..100
18
no
[SCPTlightingGroupEnable]
0 0 0 0 0 0 0 0
SFPTisiLampActuator
required with dimension 8
19
no
[SCPTmeasurementInterval]
0,0
SFPTisiLampActuator
device specific, manufacturer specific
not permitted
20
no
[SCPTovrBehave]
OV_RETAIN
SFPTisiLampActuator
not permitted
21
no
[SCPTovrValue]
00*4
SFPTisiLampActuator
not permitted
22
no
[SCPTmaxSendTime]
0,0
nvoEnergyHi
not permitted
23
no
[SCPTminSendTime]
0,0
nvoEnergyHi
not permitted
24
no
[SCPTmaxSendTime]
0,0
nvoEnergyLo
not permitted
25
no
[SCPTminSendTime]
0,0
nvoEnergyLo
not permitted
26
no
[SCPTsndDelta]
00*4
nvoEnergyLo
not permitted
27
no
[SCPTmaxSendTime]
0,0
nviColor
not permitted
28
no
[SCPTminSendTime]
0,0
nviColor
not permitted
29
no
[SCPTsndDelta]
00*4
nviColor
not permitted
30
no
[SCPTloadControlOffset]
0,000 0 0,000 106
SFPTisiLampActuator
not permitted
no
no
no
nviValue
1
yes
[SNVT_xxx]
input
any
no
no
no
1
yes
[SNVT_switch_2]
output
any
2
yes
[SNVT_switch_2]
input
any
3
yes
[SNVT_occupancy]
output
any
5
yes
[SNVT_switch_2]
input
any
9
no
[SCPTlocation]
00*31
SFPTisiOccupancySensor
not permitted
5
yes
[SCPTname1]
CE_UTF_8
SFPTisiOccupancySensor
not permitted
6
yes
[SCPTname2]
00*12
SFPTisiOccupancySensor
not permitted
10
no
[SCPTname3]
00*12
SFPTisiOccupancySensor
not permitted
7
no
[SCPTobjMajVer]
0
SFPTisiOccupancySensor
not permitted
8
no
[SCPTobjMinVer]
0
SFPTisiOccupancySensor
not permitted
1
yes
[SCPTdebounce]
0,0
nvoSwitch
not permitted
2
yes
[SCPTholdTime]
1,0
30,0
nvoSwitch
not permitted
4
yes
[SCPTmaxSendTime]
6553,5
SFPTisiOccupancySensor
not permitted
3
yes
[SCPTinFbDly]
0 0:0:59:999
0 0:0:0:0
nvoSwitch
not permitted
no
no
no
nviValue
1
yes
[SNVT_switch_2]
input
any
2
yes
[SNVT_switch_2]
output
any
3
no
[SNVT_power]
output
any
4
yes
[SNVT_occupancy]
output
any
5
no
[SNVT_elapsed_tm]
output
any
6
no
[SNVT_angle_deg]
output
any
1
yes
[SCPTname1]
CE_UTF_8
SFPTisiSunblindActuator
not permitted
2
yes
[SCPTname2]
00*12
SFPTisiSunblindActuator
not permitted
3
yes
[SCPTscene]
0 0,0 0 0
SFPTisiSunblindActuator
permitted with dimension 3..100
4
no
[SCPTdefInput]
00*4
nviValue
not permitted
5
no
[SCPTinFbDly]
0 0:0:59:999
0 0:0:0:0
SFPTisiSunblindActuator
not permitted
6
no
[SCPTobjMajVer]
0
SFPTisiSunblindActuator
constant
not permitted
7
no
[SCPTobjMinVer]
0
SFPTisiSunblindActuator
device specific, constant
not permitted
8
no
[SCPTminSendTime]
0,0
nvoValueFb
not permitted
10
no
[SCPTlocation]
00*31
SFPTisiSunblindActuator
not permitted
11
no
[SCPTsceneTiming]
0,0 0,0
SFPTisiSunblindActuator
permitted with dimension 3..100
12
no
[SCPTname3]
00*12
SFPTisiSunblindActuator
not permitted
13
no
[SCPTmaxSendTime]
0,0
nvoValueFb
not permitted
14
no
[SCPTsceneName]
CE_UTF_8
SFPTisiSunblindActuator
permitted with dimension 3..100
15
no
[SCPTmaxPower]
0,0
nvoPower
not permitted
16
no
[SCPTlightingGroupEnable]
0 0 0 0 0 0 0 0
SFPTisiSunblindActuator
required with dimension 8
17
no
[SCPTloadControlOffset]
0,000 0 0,000 106
SFPTisiSunblindActuator
not permitted
no
no
no
nviLampValue
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
output
any
3
no
[SNVT_elapsed_tm]
output
any
4
no
[SNVT_elec_kwh]
output
any
1
no
[SCPTlocation]
SFPTlampActuator
not permitted
2
no
[SCPTinFbDly]
0 0:0:0:300
nvoLampValueFb
not permitted
3
no
[SCPTdefOutput]
nvoLampValueFb
not permitted
4
no
[SCPTrunHrInit]
nvoRunHours
not permitted
5
no
[SCPTrunHrAlarm]
nvoRunHours
not permitted
6
no
[SCPTenergyCntInit]
nvoEnergyCnt
not permitted
no
no
no
nvoLuxLevel
1
yes
[SNVT_lux]
output
any
1
no
[SCPTlocation]
SFPTlightSensor
not permitted
2
no
[SCPTreflection]
SFPTlightSensor
not permitted
3
no
[SCPTfieldCalib]
SFPTlightSensor
not permitted
4
no
[SCPTminSendTime]
1,0
nvoLuxLevel
not permitted
5
no
[SCPTmaxSendTime]
60,0
nvoLuxLevel
not permitted
6
no
[SCPTminDeltaLevel]
nvoLuxLevel
not permitted
no
no
no
1
yes
[SNVT_scene]
input
any
2
yes
[SNVT_scene]
output
unacknowledged
3
no
[SNVT_preset]
input
any
4
no
[SNVT_preset]
output
unacknowledged
1
no
[SCPTlocation]
00*31
SFPTlightingPanelController
not permitted
2
no
[SCPTmanualAllowed]
0
SFPTlightingPanelController
not permitted
no
no
no
1
yes
[SNVT_str_asc]
input
any
2
yes
[SNVT_switch]
input
any
3
yes
[SNVT_telcom]
output
acknowledged
4
no
[SNVT_str_asc]
output
acknowledged
1
no
[SCPTautoAnswer]
BOOL_FALSE
SFPTmodemController
not permitted
no
no
no
nvoStatus
1
yes
[SNVT_obj_request]
input
any
2
yes
[SNVT_obj_status]
output
any
3
no
[SNVT_time_stamp]
input
any
4
no
[SNVT_alarm]
output
any
5
no
[SNVT_file_req]
input
any
6
no
[SNVT_file_status]
output
any
7
no
[SNVT_file_pos]
input
any
8
no
[SNVT_address]
output
any
9
no
[SNVT_alarm_2]
output
any
10
no
[SNVT_date_event]
input
any
11
no
[SNVT_switch]
output
acknowledged
12
no
[SNVT_switch]
input
any
13
no
[SNVT_elapsed_tm]
output
any
14
no
[SNVT_log_fx_request]
input
any
15
no
[SNVT_log_status]
output
any
16
no
[SNVT_log_fx_status]
output
any
17
no
[SNVT_log_request]
input
any
1
no
[SCPTnwrkCnfg]
SFPTnodeObject
not permitted
2
no
[SCPTmaxSndT]
nvoStatus
not permitted
3
no
[SCPTlocation]
SFPTnodeObject
not permitted
4
no
[SCPTdevMajVer]
SFPTnodeObject
constant
not permitted
5
no
[SCPTdevMinVer]
SFPTnodeObject
device specific, constant
not permitted
6
no
[SCPTgeoLocation]
0,0000000 0,0000000 0
SFPTnodeObject
not permitted
no
no
no
nviOccupancy
1
yes
[SNVT_occupancy]
OC_NUL
OC_UNOCCUPIED
input
any
2
yes
[SNVT_switch]
output
any
3
no
[SNVT_occupancy]
OC_NUL
OC_UNOCCUPIED
input
any
4
no
[SNVT_setting]
SET_OFF 0,0 -359,98
SET_ON 100,0 360,00
input
any
5
no
[SNVT_switch]
input
any
6
no
[SNVT_setting]
output
any
1
no
[SCPTlocation]
SFPToccupancyController
not permitted
2
no
[SCPTholdTime]
600,0
SFPToccupancyController
not permitted
3
no
[SCPTprimeVal]
100,0 1
SFPToccupancyController
not permitted
4
no
[SCPTsecondVal]
0,0 0
SFPToccupancyController
not permitted
no
no
no
nvoOccup
1
yes
[SNVT_occupancy]
output
any
1
no
[SCPTlocation]
SFPToccupancySensor
not permitted
2
no
[SCPTmaxSendTime]
120,0
SFPToccupancySensor
not permitted
3
no
[SCPTdebounce]
0,0
SFPToccupancySensor
not permitted
no
no
no
nviValue
1
yes
[SNVT_xxx]
input
any
2
no
[SNVT_preset]
input
any
3
no
[SNVT_xxx]
output
unacknowledged
4
no
[SNVT_preset]
output
unacknowledged
1
no
[SCPTdefOutput]
SFPTopenLoopActuator
not permitted
2
no
[SCPTdriveT]
SFPTopenLoopActuator
not permitted
3
no
[SCPTlocation]
SFPTopenLoopActuator
not permitted
4
no
[SCPTmaxRcvT]
nviValue
not permitted
5
no
[SCPToffDely]
SFPTopenLoopActuator
not permitted
6
no
[SCPTactFbDly]
nvoActPosnFb
not permitted
7
no
[SCPThighLimit1]
nviValue
not permitted
8
no
[SCPThighLimit2]
nviValue
not permitted
9
no
[SCPTlowLimit1]
nviValue
not permitted
10
no
[SCPTlowLimit2]
nviValue
not permitted
11
no
[SCPTalrmSetT1]
nviValue
not permitted
12
no
[SCPTalrmSetT2]
nviValue
not permitted
13
no
[SCPTalrmClrT1]
nviValue
not permitted
14
no
[SCPTalrmClrT2]
nviValue
not permitted
15
no
[SCPThystHigh1]
nviValue
not permitted
16
no
[SCPThystHigh2]
nviValue
not permitted
17
no
[SCPThystLow1]
nviValue
not permitted
18
no
[SCPThystLow2]
nviValue
not permitted
19
no
[SCPTalrmIhbT]
nviValue
not permitted
20
no
[SCPTovrBehave]
SFPTopenLoopActuator
not permitted
21
no
[SCPTovrValue]
nviValue
not permitted
22
no
[SCPTtrnsTblX]
SFPTopenLoopActuator
not permitted
23
no
[SCPTtrnsTblY]
SFPTopenLoopActuator
not permitted
no
no
no
nvoValue
1
yes
[SNVT_xxx]
output
any
2
no
[SNVT_preset]
input
any
3
no
[SNVT_count]
output
any
4
no
[SNVT_preset]
output
any
1
no
[SCPTlocation]
SFPTopenLoopSensor
not permitted
2
no
[SCPTgain]
SFPTopenLoopSensor
not permitted
3
no
[SCPToffset]
SFPTopenLoopSensor
not permitted
4
no
[SCPTmaxRnge]
nvoValue
not permitted
5
no
[SCPTminRnge]
nvoValue
not permitted
6
no
[SCPTsndDelta]
nvoValue
not permitted
7
no
[SCPTmaxSndT]
nvoValue
not permitted
8
no
[SCPTminSndT]
nvoValue
not permitted
9
no
[SCPTinvrtOut]
nvoValue
not permitted
10
no
[SCPTtrnsTblX]
SFPTopenLoopSensor
not permitted
11
no
[SCPTtrnsTblY]
SFPTopenLoopSensor
not permitted
12
no
[SCPThighLimit1]
nvoValue
not permitted
13
no
[SCPThighLimit2]
nvoValue
not permitted
14
no
[SCPTlowLimit1]
nvoValue
not permitted
15
no
[SCPTlowLimit2]
nvoValue
not permitted
16
no
[SCPTalrmSetT1]
nvoValue
not permitted
17
no
[SCPTalrmSetT2]
nvoValue
not permitted
18
no
[SCPTalrmClrT1]
nvoValue
not permitted
19
no
[SCPTalrmClrT2]
nvoValue
not permitted
20
no
[SCPThystHigh1]
nvoValue
not permitted
21
no
[SCPThystHigh2]
nvoValue
not permitted
22
no
[SCPThystLow1]
nvoValue
not permitted
23
no
[SCPThystLow2]
nvoValue
not permitted
24
no
[SCPTalrmIhbT]
nvoValue
not permitted
25
no
[SCPTdefOutput]
nvoValue
not permitted
26
no
[SCPTovrBehave]
SFPTopenLoopSensor
not permitted
27
no
[SCPTovrValue]
nvoValue
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_time_hour_p]
input
any
3
yes
[SNVT_elec_kwh_l]
input
any
4
yes
[SNVT_switch]
output
any
5
yes
[SNVT_lamp_status]
output
any
6
yes
[SNVT_environment]
output
any
1
yes
[SCPTminSendTime]
0,0
SFPToutdoorLuminairController
not permitted
2
yes
[SCPTmaxSendTime]
0,0
SFPToutdoorLuminairController
not permitted
3
yes
[SCPTbkupSchedule]
0 0 0 0
SFPToutdoorLuminairController
not permitted
4
yes
[SCPTlampPower]
0,0
SFPToutdoorLuminairController
not permitted
5
yes
[SCPTenableStatusMsg]
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
nvoOLCStatus
not permitted
6
yes
[SCPTdeviceOutSelection]
OLC_DEFAULT
SFPToutdoorLuminairController
not permitted
7
yes
[SCPTminSetpoint]
0,000
SFPToutdoorLuminairController
not permitted
8
yes
[SCPTrampUpTm]
0,0
SFPToutdoorLuminairController
not permitted
9
yes
[SCPTmaxLevelVolt]
0,0
SFPToutdoorLuminairController
not permitted
10
yes
[SCPTOLCLimits]
0 0 0 0 0 0 0 0 0,00000 0,0 0,0
nvoOLCStatus
not permitted
11
yes
[SCPTpwrUpState]
100,0 1
SFPToutdoorLuminairController
not permitted
no
no
no
1
yes
[SNVT_scene]
input
any
2
yes
[SNVT_scene]
output
unacknowledged, repeated
3
yes
[SNVT_switch]
input
any
4
yes
[SNVT_scene]
output
unacknowledged, repeated
5
yes
[SNVT_scene]
input
any
6
no
[SNVT_setting]
input
any
7
no
[SNVT_setting]
output
unacknowledged, repeated
8
no
[SNVT_setting]
input
any
9
no
[SNVT_setting]
output
unacknowledged, repeated
1
no
[SCPTlocation]
SFPTpartitionWallController
not permitted
2
no
[SCPTsceneOffset]
0
SFPTpartitionWallController
not permitted
no
no
no
nvoPress
1
yes
[SNVT_press]
output
unacknowledged
2
no
[SNVT_press_p]
output
unacknowledged
3
no
[SNVT_press_f]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
0,0
SFPTpressureSensor
not permitted
2
yes
[SCPTminSendTime]
0,0
SFPTpressureSensor
not permitted
3
yes
[SCPTsndDelta]
00*4
SFPTpressureSensor
not permitted
4
no
[SCPToffset]
00*4
nvoPress
not permitted
5
no
[SCPToffset]
00*4
nvoPrecisePress
not permitted
6
no
[SCPToffset]
00*4
nvoFloatPress
not permitted
7
no
[SCPTlocation]
00*31
SFPTpressureSensor
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoPress
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoPrecisePress
not permitted
10
no
[SCPTmaxSendTime]
0,0
nvoFloatPress
not permitted
11
no
[SCPTminSendTime]
0,0
nvoPress
not permitted
12
no
[SCPTminSendTime]
0,0
nvoPrecisePress
not permitted
13
no
[SCPTminSendTime]
0,0
nvoFloatPress
not permitted
14
no
[SCPTsndDelta]
00*4
nvoPress
not permitted
15
no
[SCPTsndDelta]
00*4
nvoPrecisePress
not permitted
16
no
[SCPTsndDelta]
00*4
nvoFloatPress
not permitted
no
no
no
1
yes
[SNVT_switch]
output
acknowledged
2
yes
[SNVT_switch]
output
acknowledged
3
yes
[SNVT_fire_test]
input
any
4
no
[SNVT_hvac_emerg]
output
any
1
yes
[SCPTlocation]
00*31
SFPTpullStationFireInitiator
modify when disabled
not permitted
2
yes
[SCPTmaxSendTime]
0,0
nvoFireAlm
not permitted
3
yes
[SCPTzoneNum]
0
SFPTpullStationFireInitiator
not permitted
4
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTpullStationFireInitiator
manufacturer specific, constant
not permitted
5
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTpullStationFireInitiator
modify when disabled
not permitted
6
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTpullStationFireInitiator
not permitted
7
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTpullStationFireInitiator
manufacturer specific, constant
not permitted
8
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTpullStationFireInitiator
modify when disabled
not permitted
9
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTpullStationFireInitiator
modify when disabled
not permitted
10
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTpullStationFireInitiator
modify when disabled
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_hvac_mode]
input
any
3
yes
[SNVT_lev_percent]
output
any
4
yes
[SNVT_hvac_mode]
output
any
5
yes
[SNVT_dev_c_mode]
output
any
6
no
[SNVT_switch]
input
any
7
no
[SNVT_lev_percent]
input
any
8
no
[SNVT_press]
input
any
9
no
[SNVT_flow_p]
input
any
10
no
[SNVT_press]
input
any
11
no
[SNVT_flow_p]
input
any
12
no
[SNVT_temp_p]
input
any
13
no
[SNVT_dev_status]
output
any
14
no
[SNVT_press]
output
any
15
no
[SNVT_flow_p]
output
any
16
no
[SNVT_rpm]
output
any
17
no
[SNVT_switch]
output
any
18
no
[SNVT_time_hour]
output
any
19
no
[SNVT_dev_fault]
output
any
20
no
[SNVT_dev_maint]
output
any
21
no
[SNVT_temp_p]
output
any
22
no
[SNVT_power]
output
any
23
no
[SNVT_power_kilo]
output
any
24
no
[SNVT_elec_kwh]
output
any
1
yes
[SCPTmaxSendTime]
SFPTpumpController
not permitted
2
yes
[SCPTpumpCharacteristic]
SFPTpumpController
manufacturer specific
not permitted
3
no
[SCPTlocation]
SFPTpumpController
not permitted
4
no
[SCPTmaxRcvTime]
SFPTpumpController
not permitted
5
no
[SCPTminSendTime]
SFPTpumpController
not permitted
6
no
[SCPTminPressureSetpoint]
SFPTpumpController
not permitted
7
no
[SCPTmaxPressureSetpoint]
SFPTpumpController
not permitted
8
no
[SCPTminFlowSetpoint]
SFPTpumpController
not permitted
9
no
[SCPTmaxFlowSetpoint]
SFPTpumpController
not permitted
10
no
[SCPTdeviceControlMode]
SFPTpumpController
not permitted
11
no
[SCPTminRemotePressureSetpoint]
3276,7
nviRemotePress
not permitted
12
no
[SCPTmaxRemotePressureSetpoint]
3276,7
nviRemotePress
not permitted
13
no
[SCPTminRemoteFlowSetpoint]
327,67
nviRemoteFlow
not permitted
14
no
[SCPTmaxRemoteFlowSetpoint]
327,67
nviRemoteFlow
not permitted
15
no
[SCPTminRemoteTempSetpoint]
327,67
nviRemoteTemp
not permitted
16
no
[SCPTmaxRemoteTempSetpoint]
327,67
nviRemoteTemp
not permitted
17
no
[SCPTobjMajVer]
1
SFPTpumpController
constant
not permitted
18
no
[SCPTobjMinVer]
SFPTpumpController
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_rac_req]
input
any
2
yes
[SNVT_rac_ctrl]
output
any
3
yes
[SNVT_rac_ctrl]
input
any
4
yes
[SNVT_rac_ctrl]
output
any
5
yes
[SNVT_rac_ctrl]
input
any
6
yes
[SNVT_rac_ctrl]
output
any
1
yes
[SCPTmaxSendTime]
0,0
nvoAudCntCmdReq
not permitted
2
yes
[SCPTmaxSendTime]
0,0
nvoAudCntCmdCont
not permitted
3
yes
[SCPTmaxSendTime]
0,0
nvoAudCntCmdCar
not permitted
4
yes
[SCPTminSendTime]
0,0
nvoAudCntCmdReq
not permitted
5
yes
[SCPTminSendTime]
0,0
nvoAudCntCmdCont
not permitted
6
yes
[SCPTminSendTime]
0,0
nvoAudCntCmdCar
not permitted
7
no
[SCPTlocation]
00*31
SFPTrailcarAudioController
not permitted
8
no
[SCPTobjMajVer]
1
SFPTrailcarAudioController
constant
not permitted
9
no
[SCPTobjMinVer]
0
SFPTrailcarAudioController
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_rac_ctrl]
input
any
2
no
[SNVT_rac_req]
output
any
1
no
[SCPTlocation]
00*31
SFPTrailcarAudioSensor
not permitted
2
no
[SCPTobjMajVer]
1
SFPTrailcarAudioSensor
constant
not permitted
3
no
[SCPTobjMinVer]
0
SFPTrailcarAudioSensor
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_switch]
output
any
3
no
[SCPTminSendTime]
0,0
nvoRain
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoRain
not permitted
no
no
no
1
yes
[SNVT_scene]
output
any
2
no
[SNVT_setting]
output
any
1
yes
[SCPTtimeEvent]
SFPTrealTimeBasedScheduler
permitted with dimension 2..65535
2
yes
[SCPTdayDateIndex]
0/0,0/0,0
SFPTrealTimeBasedScheduler
permitted with dimension 2..65535
3
yes
[SCPTdefWeekMask]
SFPTrealTimeBasedScheduler
not permitted
4
no
[SCPTmodeHrtBt]
0,0
nvoSetting
not permitted
no
no
no
nvoTimeDate
1
yes
[SNVT_time_stamp]
output
unacknowledged, repeated
2
no
[SNVT_time_stamp]
input
any
1
no
[SCPTmasterSlave]
SFPTrealTimeKeeper
not permitted
2
no
[SCPTupdateRate]
60,0
3600,0
nvoTimeDate
not permitted
3
no
[SCPTsummerTime]
SFPTrealTimeKeeper
not permitted
4
no
[SCPTwinterTime]
SFPTrealTimeKeeper
not permitted
5
no
[SCPTmanualAllowed]
SFPTrealTimeKeeper
not permitted
no
no
no
1
yes
[SNVT_lev_disc]
input
any
2
yes
[SNVT_defr_state]
output
any
3
no
[SNVT_temp_p]
input
any
4
no
[SNVT_temp_p]
output
any
5
no
[SNVT_temp_p]
input
any
6
no
[SNVT_temp_p]
output
any
7
no
[SNVT_lev_disc]
input
any
8
no
[SNVT_lev_disc]
input
any
9
no
[SNVT_lev_percent]
input
any
1
yes
[SCPTmaxSendTime]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
2
yes
[SCPTminSendTime]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
3
no
[SCPTlocation]
00*31
SFPTrefrigDisplayCaseControllerDefrost
not permitted
4
no
[SCPTdefrostMode]
DFM_MODE_FORCED
SFPTrefrigDisplayCaseControllerDefrost
not permitted
5
no
[SCPTstrtupDelay]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
6
no
[SCPTtermTimeTemp]
DFT_TERM_TEMP
SFPTrefrigDisplayCaseControllerDefrost
not permitted
7
no
[SCPTmaxDefrstTemp]
-100,00
150,00
0,00
SFPTrefrigDisplayCaseControllerDefrost
not permitted
8
no
[SCPTmaxDefrstTime]
3600,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
9
no
[SCPTpumpDownDelay]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
10
no
[SCPTdrainDelay]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
11
no
[SCPTinjDelay]
0,0
SFPTrefrigDisplayCaseControllerDefrost
not permitted
no
no
no
1
yes
[SNVT_lev_percent]
output
any
2
yes
[SNVT_evap_state]
output
any
3
no
[SNVT_temp_p]
input
any
4
no
[SNVT_temp_p]
output
any
5
no
[SNVT_temp_p]
input
any
6
no
[SNVT_temp_p]
output
any
7
no
[SNVT_switch]
input
any
8
no
[SNVT_temp_p]
output
any
9
no
[SNVT_state]
input
any
10
no
[SNVT_temp_p]
output
any
11
no
[SNVT_defr_state]
input
any
12
no
[SNVT_temp_p]
input
any
13
no
[SNVT_temp_p]
input
any
14
no
[SNVT_temp_p]
input
any
15
no
[SNVT_temp_p]
input
any
16
no
[SNVT_press]
input
any
17
no
[SNVT_temp_p]
output
any
18
no
[SNVT_press]
output
any
1
no
[SCPTlocation]
00*31
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
2
no
[SCPTmaxSendTime]
0,0
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
3
no
[SCPTsuperHtRefMax]
0,00
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
4
no
[SCPTsuperHtRefMin]
0,00
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
5
no
[SCPTsuperHtRefInit]
0,00
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
6
no
[SCPTstrtupDelay]
0,0
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
7
no
[SCPTstrtupOpen]
0,000
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
8
no
[SCPTrefrigGlide]
-274,0
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
9
no
[SCPTrefrigType]
0,0,0
SFPTrefrigDisplayCaseControllerEvaporator
not permitted
no
no
no
1
yes
[SNVT_temp_p]
output
any
2
yes
[SNVT_state]
output
any
3
no
[SNVT_temp_p]
input
any
4
no
[SNVT_lev_disc]
input
any
5
no
[SNVT_temp_p]
output
any
6
no
[SNVT_temp_p]
input
any
7
no
[SNVT_temp_p]
output
any
8
no
[SNVT_defr_state]
input
any
9
no
[SNVT_temp_p]
output
any
10
no
[SNVT_temp_p]
output
any
11
no
[SNVT_temp_p]
output
any
12
no
[SNVT_lev_disc]
output
any
1
yes
[SCPTmaxSendTime]
0,0
SFPTrefrigDisplayCaseControllerThermostat
not permitted
2
no
[SCPTlocation]
00*31
SFPTrefrigDisplayCaseControllerThermostat
not permitted
3
no
[SCPTthermMode]
THERM_NO_CONTROL
SFPTrefrigDisplayCaseControllerThermostat
not permitted
4
no
[SCPTcutOutValue]
10,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
5
no
[SCPTdiffValue]
0,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
6
no
[SCPTdayNightCntrl]
0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0
SFPTrefrigDisplayCaseControllerThermostat
not permitted
7
no
[SCPTairTemp1Day]
0,000
100,000
100,000
SFPTrefrigDisplayCaseControllerThermostat
not permitted
8
no
[SCPTairTemp1Night]
0,000
100,000
100,000
SFPTrefrigDisplayCaseControllerThermostat
not permitted
9
no
[SCPTdeltaNight]
0,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
10
no
[SCPTdiffNight]
0,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
11
no
[SCPTairTemp1Alrm]
0,000
100,000
100,000
SFPTrefrigDisplayCaseControllerThermostat
not permitted
12
no
[SCPThighLimTemp]
0,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
13
no
[SCPTlowLimTemp]
0,00
SFPTrefrigDisplayCaseControllerThermostat
not permitted
14
no
[SCPThighLimDefrDly]
0,0
SFPTrefrigDisplayCaseControllerThermostat
not permitted
15
no
[SCPTlowLimDly]
0,0
SFPTrefrigDisplayCaseControllerThermostat
not permitted
16
no
[SCPThighLimDly]
0,0
SFPTrefrigDisplayCaseControllerThermostat
not permitted
no
no
no
1
yes
[SNVT_temp_p]
input
any
2
yes
[SNVT_temp_p]
input
any
3
yes
[SNVT_temp_p]
output
unacknowledged
4
yes
[SNVT_hvac_status]
output
unacknowledged
5
no
[SNVT_hvac_mode]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_temp_p]
input
any
8
no
[SNVT_temp_p]
input
any
9
no
[SNVT_lev_percent]
input
any
10
no
[SNVT_temp_p]
output
unacknowledged
11
no
[SNVT_temp_p]
output
unacknowledged
12
no
[SNVT_lev_percent]
output
unacknowledged
16
no
[SNVT_ppm]
output
unacknowledged
13
no
[SNVT_lev_percent]
input
any
14
no
[SNVT_ppm]
input
any
15
no
[SNVT_hvac_emerg]
input
any
3
no
[SCPTmaxSendTime]
0,0
nvoEffectSetPt
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoOutsideRH
not permitted
5
no
[SCPTmaxSendTime]
0,0
nviEmergCmd
not permitted
7
no
[SCPTmaxSendTime]
0,0
nvoOutsideTemp
not permitted
8
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTroofTopUnit
not permitted
9
no
[SCPTmaxRcvTime]
0,0
nviSpaceRH
not permitted
10
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
11
no
[SCPTmaxRcvTime]
0,0
nviSetPtOffset
not permitted
12
no
[SCPTmaxRcvTime]
0,0
nviOutsideTemp
not permitted
13
no
[SCPTmaxRcvTime]
0,0
nviOutsideRH
not permitted
14
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
15
no
[SCPTmaxRcvTime]
0,0
nvoCO2
not permitted
16
no
[SCPTlocation]
00*31
SFPTroofTopUnit
not permitted
17
no
[SCPTlimitCO2]
0
SFPTroofTopUnit
not permitted
18
yes
[SCPTmaxSendTime]
0,0
SFPTroofTopUnit
not permitted
19
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
20
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
21
no
[SCPTmaxRcvTime]
0,0
SFPTroofTopUnit
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccAHU
not permitted
2
yes
[SCPTsetPnts]
SFPTsccAHU
not permitted
3
no
[SCPTminSendTime]
SFPTsccAHU
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccAHU
not permitted
5
no
[SCPTlocation]
SFPTsccAHU
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccAHU
not permitted
12
no
[SCPTductArea]
SFPTsccAHU
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccAHU
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccAHU
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccAHU
not permitted
19
no
[SCPTminFlowStby]
SFPTsccAHU
not permitted
20
no
[SCPThvacType]
SFPTsccAHU
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccAHU
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccAHU
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccAHU
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccAHU
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccAHU
not permitted
26
no
[SCPToffsetFlow]
SFPTsccAHU
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccAHU
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccAHU
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccAHU
not permitted
30
no
[SCPTnumDampers]
SFPTsccAHU
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccAHU
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccAHU
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccChilledCeiling
not permitted
2
yes
[SCPTsetPnts]
SFPTsccChilledCeiling
not permitted
3
no
[SCPTminSendTime]
SFPTsccChilledCeiling
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccChilledCeiling
not permitted
5
no
[SCPTlocation]
SFPTsccChilledCeiling
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccChilledCeiling
not permitted
12
no
[SCPTductArea]
SFPTsccChilledCeiling
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccChilledCeiling
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccChilledCeiling
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccChilledCeiling
not permitted
19
no
[SCPTminFlowStby]
SFPTsccChilledCeiling
not permitted
20
no
[SCPThvacType]
SFPTsccChilledCeiling
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccChilledCeiling
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccChilledCeiling
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccChilledCeiling
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccChilledCeiling
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccChilledCeiling
not permitted
26
no
[SCPToffsetFlow]
SFPTsccChilledCeiling
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccChilledCeiling
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccChilledCeiling
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccChilledCeiling
not permitted
30
no
[SCPTnumDampers]
SFPTsccChilledCeiling
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccChilledCeiling
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccChilledCeiling
not permitted
no
no
no
1
no
[SNVT_temp_p]
input
any
2
no
[SNVT_switch]
input
any
3
no
[SNVT_time_stamp]
input
any
4
no
[SNVT_temp_p]
input
any
5
no
[SNVT_occupancy]
input
any
6
no
[SNVT_hvac_status]
input
any
7
no
[SNVT_temp_p]
input
any
8
no
[SNVT_lev_percent]
input
any
9
no
[SNVT_lev_percent]
input
any
10
no
[SNVT_ppm]
input
any
11
no
[SNVT_switch]
input
any
12
yes
[SNVT_temp_p]
output
acknowledged
13
yes
[SNVT_temp_p]
output
unacknowledged
14
no
[SNVT_hvac_mode]
output
unacknowledged
15
no
[SNVT_switch]
output
acknowledged
16
no
[SNVT_occupancy]
output
unacknowledged
17
no
[SNVT_lev_percent]
output
unacknowledged
18
no
[SNVT_ppm]
output
unacknowledged
19
no
[SNVT_occupancy]
output
acknowledged
20
no
[SNVT_temp_p]
output
unacknowledged
21
no
[SNVT_temp_setpt]
output
acknowledged
22
no
[SNVT_ppm]
output
acknowledged
23
no
[SNVT_lev_percent]
output
acknowledged
1
yes
[SCPTmaxSendTime]
0,0
SFPTsccCommandModule
not permitted
2
no
[SCPTmaxSendTime]
0,0
nvoHeatCool
not permitted
3
no
[SCPTmaxSendTime]
0,0
nvoOccSensor
not permitted
4
no
[SCPTmaxSendTime]
0,0
nvoSpaceRH
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoSpaceCO2
not permitted
6
no
[SCPTmaxSendTime]
0,0
nvoSetptOffset
not permitted
7
yes
[SCPToffsetTemp]
0,00
SFPTsccCommandModule
not permitted
8
yes
[SCPTminDeltaTemp]
0,00
0,00
SFPTsccCommandModule
not permitted
9
no
[SCPTminSendTime]
0,0
SFPTsccCommandModule
not permitted
10
no
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTsccCommandModule
not permitted
11
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
12
no
[SCPTmaxRcvTime]
0,0
nviTime
not permitted
13
no
[SCPTmaxRcvTime]
0,0
nviEffectSetpt
not permitted
14
no
[SCPTmaxRcvTime]
0,0
nviUnitStatus
not permitted
15
no
[SCPTmaxRcvTime]
0,0
nviOutdoorTemp
not permitted
16
no
[SCPTmaxRcvTime]
0,0
nviOutdoorRH
not permitted
17
no
[SCPTmaxRcvTime]
0,0
nviSpaceRH
not permitted
18
no
[SCPTmaxRcvTime]
0,0
nviSpaceCO2
not permitted
19
no
[SCPTmaxRcvTime]
0,0
nviEnergyHoldOff
not permitted
20
no
[SCPTlocation]
00*31
SFPTsccCommandModule
not permitted
21
no
[SCPToffsetCO2]
0
SFPTsccCommandModule
not permitted
22
no
[SCPTminDeltaCO2]
10
SFPTsccCommandModule
not permitted
23
no
[SCPToffsetRH]
0,000
SFPTsccCommandModule
not permitted
24
no
[SCPTminDeltaRH]
0,000
1,000
SFPTsccCommandModule
not permitted
25
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
26
no
[SCPTmaxRcvTime]
0,0
SFPTsccCommandModule
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccFanCoil
not permitted
2
yes
[SCPTsetPnts]
SFPTsccFanCoil
not permitted
3
no
[SCPTminSendTime]
SFPTsccFanCoil
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccFanCoil
not permitted
5
no
[SCPTlocation]
SFPTsccFanCoil
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccFanCoil
not permitted
12
no
[SCPTductArea]
SFPTsccFanCoil
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccFanCoil
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccFanCoil
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccFanCoil
not permitted
19
no
[SCPTminFlowStby]
SFPTsccFanCoil
not permitted
20
no
[SCPThvacType]
SFPTsccFanCoil
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccFanCoil
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccFanCoil
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccFanCoil
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccFanCoil
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccFanCoil
not permitted
26
no
[SCPToffsetFlow]
SFPTsccFanCoil
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccFanCoil
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccFanCoil
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccFanCoil
not permitted
30
no
[SCPTnumDampers]
SFPTsccFanCoil
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccFanCoil
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccFanCoil
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccHeatPump
not permitted
2
yes
[SCPTsetPnts]
SFPTsccHeatPump
not permitted
3
no
[SCPTminSendTime]
SFPTsccHeatPump
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccHeatPump
not permitted
5
no
[SCPTlocation]
SFPTsccHeatPump
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccHeatPump
not permitted
12
no
[SCPTductArea]
SFPTsccHeatPump
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccHeatPump
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccHeatPump
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccHeatPump
not permitted
19
no
[SCPTminFlowStby]
SFPTsccHeatPump
not permitted
20
no
[SCPThvacType]
SFPTsccHeatPump
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccHeatPump
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccHeatPump
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccHeatPump
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccHeatPump
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccHeatPump
not permitted
26
no
[SCPToffsetFlow]
SFPTsccHeatPump
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccHeatPump
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccHeatPump
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccHeatPump
not permitted
30
no
[SCPTnumDampers]
SFPTsccHeatPump
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccHeatPump
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccHeatPump
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccRadiator
not permitted
2
yes
[SCPTsetPnts]
SFPTsccRadiator
not permitted
3
no
[SCPTminSendTime]
SFPTsccRadiator
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccRadiator
not permitted
5
no
[SCPTlocation]
SFPTsccRadiator
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccRadiator
not permitted
12
no
[SCPTductArea]
SFPTsccRadiator
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccRadiator
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccRadiator
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccRadiator
not permitted
19
no
[SCPTminFlowStby]
SFPTsccRadiator
not permitted
20
no
[SCPThvacType]
SFPTsccRadiator
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccRadiator
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccRadiator
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccRadiator
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccRadiator
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccRadiator
not permitted
26
no
[SCPToffsetFlow]
SFPTsccRadiator
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccRadiator
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccRadiator
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccRadiator
not permitted
30
no
[SCPTnumDampers]
SFPTsccRadiator
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccRadiator
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccRadiator
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccRooftop
not permitted
2
yes
[SCPTsetPnts]
SFPTsccRooftop
not permitted
3
no
[SCPTminSendTime]
SFPTsccRooftop
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccRooftop
not permitted
5
no
[SCPTlocation]
SFPTsccRooftop
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccRooftop
not permitted
12
no
[SCPTductArea]
SFPTsccRooftop
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccRooftop
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccRooftop
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccRooftop
not permitted
19
no
[SCPTminFlowStby]
SFPTsccRooftop
not permitted
20
no
[SCPThvacType]
SFPTsccRooftop
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccRooftop
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccRooftop
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccRooftop
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccRooftop
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccRooftop
not permitted
26
no
[SCPToffsetFlow]
SFPTsccRooftop
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccRooftop
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccRooftop
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccRooftop
not permitted
30
no
[SCPTnumDampers]
SFPTsccRooftop
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccRooftop
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccRooftop
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccSelfContained
not permitted
2
yes
[SCPTsetPnts]
SFPTsccSelfContained
not permitted
3
no
[SCPTminSendTime]
SFPTsccSelfContained
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccSelfContained
not permitted
5
no
[SCPTlocation]
SFPTsccSelfContained
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccSelfContained
not permitted
12
no
[SCPTductArea]
SFPTsccSelfContained
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccSelfContained
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccSelfContained
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccSelfContained
not permitted
19
no
[SCPTminFlowStby]
SFPTsccSelfContained
not permitted
20
no
[SCPThvacType]
SFPTsccSelfContained
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccSelfContained
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccSelfContained
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccSelfContained
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccSelfContained
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccSelfContained
not permitted
26
no
[SCPToffsetFlow]
SFPTsccSelfContained
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccSelfContained
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccSelfContained
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccSelfContained
not permitted
30
no
[SCPTnumDampers]
SFPTsccSelfContained
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccSelfContained
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccSelfContained
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccUnitVentilator
not permitted
2
yes
[SCPTsetPnts]
SFPTsccUnitVentilator
not permitted
3
no
[SCPTminSendTime]
SFPTsccUnitVentilator
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccUnitVentilator
not permitted
5
no
[SCPTlocation]
SFPTsccUnitVentilator
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccUnitVentilator
not permitted
12
no
[SCPTductArea]
SFPTsccUnitVentilator
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccUnitVentilator
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccUnitVentilator
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccUnitVentilator
not permitted
19
no
[SCPTminFlowStby]
SFPTsccUnitVentilator
not permitted
20
no
[SCPThvacType]
SFPTsccUnitVentilator
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccUnitVentilator
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccUnitVentilator
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccUnitVentilator
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccUnitVentilator
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccUnitVentilator
not permitted
26
no
[SCPToffsetFlow]
SFPTsccUnitVentilator
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccUnitVentilator
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccUnitVentilator
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccUnitVentilator
not permitted
30
no
[SCPTnumDampers]
SFPTsccUnitVentilator
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccUnitVentilator
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccUnitVentilator
not permitted
no
no
no
nvoUnitStatus
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTsccVAV
not permitted
2
yes
[SCPTsetPnts]
SFPTsccVAV
not permitted
3
no
[SCPTminSendTime]
SFPTsccVAV
not permitted
4
no
[SCPTmaxRcvTime]
SFPTsccVAV
not permitted
5
no
[SCPTlocation]
SFPTsccVAV
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTsccVAV
not permitted
12
no
[SCPTductArea]
SFPTsccVAV
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTsccVAV
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTsccVAV
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTsccVAV
not permitted
19
no
[SCPTminFlowStby]
SFPTsccVAV
not permitted
20
no
[SCPThvacType]
SFPTsccVAV
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTsccVAV
not permitted
22
no
[SCPTminFlowUnit]
SFPTsccVAV
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTsccVAV
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTsccVAV
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTsccVAV
not permitted
26
no
[SCPToffsetFlow]
SFPTsccVAV
not permitted
27
no
[SCPTareaDuctHeat]
SFPTsccVAV
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTsccVAV
not permitted
29
no
[SCPTgainVAVHeat]
SFPTsccVAV
not permitted
30
no
[SCPTnumDampers]
SFPTsccVAV
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTsccVAV
not permitted
32
no
[SCPTsaturationDelay]
SFPTsccVAV
not permitted
no
no
no
nviScene
1
yes
[SNVT_scene]
input
any
2
yes
[SNVT_switch]
output
any
3
no
[SNVT_setting]
input
any
4
no
[SNVT_switch]
input
any
5
no
[SNVT_scene_cfg]
input
any
6
no
[SNVT_scene_cfg]
output
unacknowledged
1
no
[SCPTfadeTime]
1,0
nviScene
not permitted
2
no
[SCPTdelayTime]
nviScene
not permitted
3
no
[SCPTminSendTime]
0,1
2,0
0,1
SFPTsceneController
not permitted
no
no
no
1
yes
[SNVT_scene]
output
any
2
no
[SNVT_scene]
input
any
3
no
[SNVT_setting]
output
any
1
no
[SCPTlocation]
SFPTscenePanel
not permitted
2
no
[SCPTsceneNmbr]
1
SFPTscenePanel
not permitted
3
no
[SCPTminSendTime]
0,1
2,0
0,1
nvoFadeSetting
not permitted
4
no
[SCPTstepValue]
0,5
2,5
nvoFadeSetting
not permitted
no
no
no
1
yes
[SNVT_xxx]
output
acknowledged
2
no
[SNVT_switch]
input
any
2
yes
[SCPTdefOutput]
nvoPresentValue
modify when disabled
not permitted
3
no
[SCPTdelayTime]
nvoPresentValue
not permitted
4
no
[SCPTeffectivePeriod]
SFPTscheduler
modify when disabled
not permitted
6
no
[SCPTmaxNVLength]
nvoPresentValue
constant
not permitted
7
no
[SCPTmaxSendTime]
nvoPresentValue
not permitted
8
no
[SCPTnvType]
nvoPresentValue
modify when disabled
not permitted
9
no
[SCPTobjMajVer]
SFPTscheduler
constant
not permitted
10
no
[SCPTobjMinVer]
SFPTscheduler
device specific, constant
not permitted
12
no
[SCPTvalueName]
nvoPresentValue
modify when disabled
permitted with dimension 2..65535
13
no
[SCPTovrBehave]
nvoPresentValue
modify when disabled
not permitted
14
no
[SCPTovrValue]
nvoPresentValue
modify when disabled
not permitted
15
yes
[SCPTschedule]
SFPTscheduler
modify when disabled
permitted with dimension 2..65535
16
yes
[SCPTscheduleTimeValue]
SFPTscheduler
modify when disabled
permitted with dimension 2..65535
18
no
[SCPTweeklySchedule]
SFPTscheduler
modify when disabled
not permitted
17
yes
[SCPTvalueDefinition]
nvoPresentValue
modify when disabled
permitted with dimension 2..65535
19
no
[SCPTscheduleName]
SFPTscheduler
modify when disabled
permitted with dimension 2..255
no
no
no
nvoOccPri
1
yes
[SNVT_time_offset]
input
any
2
yes
[SNVT_time_offset]
input
any
3
yes
[SNVT_tod_event]
input
any
4
yes
[SNVT_tod_event]
input
any
5
yes
[SNVT_tod_event]
output
unacknowledged, repeated
6
yes
[SNVT_tod_event]
output
unacknowledged, repeated
7
yes
[SNVT_occupancy]
output
unacknowledged, repeated
8
yes
[SNVT_occupancy]
output
unacknowledged
11
no
[SNVT_sched_val]
output
any
9
yes
[SNVT_occupancy]
input
any
10
yes
[SNVT_sched_status]
output
any
7
yes
[SCPTscheduleSunday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
1
yes
[SCPTscheduleMonday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
2
yes
[SCPTscheduleTuesday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
3
yes
[SCPTscheduleWednesday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
4
yes
[SCPTscheduleThursday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
5
yes
[SCPTscheduleFriday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
6
yes
[SCPTscheduleSaturday]
0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0 OC_OCCUPIED 0
SFPTschedulerSimple
not permitted
8
yes
[SCPToccupancyBehavior]
OC_OCCUPIED OC_OCCUPIED OC_OCCUPIED OC_OCCUPIED OC_OCCUPIED
SFPTschedulerSimple
not permitted
13
yes
[SCPTmaxSendTime]
0,0
SFPTschedulerSimple
not permitted
14
yes
[SCPTminSendTime]
0,0
SFPTschedulerSimple
not permitted
15
yes
[SCPTobjMajVer]
0
SFPTschedulerSimple
constant
not permitted
16
yes
[SCPTobjMinVer]
0
SFPTschedulerSimple
device specific, constant
not permitted
10
yes
[SCPTscheduleException]
MN_EVERY_MONTH DM_EVERY_DAY 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0
SFPTschedulerSimple
not permitted
11
yes
[SCPTscheduleHoliday]
MN_EVERY_MONTH DM_EVERY_DAY 0 0 0 0 0 0 0 OC_OCCUPIED 0 0 0 0 0 0 0 0
SFPTschedulerSimple
not permitted
12
yes
[SCPTrandomizationInterval]
0,0 0,0
SFPTschedulerSimple
not permitted
18
no
[SCPTsunriseTime]
0 0 0 0 0 0
SFPTschedulerSimple
not permitted
19
no
[SCPTsunsetTime]
0 0 0 0 0 0
SFPTschedulerSimple
not permitted
17
yes
[SCPTschedulerOptions]
0 0 0 0
SFPTschedulerSimple
not permitted
9
yes
[SCPToccupancyThresholds]
0 0 0
SFPTschedulerSimple
not permitted
20
yes
[SCPTmaxRcvTime]
0,0
nvoSchedValue
not permitted
no
no
no
1
yes
[SNVT_switch]
output
acknowledged
4
no
[SNVT_hvac_emerg]
output
any
2
yes
[SNVT_switch]
output
acknowledged
3
yes
[SNVT_fire_test]
input
any
1
yes
[SCPTlocation]
00*31
SFPTsmokeFireInitiatorConvent
modify when disabled
not permitted
2
yes
[SCPTmaxSendTime]
0,0
nvoFireAlm
not permitted
3
yes
[SCPTzoneNum]
0
SFPTsmokeFireInitiatorConvent
not permitted
4
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTsmokeFireInitiatorConvent
manufacturer specific, constant
not permitted
5
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTsmokeFireInitiatorConvent
modify when disabled
not permitted
6
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTsmokeFireInitiatorConvent
not permitted
7
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTsmokeFireInitiatorConvent
manufacturer specific, constant
not permitted
8
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTsmokeFireInitiatorConvent
modify when disabled
not permitted
9
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTsmokeFireInitiatorConvent
modify when disabled
not permitted
10
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTsmokeFireInitiatorConvent
modify when disabled
not permitted
no
no
no
1
yes
[SNVT_switch]
output
any
2
yes
[SNVT_switch]
output
any
3
yes
[SNVT_fire_test]
input
any
4
no
[SNVT_switch]
output
any
5
no
[SNVT_lev_cont]
output
any
6
no
[SNVT_hvac_emerg]
EMERG_NORMAL
EMERG_FIRE
output
any
1
yes
[SCPTlocation]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
2
yes
[SCPTmaxSendTime]
nvoFireAlm
not permitted
3
no
[SCPToemType]
SFPTsmokeFireInitiatorIntelli
manufacturer specific, constant
not permitted
4
yes
[SCPTsmokeNomSens]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
5
yes
[SCPTsmokeDayAlrmLim]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
6
yes
[SCPTsmokeNightAlrmLim]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
7
yes
[SCPTsmokeDayPreAlrmLim]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
8
yes
[SCPTsmokeNightPreAlrmLim]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
9
yes
[SCPTzoneNum]
SFPTsmokeFireInitiatorIntelli
not permitted
10
no
[SCPTinstallDate]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
11
no
[SCPTmaintDate]
SFPTsmokeFireInitiatorIntelli
not permitted
12
no
[SCPTmanfDate]
SFPTsmokeFireInitiatorIntelli
manufacturer specific, constant
not permitted
13
no
[SCPTfireTxt1]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
14
no
[SCPTfireTxt2]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
15
no
[SCPTfireTxt3]
SFPTsmokeFireInitiatorIntelli
modify when disabled
not permitted
no
no
no
nvoSpaceTemp
1
yes
[SNVT_temp_p]
-10,00
50,00
input
any
2
no
[SNVT_temp_p]
10,00
35,00
input
any
3
no
[SNVT_temp_p]
-10,00
10,00
input
any
4
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_overid]
input
any
17
no
[SNVT_hvac_emerg]
input
any
18
no
[SNVT_temp_p]
0,00
100,00
input
any
19
no
[SNVT_temp_p]
-40,00
50,00
input
any
20
no
[SNVT_lev_percent]
0,000
100,000
input
any
21
no
[SNVT_lev_percent]
0,000
100,000
input
any
22
no
[SNVT_ppm]
0
5000
input
any
23
no
[SNVT_temp_p]
-10,00
50,00
input
any
24
no
[SNVT_temp_p]
-40,00
50,00
input
any
25
no
[SNVT_flow]
input
any
26
yes
[SNVT_temp_p]
output
any
27
yes
[SNVT_hvac_status]
output
any
28
no
[SNVT_temp_p]
output
any
29
no
[SNVT_occupancy]
output
any
30
no
[SNVT_hvac_mode]
output
any
31
no
[SNVT_temp_p]
output
any
32
no
[SNVT_temp_setpt]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
10,00,10,00,10,00,10,00,10,00,10,00
output
any
33
no
[SNVT_switch]
output
any
34
no
[SNVT_temp_p]
output
any
35
no
[SNVT_power]
output
any
36
no
[SNVT_power_kilo]
output
any
37
no
[SNVT_lev_percent]
output
any
38
no
[SNVT_lev_percent]
0,000
100,000
output
any
39
no
[SNVT_lev_percent]
0,000
100,000
output
any
40
no
[SNVT_lev_percent]
0,000
100,000
output
any
41
no
[SNVT_lev_percent]
0,000
100,000
output
any
42
no
[SNVT_lev_percent]
0,000
100,000
output
any
43
no
[SNVT_lev_percent]
output
any
44
no
[SNVT_lev_percent]
output
any
45
no
[SNVT_temp_p]
output
any
46
no
[SNVT_ppm]
output
any
47
no
[SNVT_temp_p]
output
any
48
no
[SNVT_lev_percent]
0,000
100,000
output
any
49
no
[SNVT_switch]
output
any
50
no
[SNVT_flow]
output
any
51
no
[SNVT_lev_percent]
0,000
163,000
output
any
52
no
[SNVT_flow]
output
any
53
no
[SNVT_temp_p]
0,00
100,00
input
any
54
no
[SNVT_temp_p]
0,00
50,00
input
any
55
no
[SNVT_lev_percent]
0,000
100,000
input
any
56
no
[SNVT_lev_percent]
0,000
100,000
input
any
57
no
[SNVT_lev_percent]
0,000
100,000
input
any
58
no
[SNVT_lev_percent]
0,000
100,000
input
any
59
no
[SNVT_lev_percent]
0,000
100,000
input
any
60
no
[SNVT_lev_percent]
0,000
100,000
input
any
61
no
[SNVT_lev_percent]
0,000
100,000
input
any
62
no
[SNVT_flow]
input
any
63
no
[SNVT_lev_percent]
-100,000
100,000
input
any
64
no
[SNVT_temp_p]
output
unacknowledged
65
no
[SNVT_temp_p]
output
unacknowledged
66
no
[SNVT_flow]
output
unacknowledged
67
no
[SNVT_lev_percent]
0,000
163,000
output
unacknowledged
68
no
[SNVT_flow]
output
unacknowledged
69
no
[SNVT_hvac_satsts]
output
unacknowledged
1
yes
[SCPTmaxSendTime]
SFPTspaceComfortController
not permitted
2
yes
[SCPTsetPnts]
SFPTspaceComfortController
not permitted
3
no
[SCPTminSendTime]
SFPTspaceComfortController
not permitted
4
no
[SCPTmaxRcvTime]
SFPTspaceComfortController
not permitted
5
no
[SCPTlocation]
SFPTspaceComfortController
not permitted
6
no
[SCPTbypassTime]
nviOccManCmd
not permitted
7
no
[SCPTmanOvrTime]
nviValveOverride
not permitted
8
no
[SCPTminRnge]
nvoOADamper
not permitted
9
no
[SCPTlimitCO2]
nviSpaceIAQ
not permitted
10
no
[SCPThumSetpt]
nviSpaceRH
not permitted
11
no
[SCPTnumValves]
SFPTspaceComfortController
not permitted
12
no
[SCPTductArea]
SFPTspaceComfortController
not permitted
13
no
[SCPTnomAirFlow]
nvoFlowSetpoint
not permitted
14
no
[SCPTsensConstVAV]
SFPTspaceComfortController
not permitted
15
no
[SCPTminFlow]
nviAirflow
not permitted
16
no
[SCPTmaxFlow]
nviAirflow
not permitted
17
no
[SCPTminFlowHeat]
SFPTspaceComfortController
not permitted
18
no
[SCPTmaxFlowHeat]
SFPTspaceComfortController
not permitted
19
no
[SCPTminFlowStby]
SFPTspaceComfortController
not permitted
20
yes
[SCPThvacType]
SFPTspaceComfortController
device specific, constant
not permitted
21
no
[SCPTfanOperation]
SFPTspaceComfortController
not permitted
22
no
[SCPTminFlowUnit]
SFPTspaceComfortController
not permitted
23
no
[SCPTmaxFlowUnit]
SFPTspaceComfortController
not permitted
24
no
[SCPTminFlowHeatStby]
SFPTspaceComfortController
not permitted
25
no
[SCPTminFlowUnitStby]
SFPTspaceComfortController
not permitted
26
no
[SCPToffsetFlow]
SFPTspaceComfortController
not permitted
27
no
[SCPTareaDuctHeat]
SFPTspaceComfortController
not permitted
28
no
[SCPTnomAirFlowHeat]
SFPTspaceComfortController
not permitted
29
no
[SCPTgainVAVHeat]
SFPTspaceComfortController
not permitted
30
no
[SCPTnumDampers]
SFPTspaceComfortController
not permitted
31
no
[SCPTminFlowUnitHeat]
SFPTspaceComfortController
not permitted
32
no
[SCPTsaturationDelay]
SFPTspaceComfortController
not permitted
no
no
no
nvoProgramStatus
1
yes
[SNVT_program_status]
output
any
5
no
[SCPTprogSelect]
0
SFPTstaticProgrammable
not permitted
1
no
[SCPTobjMajVer]
0
SFPTstaticProgrammable
constant
not permitted
2
no
[SCPTobjMinVer]
0
SFPTstaticProgrammable
device specific, constant
not permitted
6
no
[SCPTprogSourceLocation]
00-52-84-02-00*251
SFPTstaticProgrammable
device specific, constant
not permitted
7
no
[SCPTprogFileIndexes]
3 - 3
SFPTstaticProgrammable
constant
not permitted
8
no
[SCPTprogCmdHistory]
0/0/0 0:0:0 - RQ_NORMAL:
SFPTstaticProgrammable
device specific, constant
permitted with dimension 0..9999
9
no
[SCPTprogStateHistory]
0/0/0 0:0:0 PRS_NO_PROGRAM
SFPTstaticProgrammable
device specific, constant
permitted with dimension 0..9999
10
no
[SCPTnsdsFbIndex]
1
1
SFPTstaticProgrammable
not permitted
11
no
[SCPTprogErrorHistory]
0/0/0 0:0:0 PSE_NO_ERROR
SFPTstaticProgrammable
device specific, constant
permitted with dimension 0..9999
3
yes
[SCPTprogName]
00*31
SFPTstaticProgrammable
device specific, constant
not permitted
4
yes
[SCPTprogRevision]
v0.0.0 (0/0/0 0:0:0)
SFPTstaticProgrammable
device specific, constant
not permitted
12
no
[SCPTnvUsage]
in_use:0, mfg:0
SFPTstaticProgrammable
not permitted
no
no
no
1
yes
[SNVT_setting]
input
any
2
no
[SNVT_setting]
output
unacknowledged, repeated
3
no
[SNVT_sblnd_state]
input
any
4
no
[SNVT_setting]
input
any
5
no
[SNVT_sblnd_state]
output
unacknowledged, repeated
6
no
[SNVT_switch]
output
unacknowledged, repeated
1
no
[SCPTmaxSendTime]
0,0
nvoSblndStatus
not permitted
2
no
[SCPTmaxSendTime]
0,0
nvoMode
not permitted
3
no
[SCPTlocation]
00*31
SFPTsunblindActuator
not permitted
4
no
[SCPTobjMajVer]
1
SFPTsunblindActuator
constant
not permitted
5
no
[SCPTobjMinVer]
0
SFPTsunblindActuator
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_setting]
output
unacknowledged
2
no
[SNVT_sblnd_state]
output
unacknowledged
3
no
[SNVT_setting]
input
any
4
no
[SNVT_setting]
input
any
5
no
[SNVT_speed]
input
any
6
no
[SNVT_lux]
input
any
7
no
[SNVT_switch]
input
any
8
no
[SNVT_switch]
input
any
9
no
[SNVT_switch]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_temp_p]
input
any
12
no
[SNVT_temp_p]
input
any
13
no
[SNVT_lev_percent]
input
any
14
no
[SNVT_lev_percent]
input
any
15
no
[SNVT_lux]
input
any
16
no
[SNVT_scene]
input
any
17
no
[SNVT_setting]
input
any
18
no
[SNVT_switch]
input
any
19
no
[SNVT_switch]
input
any
20
no
[SNVT_switch]
input
any
21
no
[SNVT_switch]
input
any
22
no
[SNVT_lev_percent]
input
any
23
no
[SNVT_occupancy]
input
any
24
no
[SNVT_occupancy]
input
any
25
no
[SNVT_switch]
input
any
26
no
[SNVT_angle_deg]
input
any
27
no
[SNVT_angle_deg]
input
any
28
no
[SNVT_setting]
input
any
29
no
[SNVT_setting]
input
any
1
yes
[SCPTmaxSendTime]
0,0
nvoSblndSetting
not permitted
3
no
[SCPTmaxSendTime]
0,0
nvoSblndState
not permitted
4
no
[SCPTmaxRcvTime]
0,0
nviWindspeed
not permitted
5
no
[SCPTmaxRcvTime]
0,0
0,0
nviRain
not permitted
6
no
[SCPTmaxRcvTime]
0,0
0,0
nviFrost
not permitted
7
no
[SCPTmaxRcvTime]
0,0
nviWindowContact
not permitted
8
no
[SCPTnvPriority]
0 0
SFPTsunblindController
permitted with dimension 2..255
9
no
[SCPTbypassTime]
0
SFPTsunblindController
not permitted
10
no
[SCPTdefaultSetting]
SET_OFF 0,0 0,00
SFPTsunblindController
not permitted
11
no
[SCPTdefaultSetting]
SET_OFF 0,0 0,00
nviWindowContact
not permitted
12
no
[SCPTlocation]
00*31
SFPTsunblindController
not permitted
13
no
[SCPTobjMajVer]
1
SFPTsunblindController
constant
not permitted
14
no
[SCPTobjMinVer]
0
SFPTsunblindController
device specific, constant
not permitted
no
no
no
nvoSwitch
1
yes
[SNVT_switch]
output
any
2
no
[SNVT_switch]
input
any
3
no
[SNVT_setting]
output
any
1
no
[SCPTlocation]
SFPTswitch
not permitted
2
no
[SCPTminSendTime]
0,1
2,0
0,1
SFPTswitch
not permitted
3
no
[SCPTmaxSendTime]
SFPTswitch
not permitted
4
no
[SCPTstepValue]
SFPTswitch
not permitted
5
no
[SCPTmaxOut]
0,0
100,0
100,0
SFPTswitch
not permitted
no
no
no
1
yes
[SNVT_char_ascii]
00
FF
input
any
2
yes
[SNVT_str_asc]
output
acknowledged
1
yes
[SCPTdialString]
00*31
SFPTtelephoneDirectory
permitted with dimension 0..256
no
no
no
1
yes
[SNVT_switch]
output
any
2
yes
[SNVT_switch]
output
any
3
yes
[SNVT_fire_test]
input
any
4
no
[SNVT_hvac_emerg]
output
any
1
yes
[SCPTlocation]
00*31
SFPTthermalFireInitiator
modify when disabled
not permitted
2
yes
[SCPTmaxSendTime]
0,0
nvoFireAlm
not permitted
3
yes
[SCPTzoneNum]
0
SFPTthermalFireInitiator
not permitted
4
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTthermalFireInitiator
manufacturer specific, constant
not permitted
5
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTthermalFireInitiator
modify when disabled
not permitted
6
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTthermalFireInitiator
not permitted
7
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTthermalFireInitiator
manufacturer specific, constant
not permitted
8
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTthermalFireInitiator
modify when disabled
not permitted
9
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTthermalFireInitiator
modify when disabled
not permitted
10
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTthermalFireInitiator
modify when disabled
not permitted
12
no
[SCPTthermAlrmROR]
0,0
SFPTthermalFireInitiator
manufacturer specific, constant
not permitted
13
no
[SCPTthermThreshold]
-274,0
SFPTthermalFireInitiator
manufacturer specific, constant
not permitted
no
no
no
1
yes
[SNVT_temp_p]
input
any
2
yes
[SNVT_lev_percent]
output
unacknowledged
3
yes
[SNVT_lev_percent]
output
unacknowledged
4
yes
[SNVT_temp_p]
output
unacknowledged
5
yes
[SNVT_hvac_status]
output
unacknowledged
6
no
[SNVT_temp_p]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_temp_p]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_lev_percent]
output
unacknowledged
12
no
[SNVT_temp_p]
output
unacknowledged
13
no
[SNVT_switch]
output
unacknowledged
14
no
[SNVT_switch]
output
unacknowledged
5
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTthermostat
not permitted
6
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
7
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
8
no
[SCPTmaxRcvTime]
0,0
nviSetPtOffset
not permitted
9
no
[SCPTmaxRcvTime]
0,0
nviEnergyHoldOff
not permitted
10
no
[SCPTminDeltaTemp]
0,00
0,00
SFPTthermostat
not permitted
11
no
[SCPTlocation]
00*31
SFPTthermostat
not permitted
12
no
[SCPTheatUpperSP]
10,00
35,00
35,00
SFPTthermostat
not permitted
13
no
[SCPTheatLowerSP]
10,00
35,00
10,00
SFPTthermostat
not permitted
14
no
[SCPTcoolUpperSP]
10,00
35,00
10,00
SFPTthermostat
not permitted
15
no
[SCPTcoolLowerSP]
10,00
35,00
10,00
SFPTthermostat
not permitted
16
yes
[SCPTmaxSendTime]
0,0
SFPTthermostat
not permitted
17
no
[SCPTmaxSendTime]
0,0
nvoHeatOutput
not permitted
18
no
[SCPTmaxSendTime]
0,0
nvoCoolOutput
not permitted
19
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
20
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
21
no
[SCPTmaxRcvTime]
0,0
SFPTthermostat
not permitted
22
no
[SCPTmaxSendTime]
0,0
nvoEnergyHoldOff
not permitted
23
no
[SCPTmaxSendTime]
0,0
nvoEffectSetPt
not permitted
no
no
no
nviSpaceTemp
1
yes
[SNVT_temp_p]
input
any
2
no
[SNVT_temp_p]
input
any
3
no
[SNVT_temp_p]
input
any
4
no
[SNVT_temp_setpt]
input
any
5
no
[SNVT_tod_event]
input
any
6
no
[SNVT_occupancy]
input
any
7
no
[SNVT_occupancy]
input
any
8
no
[SNVT_hvac_mode]
input
any
9
no
[SNVT_hvac_mode]
input
any
10
no
[SNVT_switch]
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_switch]
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_hvac_overid]
input
any
16
no
[SNVT_hvac_emerg]
input
any
17
no
[SNVT_temp_p]
input
any
18
no
[SNVT_temp_p]
input
any
19
no
[SNVT_lev_percent]
input
any
20
no
[SNVT_lev_percent]
input
any
21
yes
[SNVT_temp_p]
output
unacknowledged
22
yes
[SNVT_temp_p]
output
unacknowledged
23
yes
[SNVT_hvac_status]
output
unacknowledged
24
no
[SNVT_occupancy]
output
unacknowledged
25
no
[SNVT_hvac_mode]
output
unacknowledged
26
no
[SNVT_temp_p]
output
unacknowledged
27
no
[SNVT_temp_setpt]
output
unacknowledged
28
no
[SNVT_switch]
output
unacknowledged
29
no
[SNVT_temp_p]
output
unacknowledged
30
no
[SNVT_power_kilo]
output
unacknowledged
31
no
[SNVT_lev_percent]
output
unacknowledged
32
no
[SNVT_lev_percent]
output
unacknowledged
33
no
[SNVT_lev_percent]
output
unacknowledged
34
no
[SNVT_lev_percent]
output
unacknowledged
35
no
[SNVT_lev_percent]
output
unacknowledged
36
no
[SNVT_lev_percent]
output
unacknowledged
37
no
[SNVT_lev_percent]
output
unacknowledged
38
no
[SNVT_temp_p]
output
unacknowledged
39
no
[SNVT_ppm]
output
unacknowledged
40
no
[SNVT_switch]
output
unacknowledged
41
no
[SNVT_ppm]
input
any
4
no
[SCPTmaxSendTime]
0,0
nvoHeatCool
not permitted
5
no
[SCPTmaxSendTime]
0,0
nvoSetptShift
not permitted
6
no
[SCPTmaxSendTime]
0,0
nvoFanSpeed
not permitted
7
no
[SCPTmaxSendTime]
0,0
nvoTerminalLoad
not permitted
8
no
[SCPTmaxSendTime]
0,0
nvoHeatPrimary
not permitted
9
no
[SCPTmaxSendTime]
0,0
nvoHeatSecondary
not permitted
10
no
[SCPTmaxSendTime]
0,0
nvoCoolPrimary
not permitted
11
no
[SCPTmaxSendTime]
0,0
nvoOADamper
not permitted
12
no
[SCPTmaxSendTime]
0,0
nvoSpaceRH
not permitted
13
no
[SCPTmaxSendTime]
0,0
nvoOutdoorRH
not permitted
14
no
[SCPTmaxSendTime]
0,0
nvoOutdoorTemp
not permitted
15
no
[SCPTmaxSendTime]
0,0
nvoSpaceCO2
not permitted
16
no
[SCPTmaxSendTime]
0,0
nvoEnergyHoldOff
not permitted
17
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTunitVentilatorController
not permitted
18
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
19
no
[SCPTmaxRcvTime]
0,0
nviSetptOffset
not permitted
20
no
[SCPTmaxRcvTime]
0,0
nviSetptShift
not permitted
21
no
[SCPTmaxRcvTime]
0,0
nviOccSchedule
not permitted
22
no
[SCPTmaxRcvTime]
0,0
nviOccSensor
not permitted
23
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
24
no
[SCPTmaxRcvTime]
0,0
nviHeatCool
not permitted
25
no
[SCPTmaxRcvTime]
0,0
nviComprEnable
not permitted
26
no
[SCPTmaxRcvTime]
0,0
nviAuxHeatEnable
not permitted
27
no
[SCPTmaxRcvTime]
0,0
nviEconEnable
not permitted
28
no
[SCPTmaxRcvTime]
0,0
nviEnergyHoldOff
not permitted
29
no
[SCPTmaxRcvTime]
0,0
nviSourceTemp
not permitted
30
no
[SCPTmaxRcvTime]
0,0
nviOutdoorTemp
not permitted
31
no
[SCPTmaxRcvTime]
0,0
nviSpaceRH
not permitted
32
no
[SCPTmaxRcvTime]
0,0
nviOutdoorRH
not permitted
34
no
[SCPTminSendTime]
0,0
SFPTunitVentilatorController
not permitted
35
no
[SCPTlocation]
00*31
SFPTunitVentilatorController
not permitted
36
no
[SCPTbypassTime]
0
SFPTunitVentilatorController
not permitted
37
no
[SCPTmanOvrTime]
0
SFPTunitVentilatorController
not permitted
38
no
[SCPTminRnge]
00*4
SFPTunitVentilatorController
not permitted
39
no
[SCPTlimitCO2]
0
SFPTunitVentilatorController
not permitted
40
no
[SCPThumSetpt]
0,000
SFPTunitVentilatorController
not permitted
41
no
[SCPTnumValves]
1
2
2
SFPTunitVentilatorController
not permitted
42
yes
[SCPTmaxSendTime]
0,0
SFPTunitVentilatorController
not permitted
43
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
44
no
[SCPTmaxSendTime]
0,0
nvoEffectSetpt
not permitted
45
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
46
no
[SCPTmaxRcvTime]
0,0
SFPTunitVentilatorController
not permitted
47
no
[SCPTmaxRcvTime]
0,0
nviSpaceCO2
not permitted
no
no
no
nviUFIState
1
yes
[SNVT_switch]
input
any
2
no
[SNVT_switch]
output
acknowledged
1
yes
[SCPTfireIndicate]
FN_UNDEFINED
SFPTuniversalFireIndicator
not permitted
2
yes
[SCPTlocation]
00*31
SFPTuniversalFireIndicator
not permitted
3
yes
[SCPTmaxRcvTime]
0,0
SFPTuniversalFireIndicator
not permitted
4
yes
[SCPTzoneNum]
0
SFPTuniversalFireIndicator
not permitted
5
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTuniversalFireIndicator
modify when disabled
not permitted
6
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTuniversalFireIndicator
modify when disabled
not permitted
7
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTuniversalFireIndicator
modify when disabled
not permitted
8
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTuniversalFireIndicator
not permitted
9
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTuniversalFireIndicator
not permitted
10
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTuniversalFireIndicator
manufacturer specific, constant
not permitted
11
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTuniversalFireIndicator
manufacturer specific, constant
not permitted
no
no
no
nvoUFIState
1
yes
[SNVT_switch]
output
acknowledged
2
no
[SNVT_fire_test]
input
any
3
no
[SNVT_switch]
output
acknowledged
1
yes
[SCPTfireInitType]
FI_UNDEFINED
SFPTuniversalFireInitiator
not permitted
2
yes
[SCPTlocation]
00*31
SFPTuniversalFireInitiator
modify when disabled
not permitted
3
yes
[SCPTmaxSendTime]
0,0
SFPTuniversalFireInitiator
not permitted
4
yes
[SCPTzoneNum]
0
SFPTuniversalFireInitiator
not permitted
5
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTuniversalFireInitiator
modify when disabled
not permitted
6
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTuniversalFireInitiator
modify when disabled
not permitted
7
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTuniversalFireInitiator
modify when disabled
not permitted
8
no
[SCPTinvrtOut]
ST_OFF
SFPTuniversalFireInitiator
not permitted
9
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTuniversalFireInitiator
not permitted
10
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTuniversalFireInitiator
manufacturer specific, constant
not permitted
11
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTuniversalFireInitiator
manufacturer specific, constant
not permitted
no
no
no
nvoRegVal
1
yes
[SNVT_reg_val_ts]
output
any
2
no
[SNVT_count]
input
any
3
no
[SNVT_time_stamp]
input
any
4
no
[SNVT_reg_val]
input
any
5
no
[SNVT_lev_disc]
input
any
6
no
[SNVT_time_stamp]
input
any
7
no
[SNVT_reg_val_ts]
output
any
8
no
[SNVT_time_stamp]
output
any
9
no
[SNVT_elapsed_tm]
output
any
1
no
[SCPTregName]
00*31
SFPTutilityDataLoggerRegister
not permitted
2
no
[SCPThighLimit1]
00*4
SFPTutilityDataLoggerRegister
not permitted
3
no
[SCPTsndDelta]
00*4
SFPTutilityDataLoggerRegister
not permitted
4
no
[SCPTbaseValue]
0 RVU_NONE 0
SFPTutilityDataLoggerRegister
not permitted
no
no
no
1
yes
[SNVT_reg_val_ts]
output
acknowledged
2
yes
[SNVT_reg_val_ts]
output
acknowledged
3
yes
[SNVT_time_stamp]
input
any
1
yes
[SCPTsndDelta]
00*4
nvoMeterVal
not permitted
2
yes
[SCPTtimePeriod]
IOM_MINUTE 0
nvoHistVal
not permitted
3
no
[SCPTlocation]
00*31
SFPTutilityMeter
not permitted
4
no
[SCPTbaseValue]
0 RVU_NONE 0
SFPTutilityMeter
modify when disabled
not permitted
5
no
[SCPTpulseValue]
0 0
SFPTutilityMeter
modify when disabled
not permitted
6
no
[SCPTnumDigits]
0
SFPTutilityMeter
modify when disabled
not permitted
7
no
[SCPTobjMajVer]
1
SFPTutilityMeter
constant
not permitted
8
no
[SCPTobjMinVer]
0
SFPTutilityMeter
device specific, constant
not permitted
no
no
no
1
yes
[SNVT_temp_p]
10,00
50,00
input
any
2
yes
[SNVT_temp_p]
10,00
35,00
input
any
3
yes
[SNVT_temp_p]
-10,00
50,00
output
unacknowledged
4
yes
[SNVT_hvac_status]
HVAC_HEAT,0,000,0,000,0,000,0,000,0,000,0
HVAC_NUL,100,000,100,000,100,000,100,000,100,000,255
output
unacknowledged
5
no
[SNVT_hvac_mode]
input
any
6
no
[SNVT_hvac_overid]
HVO_NUL,100,000,65535
input
any
7
no
[SNVT_temp_p]
-10,00
10,00
input
any
8
no
[SNVT_occupancy]
input
any
9
no
[SNVT_hvac_emerg]
input
any
10
no
[SNVT_flow]
0
input
any
11
no
[SNVT_switch]
input
any
12
no
[SNVT_switch]
input
any
13
no
[SNVT_ppm]
5000
input
any
14
no
[SNVT_switch]
input
any
15
no
[SNVT_temp_p]
-10,00
50,00
input
any
16
no
[SNVT_temp_p]
10,00
35,00
output
unacknowledged
17
no
[SNVT_flow]
output
unacknowledged
18
no
[SNVT_flow]
output
unacknowledged
19
no
[SNVT_lev_percent]
output
any
20
no
[SNVT_switch]
0,0 0
100,0 1
output
unacknowledged
1
yes
[SCPTmaxSendTime]
0,0
SFPTvariableAirVolume
permitted with dimension 0..65500
2
no
[SCPTmaxRcvTime]
0,0
SFPTvariableAirVolume
permitted with dimension 0..65500
3
no
[SCPTminSendTime]
0,0
SFPTvariableAirVolume
permitted with dimension 0..65500
4
no
[SCPTlocation]
00*31
SFPTvariableAirVolume
not permitted
5
no
[SCPTductArea]
13,1068
0,0000
SFPTvariableAirVolume
not permitted
6
yes
[SCPTminFlow]
0
SFPTvariableAirVolume
not permitted
7
yes
[SCPTmaxFlow]
65535
65535
SFPTvariableAirVolume
not permitted
8
no
[SCPTminFlowHeat]
0
SFPTvariableAirVolume
not permitted
9
no
[SCPTminFlowStby]
0
SFPTvariableAirVolume
not permitted
10
no
[SCPTnomAirFlow]
0
4750
0
SFPTvariableAirVolume
not permitted
11
no
[SCPTgainVAV]
1,0000
SFPTvariableAirVolume
not permitted
13
no
[SCPTmaxSendTime]
0,0
nvoBoxFlow
not permitted
14
no
[SCPTmaxSendTime]
0,0
nvoTerminalLoad
not permitted
15
no
[SCPTmaxSendTime]
0,0
nvoEffectSetPt
not permitted
16
no
[SCPTmaxSendTime]
0,0
nvoEnergyHoldOff
not permitted
17
no
[SCPTmaxRcvTime]
0,0
nviSpaceTemp
not permitted
18
no
[SCPTmaxRcvTime]
0,0
nviSetpointOffset
not permitted
19
no
[SCPTmaxRcvTime]
0,0
nviApplicMode
not permitted
20
no
[SCPTmaxRcvTime]
0,0
nviBoxFlow
not permitted
21
no
[SCPTmaxRcvTime]
0,0
nviEnergyHoldOff
not permitted
22
no
[SCPTmaxRcvTime]
0,0
nviCO2
not permitted
23
no
[SCPTmaxRcvTime]
0,0
nviDuctInTemp
not permitted
24
yes
[SCPTsetPnts]
-10,00,-10,00,-10,00,-10,00,-10,00,-10,00
35,00,35,00,35,00,35,00,35,00,35,00
23,00,25,00,28,00,21,00,19,00,16,00
SFPTvariableAirVolume
not permitted
25
no
[SCPTmaxSendTime]
0,0
nvoSpaceTemp
not permitted
26
no
[SCPTmaxSendTime]
0,0
nvoUnitStatus
not permitted
no
no
no
nviDrvSpeedStpt
1
yes
[SNVT_switch]
input
any
2
no
[SNVT_lev_percent]
input
any
3
no
[SNVT_amp]
0,0
output
any
4
yes
[SNVT_lev_percent]
output
any
5
no
[SNVT_volt]
output
any
6
no
[SNVT_power_kilo]
output
any
7
no
[SNVT_time_hour]
output
any
1
yes
[SCPTmaxSetpoint]
100,000
SFPTvariableSpeedMotorDrive
not permitted
2
yes
[SCPTminSetpoint]
0,000
SFPTvariableSpeedMotorDrive
not permitted
3
yes
[SCPTmaxSendTime]
SFPTvariableSpeedMotorDrive
not permitted
4
yes
[SCPTnomRPM]
1800
SFPTvariableSpeedMotorDrive
not permitted
5
yes
[SCPTnomFreq]
SFPTvariableSpeedMotorDrive
not permitted
6
yes
[SCPTrampUpTm]
SFPTvariableSpeedMotorDrive
not permitted
7
yes
[SCPTrampDownTm]
SFPTvariableSpeedMotorDrive
not permitted
8
no
[SCPTmaxRcvTime]
SFPTvariableSpeedMotorDrive
not permitted
9
no
[SCPTminSendTime]
SFPTvariableSpeedMotorDrive
not permitted
10
no
[SCPTlocation]
SFPTvariableSpeedMotorDrive
not permitted
11
no
[SCPTdefScale]
nviDrvSpeedScale
not permitted
no
no
no
1
yes
[SNVT_switch]
input
any
2
yes
[SNVT_switch]
output
acknowledged
3
no
[SNVT_switch]
output
acknowledged
1
yes
[SCPTlocation]
00*31
SFPTvisibleFireIndicator
modify when disabled
not permitted
2
yes
[SCPTmaxRcvTime]
0,0
SFPTvisibleFireIndicator
not permitted
3
yes
[SCPTzoneNum]
0
SFPTvisibleFireIndicator
not permitted
4
yes
[SCPTvisOutput]
0,0
SFPTvisibleFireIndicator
device specific, constant
not permitted
5
yes
[SCPTflashFreq]
0,1
5,0
1,0
SFPTvisibleFireIndicator
device specific, constant
not permitted
6
no
[SCPTmaxSendTime]
0,0
SFPTvisibleFireIndicator
not permitted
7
no
[SCPToemType]
00*31
FF*16-00*15
00*31
SFPTvisibleFireIndicator
manufacturer specific, constant
not permitted
8
no
[SCPTinstallDate]
0/0/0 0:0:0
SFPTvisibleFireIndicator
not permitted
9
no
[SCPTmaintDate]
0/0/0 0:0:0
SFPTvisibleFireIndicator
not permitted
10
no
[SCPTmanfDate]
0/0/0 0:0:0
SFPTvisibleFireIndicator
manufacturer specific, constant
not permitted
11
no
[SCPTfireTxt1]
00*31
FF*30-00
00*31
SFPTvisibleFireIndicator
modify when disabled
not permitted
12
no
[SCPTfireTxt2]
00*31
FF*30-00
00*31
SFPTvisibleFireIndicator
modify when disabled
not permitted
13
no
[SCPTfireTxt3]
00*31
FF*30-00
00*31
SFPTvisibleFireIndicator
modify when disabled
not permitted
14
no
[SCPTfireIndicate]
FN_UNDEFINED
SFPTvisibleFireIndicator
not permitted
This file is the standard FPT file, containing Standard Functional Profile Templates.
This file was created and is maintained by LonMark International. Contact us at +1-408-938-5266, at http://www.lonmark.org, or at 550 Meridian Ave, San Jose CA 95126, USA.
Air-Velocity Sensor
Used to measure the speed of a gas, typically for HVAC applications.
Air Velocity
This output network variable reports the velocity detected by the sensor.
Duct Flow Rate
This output network variable provides the flow volume flowing through the duct.
Flow Rate
This output network variable provides the flow volume flowing through the duct.
Maximum send time
The maximum period of time between consecutive transmissions of the current value
Minimum send time
The minimum period of time between consecutive transmissions of the current value
Send on delta
The minimum change required to force transmission of the output value
Generic offset
Used to calibrate the level that the associated output network variable should adopt after any translation table or gain factor.
Duct area or size
The duct area used to calculate the air flow, relevant only for VAV actuators / controllers
Gain
This parameter is used to calibrate the external hardware.
Analog Input
Allows connection to any general-purpose analog input signal
Analog value
The value of the analog input signal converted to a level-percentage
Analog Output
Allows connection to any general-purpose analog output signal
The value of the analog output signal expressed as a level-percentage
Audible Fire Indicator
Indicator of the presence of fire by audible (siren/bell) means
Fire Audible Input
This input network variable receives the status (ON or OFF) request (command) for an audible indicating device. It can be bound to the nvoAlarm network variable(s) of initiating device(s)
Switch
Fire Audible Feedback
This output network variable transmits the feedback status (ON or OFF) of indicating device.
Location
Provides descriptive physical location information related to the object.
Maximum receive time
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables
Zone number
The zone number for the device
Audible sound output intensity
Audible sound output intensity specification of the device at 1 meter distant
OEM label
The label, programmed by the OEM, to identify the unit name
Installation date
The date of installation for the device
Maintenance date
The date of last maintenance for the device
Manufacture date
The date of manufacture for the device
Fire text information
Text information relevant to fire conditions. A '>' at end of string indicates presence of fire text 2.
Fire text information, continuation
Continuation text information relevant to fire conditions. A '>' at end of string indicates presence of fire text 3.
Fire text information, second continuation
Second continuation text information relevant to fire conditions
Fire indicator device type
Describes the fire indicator device
Automatic Transfer Switch
An ATS is a piece of electrical equipment that is used to monitor and automatically connect the best of two power sources to an electrical load. Normally at least one of the two power sources is a generator set that is directed by the ATS to start when the primary power source has failed.
Test Command Input
Allows an external node to test the ATS operation
Start Source 2 Command Output
Allows the ATS to start and stop the alternate or emergency power source
Source 1 Available Output
Indicates the availability of the normal power source (GenSet/Source 1)
Source 2 Available Output
Indicates the availability of the emergency power source (GenSet/Source 2)
Source 1 Connected Output
Indicates the switch position of the ATS
Source 2 Connected Output
Fault Reset Command Input
Resets or attempts to clear an ATS fault
Load Shed Command Input
Sheds the electrical load of the ATS
Transfer Inhibit Command Input
Inhibits the ATS from automatically transferring the load to the emergency power source (Source 2), when Source 2 becomes available
Retransfer Inhibit Command Input
Inhibits the ATS from automatically transferring the load back to the normal power source (Source 1), when Source 1 becomes available
Override Command Input
Overrides a transfer or retransfer time delay, or transfer or retransfer inhibit
Start Source 1 Command Output
Allows the ATS to start and stop the Source 1
Fault Status Output
Reports the presence of an ATS fault
Source 1 Frequency Output
Line frequency of Source 1
Source 2 Frequency Output
Line frequency of Source 2
Source 1 Line-to-Line Voltage Output
Line-to-line voltage(s) of Source 1
Source 2 Line-to-Line Voltage Output
Line-to-line voltage(s) of Source 2
Source 1 Line-to-Neutral Voltage Output
Line-to-neutral voltage(s) of Source 1
Source 2 Line-to-Neutral Voltage Output
Line-to-neutral voltage(s) of Source 2
Load Current Output
Line current(s) of the electrical load
Load Power Factor Output
Power factor of the electrical load
Load Real Power Output
Real power of the electrical load as a floating type ( in Watts)
Maximum send time to be used across NVs 14-22.
Boiler Controller
Can be used as an interface to a staged or a modulating boiler
Boiler enable input
Used to disable (stop) boiler operation, or to enable (automatic, local, or remote) boiler operation
Boiler state output
Boiler's present level of heat output, as well as the requested firing rate of a remote boiler
Effective setpoint output
Used to monitor the effective temperature setpoint
Application mode input
Used to coordinate the boiler controller node with any supervisory controller
Pump speed command input
Used to connect an external pump control to the node or to allow an override of the pump speed
Supply temperature input
Used to connect an external supply temperature sensor to the node
Outside air temperature input
Represents information from an outdoor air temperature sensor
Return temperature input
Used to connect an external return temperature sensor to the node
Temperature setpoint input (absolute)
Used to allow the heating setpoint for the boiler water temperature to be changed via the network
Boiler command input
Used to command the boiler state and firing rate of the boiler controller (e.g., to disable the boiler, or allow automatic control)
Boiler load output
Present heat/cool energy demand of the unit. Negative values indicate that heating energy is required (or in use) by the boiler controller.
Supply temperature output
Used to monitor the supply water temperature that the boiler controller is using for control
Local supply temperature output
Present value of a locally wired supply water temperature sensor
Return temperature output
Used to monitor the return water temperature that the boiler controller is using for control
Local return temperature output
Present value of a locally wired return water temperature sensor
Pump speed output
Actual pump speed of a local multi-speed pump, as well as the requested speed of a remote pump
Bypass valve output
Present value of the bypass control valve position (if hardwired) or can be used to control a remote bypass valve
Outdoor air temperature output
Used to monitor the outdoor air temperature that the boiler controller is using for control
Local outdoor air temperature output
Present value of a locally wired outdoor air temperature sensor
Send heartbeat
Maximum period of time that expires before the specified network variable outputs will automatically be updated
Power-up enable
Default power-up and restart modes of the boiler controller
Receive heartbeat
Maximum time that elapses after the last update to a specified network variable input before the boiler controller starts to use its default values
Heating setpoint
This applies to the setpoint NV input if one exists; otherwise, it applies to the hardwired input
Location label
Minimum period of time between automatic network variable output transmissions
Turn-off delay time
Used to control the time delay that the pump remains "on" after a new command to turn the pump "off" is issued
Calendar
Standardized interface for identifying active and inactive schedules based on dates. Schedules may become active on a particular date, on a range of dates, or on a repeating interval
Date event
Reports the status of a schedule
Resynchronization request
Requests an update on the status of all defined schedules
Effective period
Time period during which the calendar is effective
Schedule dates
A range of dates with an optional qualifier that specifies when a schedule is active
Object major version number
The major version number for the object
Object minor version number
The minor version number for the object
Override behavior
Behavior of the nvoDateEvent output when an override request is received for the calendar
Override value
The value the nvoDateEvent output should adopt when it is overridden and the value of Override Behavior is OV_SPECIFIED
Schedule name
Array of schedule names
Minimum period of time between automatic transmissions of the nvoDateEvent output. This throttles the series of outputs that occur whenever schedules are updated via nvoDateEvent
Channel Continuity Monitor
A device (typically a ANSI/CEA-709 -based router) which is capable of channel continuity monitoring has two connectors , which are connected to both ends of a LonWorks bus. The connectors are referred to as channel side A and channel side B. If the bus is interrupted between those two connectors (e.g. due to a cable break), the device must have some means to detect this condition. The Channel Continuity Monitor object is used to publish the current state of the channel (intact, fault) using network variables and the alarming mechanism of the Node Object.
Channel State OK
Signals if the channel is OK or interrupted.
Channel Monitor
Channel diagnostics and network health monitoring.
Bandwidth utilization
Bandwidth utilization percentage during last interval.
CRC error rate
Percentage of packets with CRC errors during last interval.
Missed packet rate
Percentage of missed packets during last interval.
Packet rate
Number of packets per second during last interval.
Total CRC errors
Total number of CRC errors since power-up, reset, or statistics cleared.
Total missed packets
Total number of missed packets since power-up, reset, or statistics cleared.
Total packets
Total number of packets since power-up, reset, or statistics cleared.
Elapsed Time
Time since the device was rebooted or since the statistics for this interface where reset.
Maximum CRC error rate
Maximum percentage of CRC errors in any interval, as reported by nvoIvalCrcErr, since power-up, reset, or statistics cleared.
Maximum bandwidth utilization
Maximum percentage of bandwidth utilization in any interval, as reported by nvoIvalBandUtl, since power-up, reset, or statistics cleared.
Maximum missed packet rate
Maximum percentage of missed packets in any interval, as reported by nvoIvalMissed, since power-up, reset, or statistics cleared.
Maximum packet rate
Maximum number of packets per second in any interval, as reported by nvoIvalPackets, since power-up, reset, or statistics cleared.
Missed preamble rate
Number of missed preambles per second during the last interval.
Total missed preambles
Total number of missed preambles since power-up, reset, or statistic cleared.
Maximum missed preamble rate
Maximum number of missed preambles per second in any interval, as reported by nvoIvalMisPre, since power-up, reset, or statistics cleared.
Channel alarm
Indicates if the associated channel is in alarm state or shows a high error rate.
Channel alarm ratio
Percentage of intervals the associated channel was in alarm state or had a high error rate since power-up, reset, or statistics cleared.
Link power supply status
Indicates whether the Link Power Supply voltage is in the specified range.
Average packets
Average packets per second since power-up, reset, or statistics cleared. Rollover is implementation dependent.
Interface description
Human readable description of the interface the functional block is assigned to.
Monitor Interval
This configuration property defines the interval over which statistics are collected and averages are calculated.
Bandwidth utilization high limit
If this limit is implemented and is enabled via nciBandUtlLimHighEnable, if the alarm type was not AL_HIGH_LMT_ALM_1 and the value for the last interval was greater than nciBandUtlLimHigh, then the alarm type becomes AL_HIGH_LMT_ALM_1 and nvoChnlAlarm will be set to True.If the alarm type was AL_HIGH_LMT_ALM_1 and the value drops below nciBandUtlLimHigh minus nciBandUtlHystHigh, then the alarm type becomes AL_HIGH_LMT_CLR_1 and nvoChnlAlarm will be set to False. The hysteresis value is used only to subtract from the limit value.
Bandwidth utilization high limit enable
Determines whether nciBandUtlLimHigh is enabled.
Bandwidth utilization high limit hysteresis
Hysteresis value for the high alarm nciBandUtlLimHigh.
Bandwidth utilization low limit
The low alarm limit can be useful to detect that, for instance, a certain level of background heartbeat traffic expected on a channel has slowed or stopped-which indicates a power, channel wiring, or other problem. If the low alarm limit is enabled with nciBandUtlLimLowEnable, also set the nciBandUtlLimLow property to a non-zero value that is slightly below the expected level of background heartbeat traffic. If the alarm type was not AL_LOW_LMT_ALM_1 and the value is now less than nciBandUtlLimLow, then the alarm type becomes AL_LOW_LMT_ALM_1 and nvoChnlAlarm will be set to True.If the alarm type was AL_LOW_LMT_ALM_1 and the value rises above nciBandUtlLimLow plus nciBandUtlHystLow, then the alarm type becomes AL_LOW_LMT_CLR_1 and nvoChnlAlarm will be set to False. The hysteresis value is used only to add to the limit value.
Bandwidth utilization low limit enable
Determines whether nciBandUtlLimLow is enabled.
Bandwidth utilization low limit hysteresis
Hysteresis value for the low alarm nciBandUtlLimLow.
CRC error rate high limit
If this limit is implemented and is enabled via nciCrcErrLimHighEnable, if the alarm type was not AL_HIGH_LMT_ALM_1 and the value for the last interval was greater than nciCrcErrLimHigh, then the alarm type becomes AL_HIGH_LMT_ALM_1 and nvoChnlAlarm will be set to True.If the alarm type was AL_HIGH_LMT_ALM_1 and the value drops below nciCrcErrLimHigh minus nciCrcErrHystHigh, then the alarm type becomes AL_HIGH_LMT_CLR_1 and nvoChnlAlarm will be set to False. The hysteresis value is used only to subtract from the limit value.
CRC error rate high limit enable
Determines whether nciCrcErrLimHigh is enabled.
CRC error rate high limit hysteresis
Hysteresis value for the high alarm nciCrcErrLimHigh.
Missed packet rate high limit
If this limit is implemented and is enabled via nciMissedLimHighEnable, if the alarm type was not AL_HIGH_LMT_ALM_1 and the value for the last interval was greater than nciMissedLimHigh, then the alarm type becomes AL_HIGH_LMT_ALM_1 and nvoChnlAlarm will be set to True.If the alarm type was AL_HIGH_LMT_ALM_1 and the value drops below nciMissedLimHigh minus nciMissedHystHigh, then the alarm type becomes AL_HIGH_LMT_CLR_1 and nvoChnlAlarm will be set to False. The hysteresis value is used only to subtract from the limit value.
Missed packet rate high limit enable
Determines whether nciMissedLimHigh is enabled.
Missed packet rate high limit hysteresis
Hysteresis value for the high alarm nciMissedLimHigh.
Missed preamble rate high limit
If this limit is implemented and is enabled via nciMisPreLimHighEnable, if the alarm type was not AL_HIGH_LMT_ALM_1 and the value for the last interval was greater than nciMisPreLimHigh, then the alarm type becomes AL_HIGH_LMT_ALM_1 and nvoChnlAlarm will be set to True.If the alarm type was AL_HIGH_LMT_ALM_1 and the value drops below nciMisPreLimHigh minus nciMisPreHystHigh, then the alarm type becomes AL_HIGH_LMT_CLR_1 and nvoChnlAlarm will be set to False. The hysteresis value is used only to subtract from the limit value.
Missed preamble rate high limit enable
Determines whether nciMisPreLimHigh is enabled.
Missed preamble rate high limit hysteresis
Hysteresis value for the high alarm nciMisPreLimHigh.
Link Power Detection Enabled
Determines, whether link power detection is enabled. If yes, nvoLinkPower indicates existence of link power voltage.
Chilled-Ceiling Controller
Used to control an HVAC chilled-ceiling space-conditioning unit
Space Temperature Input
This input network variable is used to connect an external space temperature sensor to the node.
Temperature Setpoint Input (absolute)
This input network variable is used to allow the temperature setpoints for the occupied and standby modes to be changed via the network.
Setpoint Offset Input
This input network variable is used to shift the effective occupied and standby temperature setpoints by adding nviSetptOffset to the current setpoints.
Setpoint Shift Input
This input network variable is used to shift the effective heat/cool setpoints by adding the corresponding value in nviSetptShift to the current setpoints.
Occupancy Scheduler Input
This input network variable is used to command the Chilled Ceiling Controller into different occupancy modes.
Occupancy Override Input
This input network variable is used to command the Chilled Ceiling Controller into different occupancy modes.
Occupancy Sensor Input
This input network variable is used to indicate the presence of occupants in the controlled space.
Application Mode Input
This network variable input is used to coordinate the Chilled Ceiling Controller with any supervisory controller.
Heat/Cool Mode Input
This network variable input is used to coordinate the Chilled Ceiling Controller with any node that may need to control the heat/cool changeover of the unit.
Energy Hold Off Input
This input is used to stop heating and cooling while allowing the unit to protect the space from temperature extremes.
Water Valve Override Input
This input network variable is used for commanding the controller into a manual mode for overriding water valves controlled by the unit.
Source Temperature Input
This input network variable is used to indicate the temperature of the air or water being supplied to the unit for heating and/or cooling capacity.
Heat Source Temperature Input
This input network variable is used to indicate the temperature of the air or water being supplied to the unit for heating capacity.
Cool Source Temperature Input
This input network variable is used to indicate the temperature of the air or water being supplied to the unit for cooling capacity.
Space Humidity Input
This input network variable is the measured space humidity in percent. This input is typically sent from a communicating humidity sensor.
Space Dew Point Temperature Input
This input network variable is the measured space dew point temperature.
Outdoor Air Dew Point Temp. Input
This input network variable is the measured outdoor dew point temperature.
Primary Heat Input for Slave Operation
This input network variable is intended for slave operation.
Secondary Heat Input for Slave Operation
This input network variable is intended for slave operation.
Primary Cool Input for Slave Operation
This input network variable is intended for slave operation.
Secondary Cool Input for Slave Operation
This input network variable is intended for slave operation.
Effective Space Temperature Output
This output network variable is used to monitor the effective space temperature that the Chilled Ceiling Controller is using for control.
Unit Status Output
This output network variable is available to report the Chilled Ceiling Controller status.
Effective Setpoint Output
This output network variable is used to monitor the effective temperature setpoint.
Effective Occupancy Output
This output network variable is used to indicate the actual occupancy mode of the unit.
Effective Heat/Cool Output
This output network variable is used to indicate the actual heat/cool mode of the unit.
Local Setpoint Output
This output network variable is used to monitor the space temperature setpoint if a setpoint device is locally wired.
Local Setpoint Shift Output
This output network variable is used to report a locally-determined shift of the effective heat/cool setpoints.
Absolute Power Consumption Output
This output network variable can used to indicate the current power consumption of the unit.
Terminal Load Output
This output indicates the current heat/cool energy demand of the unit.
Primary Heat Output
This output network variable reflects the current level of the primary heat output or can be used to control a remote primary heat source.
Secondary Heat Output
This output network variable reflects the current level of the secondary heat output or can be used to control a remote secondary heat source.
Primary Cool Output
This output network variable reflects the current level of the primary mechanical cooling output or can be used to control a remote mechanical cooling source.
Secondary Cool Output
This output network variable reflects the current level of the secondary mechanical cooling output or can be used to control a remote mechanical cooling source.
Space Humidity Output
This output network variable indicates the space humidity in percent, if the Chilled Ceiling Controller Device has a locally wired humidity sensor.
Space Dewpoint Temperature Output
This output network variable indicates the space dew point temperature. This value can be measured or calculated by the Chilled Ceiling Controller.
Energy Hold Off Output
This output indicates the state of an Energy Hold Off device that is hardwired to the controller.
Occupancy temperature setpoints
The occupancy temperature setpoints for heat and cool mode
Bypass time
The maximum amount of time that the controller can be in the bypass (occupancy) mode following the last bypass request. Zero disables the timer.
Manual override time
The maximum time that the controller will stay in a manual mode following the last request by a network variable input. Zero disables the timer.
Chiller Controller
For use with centrifugal, absorption, reciprocating, and other models of chillers
Chiller enable
Request start/stop chiller
Cool setpoint
Desired temperature of leaving chilled water
On or off state
Chiller on/off run state
Active setpoint output
Active cool or heat setpoint
Capacity limit input
Capacity limit of chiller
Entering chilled-water temperature input
Accommodates remote temperature-sensor input
Chiller mode
Chiller modes
Actual capacity level
Actual running capacity of unit
Capacity limit
Present capacity limit setting of chiller
Leaving chilled-water temperature
Entering chilled-water temperature
Entering condenser-water temperature
Leaving condenser-water temperature
Alarm annunciation text
Character string (30 characters max)
Chiller status
Chiller states or modes
The default power-up and restart modes of the device when the default behavior selector is set to zero
Chiller capacity limit
The default value for the capacity limit of the chiller when the default behavior selector is set to zero
Cooling setpoint
The default setpoint for the leaving chilled water temperature in cooling mode when the default behavior selector is set to zero
The default setpoint for the leaving water temperature in heating mode when the default behavior selector is set to zero
HVAC mode
The default operating mode of the device when the default behavior selector is set to zero
Provides descriptive physical location information related to the object
Default behavior
Selects which set of values will be used on power-up and communication failure, between the stated default values (0), or manufacturer-specified values (1)
Power-up delay
The minimum period of time after power-up or re-establishment of communications before a control action takes place
Closed-Loop Actuator (CLA)
A basic object with feedback, used with any form of actuator
Value input
Dictates the desired state of the actuator, determined by the specific application
Value feedback output
Transmits the current value of the input NV, used to synchronize source objects in multiple relationships
Preset input
Used to program or control the preset function
Actual position feedback output
Present position of the actuator, can be used as part of a control loop and for monitoring purposes
Preset feedback output
Transmits the setting associated with the current recalled or programmed preset
Default output
The level the actuator should adopt in certain default conditions
Drive time
Time to be taken by the actuator to move from one extreme to the other
Maximum time that elapses after the last update to the input NV before actuator adopts the default output
Turn-off delay
Used for SNVT_switch or SNVT_lev_disc to determine the length of time the load remains energized after a change from ON to OFF is received
Input value feedback delay
The time period after the last update in a succession of changes to the input, before the feedback output is updated
Actual position feedback delay
The period for updating the feedback output when the actuator position does not match the requested position
High limit 1
Used to remotely set the alarm high limit 1
High limit 2
Used to remotely set the alarm high limit 2
Low limit 1
Used to remotely set the alarm low limit 1
Low limit 2
Used to remotely set the alarm low limit 2
Alarm set time 1
The time period that an alarm 1 condition must exist before it is regarded as a valid alarm
Alarm set time 2
The time period that an alarm 2 condition must exist before it is regarded as a valid alarm
Alarm clear time 1
The time period that an alarm 1 condition must not exist before it is regarded as a valid cleared alarm
Alarm clear time 2
The time period that an alarm 2 condition must not exist before it is regarded as a valid cleared alarm
Hysteresis high 1
The hysteresis level for the value field of the alarm high 1 comparison threshold
Hysteresis high 2
The hysteresis level for the value field of the alarm high 2 comparison threshold
Hysteresis low 1
The hysteresis level for the value field of the alarm low 1 comparison threshold
Hysteresis low 2
The hysteresis level for the value field of the alarm low 2 comparison threshold
Alarm output inhibit time
Time period for which alarms are inhibited after enabling, node reset, or node is put on line
The behavior of an actuator when an override request is received
Sets the value an actuator should adopt when an object is overridden and behavior is OV_SPECIFIED
Translation table X
Used in conjunction with Translation table Y to create a linearization table
Translation table Y
Used in conjunction with Translation table X to create a linearization table
Closed-Loop Sensor (CLS)
A basic object with feedback, used with any form of sensor
Value feedback input
Used to synchronize closed loop sensor objects when connected in multiple relationships
Value output
Transmits the value from the sensor after conversion to correct units
Preset input feedback
Receives preset function feedback information used to synchronize multiple source objects
Raw hardware data output
Transmits the value obtained from the sensor prior to any transformation
Preset output
Used to program or control the preset of a destination object
Used to calibrate external hardware via a multiplication factor
Offset
Used to calibrate external hardware with additive offset after transformation
Maximum range
The maximum value limit of the output
Minimum range
The minimum value limit of the output
The maximum period of time before a retransmission of value
The minimum period of time between retransmissions of value
Invert output
Used to invert active polarity if the hardware sensor is a switch
The level the sensor should adopt in certain default conditions
The behavior of a sensor when an override request is received
Sets the value a sensor should adopt when an object is overridden and behavior is OV_SPECIFIED
Clothes Washer, Domestic
Residential clothes washer for units with or without integrated an dryer
Washer Command Input
Contains all required information for clothes-washer control
Washer Status Output
Contains the present status of a washer
Power On/Off Input
Commands a washer to turn-on or turn-off
Power On/Off Report Output
Commands a washer to turn-on or turn-off
Washing Start/Stop Input
Commands the washer to begin or halt the programmed/commanded cycle
Washing Start/Stop Report Output
Reports the washer's actual state of operation
Total Time Remaining Output
This output network variable provides the total remaining time before the entire wash process is complete
Alarm-Status Report Output
This output network variable provides duplicate information of the alarm field of nvoWasherStatus
Washer-Management Status Output
This output network variable provides the status of the door/lid and the drain
AHAM Appliance Model
Appliance Model code as defined by the Association of Home Appliance Manufacturers
CO2 Sensor
Carbon Dioxide (CO2) Sensor
CO2 level
The CO2 level in parts-per-million
Temperature
The CO2 level in parts-per-million using floating point data type
Controls the maximum period of time before the output values are transmitted
Controls the minimum period of time between output value transmissions
CO2 level offset
Constant Light Controller
The controller input is the ambient light level, and the output is the state and illumination level to the lamp actuator
Illumination level input value
Ambient light level
Setting input
Selects the operating mode, and adjusts the setpoint of the constant light controller
Lamp value output
State for the lamp actuator (ON or OFF), and the percentage level of intensity
Manual override input
Provides enable of manual control for the lamp value output
Illumination level setpoint
Used to change the illumination level setpoint for the controller
Minimum period between output NV transmissions (maximum transmission rate)
Maximum period of time that expires before the object automatically transmits the present value of the lux level output NV
Step
Used to determine the maximum step that the constant light controller is allowed to take to approach the target illumination level
Minimum change
Amount by which the lamp value output must change before the lamp value is transmitted
ON/OFF hysteresis
Hysteresis for the illumination level setpoint. The hysteresis is used in AUTO mode to switch-off and -on the lamp
Light off delay
Used to determine the delay after which the lamp value output is switched-off
Light on delay
Used to determine the delay after which the lamp value output is switched-on
Power-up state
Used to determine the state (mode) of the constant light controller object after power-up or reset. The state ("function") can be either SET_ON or SET_OFF.
Controller
A basic object that is designed to interface to multiple sensor and actuator objects. It has no standardized content.
Transmitted data
Feedback return input whenever a destination object's input NV receives an update
Received data from a data source object
Feedback return output for the input NV, used for synchronization in multiple relationships
Damper Actuator
Three sub types of HVAC actuators can be handled by this object: general purpose, fire & smoke, and airflow control.
Actuator setpoint input
Controls the relative actuator setpoint
Actuator state input
Used where the actuator is connected to a switch that forces the actuator to a predefined set of positions or air volumes
Actual position output
Present position of the actuator
Emergency override input
Used in fire and smoke applications to open and close an actuator with maximum speed; this input has highest priority
Command the actuator into a manual mode (mainly used during balancing)
Actuator state feedback output
Mirrors the actual value of nviActuatState
Actuator setpoint feedback output
Mirrors the actual value of nviRelStpt
Damper angle output
Present position of the actuator's shaft or damper blade
Air flow output
Airflow through the associated VAV box
Inside duct temperature output
Present temperature inside the duct
Emergency override feedback output
Mirrors the value of nviEmergOvrd
Direction / Safety position
The actuator sense of rotation and safety position; bit 0 set => counterclockwise, bit 1 set => damper open
Flow send on delta
The minimum change in airflow required to be treated as significant
Minimum delta temperature
The minimum change in temperature required to be treated as significant
Damper angle send on delta
The minimum change in damper actuator angle required to be treated as significant
Actuator label
The identification of the exact actuator type or label
The transition time for a full 100% stroke (change from one extreme to the other)
Nominal angle
The nominal angle for an actuator
Nominal air flow
Value used in calculating the air flow in an airflow control actuator
The maximum limit of the value of the primary output network variable for the object
The minimum limit of the value of the primary output network variable for the object
VAV sensor constant
Calibration constant used to calculate airflow
Temperature sensor constant
Calibration value for a duct temperature sensor
Alarm status 2
Transmits alarm data to a monitoring device. The alarm type is set to AL_NO_CONDITION if the level set by cpLogAlarmThreshold is not reached and to AL_ALM_CONDITION if the level has been reached or exceeded. The priority is set to PR_10.
Enable
Enables data collection for the data log. Data collection is enabled when the state value is one (1). The level value is not used.
Data value
Receives data to be collected in the data log. Optional because data sources may be internal to the device.
Clear
Clears the contents of the data log. The data log may also be cleared by a Node Object request.
Log status
Reports the current status of a data log. Updated based on the cpLogNotificationThreshold value. Reports status only; alarms reported via Node Object nvoAlarm2 output. Required if the Node Object does not include an nvoLogStat output.
Data log capacity
Specifies the total capacity of all data logs on a device. The size of each data log is specified by its cpLogSize value. The value is specified in bytes.
Data log notification threshold.
Specifies the percentage change in log level required to trigger an update to the Data Log Status (nvoStatus) output.
Log size.
Capacity of a data log.
Data log type.
Specifies the method used to store data in a data log.
Fan-in enable.
Enables fan-in of multiple data sources. When True, the application examines the source address of each input value and uses it to determine the data source of the update.
Major version number for the data logger implementation. This value is incremented when the network interface for the functional block changes.
Minor version number for the data logger implementation. This value is incremented when the functional block implementation changes without changing the functional block network interface. The minor version is reset to zero and the cpObjMajVer value is incremented when the functional block network interface changes.
Data log enable timestamp.
Enables time stamping of each data value. When True, the data logger includes a timestamp of the receipt time for each value received by the data logger.
Data log high limit
Enables logging of data greater or equal to the specified value. All other data is ignored, with the exception that data that is less than or equal to a valid SCPTlogLowLimit value is also logged. All data is logged if the SCPTlogEnableHighLimit and SCPTlogEnableLowLimit values are both invalid.
Data log low limit.
Enables logging of data less than or equal to the specified value. All other data is ignored, with the exception that data that is greater than or equal to a valid SCPTlogHighLimit value is also logged. All data is logged if the SCPTlogEnableHighLimit and SCPTlogEnableLowLimit values are both invalid.
Maximum fan-in.
Specifies the maximum number of data sources that may be connected to a network variable. The functional block determines data sources by examining the source address of each update.
Data log minimum delta time.
Minimum amount of time between logged values. This is used to throttle data entry into a data log. When a data value is logged, a subsequent update to the data value is not logged until the time specified by this value has elapsed. If additional updates are received during this time, the older values are discarded and are not stored in the data log. Time of receipt is ignored if the value of this configuration property is zero or invalid.
Data log minimum delta time.
Minimum amount of time between logged values. This is used to throttle data entry into a data log. When a data value is logged, a subsequent update to the data value is not logged until the time specified by this value has elapsed. If additional updates are received during this time, the older values are discarded and are not stored in the data log. Time of receipt is ignored if the value of this configuration property is zero or invalid.
Maximum period of time that expires before the Data Logger functional block automatically transmits the current value of the nvoStatus output network variable. This provides a heartbeat output that can be used by destination functional blocks to ensure that the functional block is still healthy.
Network variable type
Network variable type for network variables that support changeable types
Poll rate.
Specifies the poll rate for each data source. When this value is greater than zero, the functional block polls each of the data sources identified in the source address array at the rate specified by this value.
Source address.
Specifies a source address or element of an array of source addresses for and input to a functional block.
Alarm maximum send time
Maximum network variable length
Maximum length of a type that may be assigned to the nviDataValue input. Also requires implementation of the cpNvType configuration property.
Data log alarm threshold.
Specifies the log level required to trigger an alarm condition for the data logger.
Device Monitor
A device monitor functional profile is used to monitor the health state of other devices in the network by periodically polling them using query status network diagnostic messages. If a device goes (soft) offline or is no longer reachable over the network, an alarm is generated and output network variables can be used to determine the state of all monitored nodes.
Scan Time
Device Alarm
Scan Time
States of all monitored device
Devices responding on side A
Shows which devices can be reached via side A.
Devices responding on side B
Shows which devices can be reached via side B
Scan Time
Duration in which all devices are being queried.
Device list entry
Device list entry containing the address of the device to be monitored.
Device list entry description
Human readable description for an entry in the device list.
Discharge-Air Controller (DAC)
Used to control duct static pressure and discharge-air temperature
Occupancy scheduler input
Commands the Discharge-Air Controller into different occupancy modes typically sent by scheduler or supervisory node
Occupancy override input
Commands the Discharge-Air Controller into different occupancy modes
Coordinates the Discharge-Air Controller with any supervisory controller
Commands the device into different emergency modes
Duct static pressure input
Connects a duct static pressure sensor or network output from another controller
Duct static pressure setpoint input
Sets duct static pressure setpoint of the controller via the network
Discharge air cooling setpoint input
Sets discharge-air cooling setpoint of the controller via the network
Discharge-Air heating setpoint input
Sets discharge-air heating setpoint of the controller via the network
Supply fan capacity input
Commands override of the supply fan capacity from another controller
Exhaust fan capacity input
Connects network output from another controller to override the local exhaust fan capacity control
Return fan capacity input
Commands an override of return fan capacity from another controller
Fan differential setpoint input
Setpoint for the percent capacity difference between the supply and return fans
Building static pressure input
Connects network building static pressure sensor or network output from another controller
Building static pressure setpoint input
Connects network output from another controller to provide the building static pressure setpoint
Primary cool enable input
Connect network output from another controller to enable/disable the primary cooling output of the unit
Primary heat enable input
Connects network output from another controller to enable/disable the primary heating outputs of the unit
Economizer enable input
Enables and disables economizer operation
Outdoor air minimum position input
Sets minimum outdoor air damper position of controller via the network
Minimum outdoor airflow setpoint input
Commands a minimum outdoor airflow rate setpoint from the network
Outdoor air temperature input
Measured outdoor air dry bulb temperature
Outdoor air humidity input
Measured outdoor air humidity in percent
Outdoor air enthalpy input
Connects a network outdoor air enthalpy sensor or network controller output
Mixed air temperature setpoint input
Commands a mixed air temperature setpoint from the network
Return air temperature input
Connects a network return air temperature sensor or network output from another controller
Space enthalpy input
Connects a network return air or space enthalpy sensor or network output from another controller
Space temperature input
Connects a network space temperature sensor or network output from another controller
Space humidity input
Connects a network return air or space relative humidity sensor or network output from another controller
Humidification enable input
Enables humidification function in the controller
Space humidification setpoint input
Connects a network space humidity setpoint or network output from another controller
Dehumidification enable input
Enables dehumidification function in the controller
Space dehumidification setpoint input
Connects a network space dehumidification setpoint or network output from another controller
Discharge air dewpoint setpoint input
Commands a discharge-air dewpoint setpoint from the network
Condenser water temperature input
Connects a network condenser water temperature sensor or network output from another controller
Condenser water flow input
System condenser flow status
Discharge air temperature output
Monitors discharge-air temperature measured by a hardwired sensor
Unit status output
Reports the Discharge-Air Controller status
Effective discharge-air temperature setpoint output
Monitors the effective discharge-air temperature setpoint the Discharge-Air Controller is using for control
Duct static pressure output
Monitors the effective duct static pressure the controller is using for control
Effective duct static pressure setpoint output
Monitors the effective duct static pressure setpoint the Discharge-Air Controller is using for control
Effective heat/cool output
Actual heat/cool mode of the unit
Application mode output
Used to control the mode of other controllers such as a VAV box controller
Effective occupancy output
Transmits the current occupancy mode of the Discharge-Air Controller for monitoring
Supply fan status output
Actual status of the supply fan for monitoring
Supply fan on/off control output
Used to start and stop the supply fan
Supply fan capacity output
Used to command the supply fan speed or capacity
Exhaust fan status output
Actual status of the exhaust fan for monitoring
Exhaust fan on/off control output
Used to start and stop the exhaust fan
Exhaust fan capacity output
Used to command the exhaust fan speed or capacity
Exhaust damper control output
Present status of Exhaust Damper output for monitoring or control
Return fan status output
Actual status of the return fan for monitoring
Return fan on/off control output
Used to start and stop the return fan
Return fan capacity output
Used to command the return fan speed or capacity
Return fan pressure output
Present value of return fan static pressure for monitoring
Building static pressure output
Present value of the building static pressure for monitoring
Economizer enabled output
Present enable/disable status of economizer for monitoring
Outdoor air damper output
Present level of the outdoor air damper or injection fan capacity output for monitoring or control
Outdoor airflow output
Present value of the outdoor airflow for monitoring
Indicates value of a hardwired outdoor air temperature sensor
Present value of outdoor air temperature for monitoring
Local outdoor air humidity output
Indicates value of hardwired outdoor air relative humidity sensor
Outdoor air humidity output
Present value of outdoor air humidity for monitoring
Outdoor air enthalpy output
Present value of the outdoor air enthalpy
Primary Cooling Output
Present level of the primary cooling capacity
Primary heating output
Present value of the primary heating capacity
Mixed air temperature output
Present value of the mixed air dry bulb temperature
Space temperature output
Present value of the space temperature for monitoring
Return air temperature output
Present value of return air temperature for monitoring
Space humidity output
Present value of the space relative humidity for monitoring
Space enthalpy output
Present value of the space enthalpy
Effective space humidification setpoint output
Effective space low limit humidity setpoint for monitoring
Humidification status output
Present level of the humidifier output for monitoring
Effective space dehumidification setpoint output
Effective space high limit humidity setpoint for monitoring
Dehumidification status output
Present status of dehumidification control for monitoring
Effective discharge-air dewpoint setpoint output
Monitors the effective discharge-air dewpoint setpoint that the discharge-air controller is using for control
Discharge air dewpoint temperature output
Present value of the discharge-air dewpoint temperature
Condenser capacity output
Present value of the condenser capacity control output for monitoring
Local condenser water temperature output
Transmits value of hardwired condenser water temperature sensor
Condenser water temperature output
Present value of condenser water temperature for monitoring
Condenser water flow output
Transmits current status of condenser water flow sensor for monitoring
Condenser water pump output
Transmits the current state of condenser water pump output for monitoring or control
Maximum period of time that expires before specified NV outputs will be automatically updated
Discharge air cooling setpoint
Default discharge-air cooling setpoint for the Discharge-Air Controller
Discharge air heating setpoint
Default discharge-air heating setpoint for the Discharge-Air Controller
Space temperature setpoints for various heat, cool and occupancy modes
Minimum time between automatic NV output transmissions
Controls maximum time after last update before default values are used
Local bypass time
Maximum time the controller can be in bypass mode following request
Maximum supply fan capacity
Maximum supply fan capacity setpoint for the Discharge-Air Controller
Minimum supply fan capacity
Minimum supply fan capacity setpoint for the Discharge-Air Controller
Maximum return/exhaust fan capacity
Maximum return/exhaust fan capacity setpoint for the Discharge-Air Controller
Minimum return/exhaust fan capacity
Minimum return/exhaust fan capacity setpoint for the Discharge-Air Controller
Duct static pressure setpoint
Default duct static pressure setpoint for the Discharge-Air Controller
Maximum duct static pressure setpoint
Maximum duct static pressure setpoint for the Discharge-Air Controller
Minimum duct static pressure setpoint
Minimum duct static pressure setpoint for the Discharge-Air Controller
Duct static pressure limit
Duct static pressure limit, used for equipment protection
Building static pressure setpoint
Default building static pressure setpoint for the Discharge-Air Controller
Return fan pressure setpoint
Return fan static pressure setpoint for the Discharge-Air Controller
Fan differential setpoint
Default for percent capacity difference between supply and return fans
Mixed air low limit setpoint
Mixed air low limit setpoint for the Discharge-Air Controller
Mixed air temperature setpoint
Default mixed air temperature setpoint for the Discharge-Air Controller
Outdoor air damper minimum position
Default minimum outdoor air damper position setpoint for the Discharge-Air Controller
Minimum outdoor airflow setpoint
Default minimum outdoor airflow setpoint for the Discharge-Air Controller
Outdoor airflow calibration
Gain for the outdoor airflow calibration for the Discharge-Air Controller
Outdoor air inlet area
Area of the outdoor air inlet for the Discharge-Air Controller
Outdoor air temperature setpoint
Airside economizer outdoor air temperature enable setpoint for the Discharge-Air Controller
Outdoor air enthalpy setpoint
Default airside economizer outdoor air enthalpy enable setpoint for the Discharge-Air Controller
Economizer enable differential temperature setpoint
Differential between entering air temp and entering condenser water temp to enable economizer operation
Exhaust enable position
Exhaust enable outdoor air damper position setpoint for the Discharge-Air Controller
Space humidification setpoint
Default space humidification setpoint for the Discharge-Air Controller
Space dehumidification setpoint
Default space dehumidification setpoint for the Discharge-Air Controller
Discharge air dewpoint setpoint
Default discharge-air dewpoint setpoint for the Discharge-Air Controller
Maximum discharge air cooling setpoint
Maximum discharge-air cooling setpoint for the Discharge-Air Controller
Minimum discharge air cooling setpoint
Minimum discharge-air cooling setpoint for the Discharge-Air Controller
Maximum discharge air heating setpoint
Maximum discharge heating setpoint for the Discharge-Air Controller
Minimum discharge air heating setpoint
Minimum discharge heating setpoint for the Discharge-Air Controller
Cooling lockout temperature setpoint
Outdoor air temperature cooling lockout setpoint for the Discharge-Air Controller
Heating lockout temperature setpoint
Outdoor air temperature heating lockout setpoint for the Discharge-Air Controller
Cooling reset enable
Enables/disables the discharge-air temperature cooling reset control for the Discharge-Air Controller
Heating reset enable
Enables/disables the discharge-air temperature heating reset control for the Discharge-Air Controller
Elevator/Lift Arrival Gong
Indicates the arrival of the elevator car at the landing. The gong is activated only at the landing where the car is stopping.
Up direction signal
Instructs the gong to sound an 'UP' indication
Location of elevator car
Location of the elevator car -- used for the scenario where all the gongs are bound to the same direction output-network-variables
Down direction signal
Instructs the gong to sound a 'DOWN' indication
Network configuration source
The value of this field determines the source of the node's network configuration.
Installed level
The floor or level on which the device is installed
Elevator/Lift Car-Direction Lantern
Current direction of travel of the elevator/lift car
To instruct the lantern to display an 'UP' indication
To instruct the lantern to display a 'DOWN' indication
Brightness output
The brightness output of a display device
Scroll speed
The scroll speed of the display image
Elevator/Lift Fire-Systems Port
Input for elevator/lift cars to accept fire-signal information from fire control panels
Primary fire-sensor input
Master fire signal to the elevator group controller
Fire-in-lobby sensor
Reports fire in lobby, so alternate elevator action can be taken
Machine-room smoke sensor
Indicates smoke or fire in the elevator machine room
Optional sensor 1
Optional input for installation/manufacturer-specific fire/smoke alarming connections
Optional sensor 2
Elevator is unable to respond to fire sensors
value>0 and state=1 indicates trouble
Zone Number is for use by Fire System
Elevator/Lift Hall Lantern
Next intended direction of travel of the elevator car after it leaves the landing. The lantern is activated only at the landing where the car is stopping.
Instructs the lantern to display an 'UP' indication
Location of the elevator car -- used for the scenario where all the lanterns are bound to the same direction output-network-variables
Instructs the lantern to display a 'DOWN' indication
The maximum period of time that may expire with no updates on the associated input network variables before the object goes into heartbeat failure mode. A zero value disables.
Elevator/Lift Position Indicator and Message Display
Displays the name of a floor in response to a text input from an elevator controller
Floor name
Chosen text for floor name
Message text, string 1
Scrolling message - characters 1-29
Message text, string 2
Scrolling message - characters 30-58
Message text, string 3
Scrolling message - characters 59-87
Message text, string 4
Scrolling message - characters 88-116
Car-up direction
Car traveling in up direction
Car-down direction
Car traveling in down direction
Car position
Position of car to nearest floor, starting with 1. 0 means car position unknown.
Orientation
The orientation angle of the display image (0 = landscape, 90 = portrait)
Elevator/Lift Voice Announcer
Announcing device pre-programmed with specific verbal messages
Announcement number
External device request of announcement of a particular phrase
Append a 'going down' announcement to a particular floor announcement
value>0 state=1 indicates car is moving down
Append a 'going up' announcement to a particular floor announcement
value>0 state=1 indicates car is moving up
Audible level
The audible level of announcement
The audible level of direction
Entry / Exit Object
An Entry / Exit device is a door, lock, sluice, or something that allows and prohibits entry of a physical unit in to and out of an area.
Entry state
Desired state for an entry object, e.g., a door, lock, sluice, or something that controls entry of an area
Entry status
Status information from an entry object, e.g., a door, lock, sluice, or something that allows/prohits entry of an area
Entry operation mode
Operation-mode for an entry object, e.g., a door, lock, sluice, or something which allows/prohibits entry to an area
Warning alarm
Warning alarm setting when the device has been unable to perform a requested command longer than the nciPreAlarmDly time, but not as long as the nciAftAlarmDly time
In lockable position
Whether the mechanical equipment being subject to locking is in lockable position or not. Typically, this can be an open or closed door.
After-warning alarm
Alarm setting when the device has been unable to perform a requested command for more than the nciPreAlarmDly time
Device-open request
opens the device in any state but EM_BLOCKED or EM_MANUAL. After the open command is taken away, the device goes back to its previous state.
Device-open command feedback
Feedback of the nviOpen network variable input
Direction-flow control
Control the direction of persons/items/fluids through device
Direction-flow control feedback
Direction of persons/items/fluids through device
Service-message update request
Request an update of an optional service-message output
Service message
Current service-message information
Sluice token input
The sluice token input must be set to TOKEN to indicate that an opening cycle is legal in case of sluice operation
Sluice token feedback
Token feedback output in a sluice-lock configuration
Hold time
Used to control the time the device is in open state before it returns to its former state (closed, closed/locked, etc.)
The position or level the actuator should adopt when updates are not received, or at power-on reset, or when overridden
Delay time, default to scene
Delay time before a pre-alarm (warning) is sent
Delay time before an alarm is sent
Safety Mode
Mode that device must be brought to for safety external state of operation
Emergency Mode
Mode that device must be brought to for emergency state of operation
Master-slave control for sluice. A sluice is built with two or more entry/exit devices with interlock capability.
Role of a device in a sluice operation
Fan Coil Unit (FCU)
Used to control the room temperature by controlling one heat and one cool actuator output, or a single actuator for heat and cool, and a fan with multiple fan-speed stages
Optional input from a sensor node if the fan coil unit controller node itself provides a locally-wired space temperature sensor
Temperature setpoint input
Allows the temperature setpoint for the occupied and standby mode to be changed via the network
Heat control output
Current position of the heat actuator; can be used as part of a control loop and for monitoring purposes
Cool control output
Current position of the cool actuator; can be used as part of a control loop and for monitoring purposes
Fan speed output
Current fan speed of a multi-speed (n-speed) fan; can be used as part of a control loop and for monitoring purposes
Fan speed command
Used to connect an external fan speed switch to the node
Occupancy input
Commands the fan coil unit controller object into different occupancy modes
Coordinates this object with any supervisory controller providing the supply energy
Setpoint offset input
This setpoint shifting operates only on occupied and standby setpoints. It does not affect the unoccupied setpoint.
Water temperature input
Automatic heat/cool switchover dependent on the supply temperature
Terminal load output
Present heat/cool energy demand of the FCU controller
Absolute power consumption output
Present heat/cool power consumption of the FCU controller
Temperature of the air that leaves the fan coil
Reheat output
Present state of an multi-stage (n-stage) reheat output
Space temperature, if this temperature is locally measured
May depend on nciSetPnts, nviOccCmd, nviSetPoint, nviSetPtOffset, any local setpoint means
Discharge air temperature input
The network value takes precedence over the physical value if both are available.
Energy hold-off input
Input from a device such as a window contact sensor
Occupancy output
May derive from an occupancy sensor or any other means affecting the occupancy mode
Energy hold-off output
Provides other devices the state of an EnergyHoldOff device that is hardwired to the controller
Combines operating mode, capacity of heating/cooling used, and an indication if any alarms are present in the object
Number of output valves
The value 1 implies one output valve (two pipe system) and the value 2 implies two output valves (four pipe system).
Fire Smoke Damper Actuator
Used to expell smoke or control fire-spread by manipulating the actuator position on a damper
Actuator Drive
Controls the actuator position
Actuator Drive Feedback
Reflects the actuator value of nviActuDrive. Used to synchronize source objects in multiple relationships.
HVAC emergency mode
The length of time that the load remains energized after a change from ON to OFF has been received
Frost Sensor
Used to detect the presence of frost
Frost Data
This output network variable provides the state of the frost detector.
Generator Set
Used to control a generator set (genset) for power generation in primary or secondary systems
Start Command Input
start and stop the generator set
Fault Reset Command Input
reset or clear a generator set fault
Run Status Output
running at rated speed and voltage and is ready to accept load
Fault Status Output
report the presence of a generator set fault
Shutdown Command Input
emergency, unconditional shutdown/disable of run
NFPA 110 Annunciation Output
report state of National Fire Protection Agency (USA) genset faults (NFPA §110)
Frequency Output
output frequency of the generator set
Line-to-Line Voltage Output
line-to-line output voltage(s) of the generator set
Line-to-Neutral Voltage Output
line-to-neutral output voltage(s) of the generator set
Line Current Output
output line current(s) of the generator set
Power Factor Output
power factor of the generator set
Real Power Output
real power output as a floating type ( in Watts)
Generated Energy Output
total (cumulative) electrical energy (WHR) generated by genset
Engine Speed Output
engine speed of the generator set
Engine Temperature Output
engine temperature of the generator set
Engine Oil Pressure Output
engine oil pressure of the generator set
Battery Voltage Output
starting battery voltage of the engine
Engine Starts Output
total number of successful engine starts
Engine Run Time Output
total (cumulative) run time of the engine
Global Solar Radiation sensor object
Typically Global Solar Radiation sensor object output is connected to the input of a controller. The Global Solar Radiation value can e.g. be used to estimate the energy input into a building by the sun.
Watts per square meter
This output network variable reports the Solar Global Radiation with W/m2
Heat-Pump Controller
Used to control an HVAC heat-pump space-conditioning unit
Remote Space Temperature
This input network variable is used to connect an external space temperature sensor to the node.
Setpoint from Network
This input network variable is used to allow the emperature setpoint for the occupied mode to be changed via the network.
Space Temp Value Used
This output network variable is used to send the value of the controlled space temperature to other nodes.
Current Status of Unit
This output network variable is available to report the object status.
Command from System
This network variable input is used to coordinate the Heat Pump with any supervisory controller or intelligent human interface device.
HVAC Occupancy Status
This input network variable is used to place the heat pump into different occupancy modes. It is typically set by a supervisory node
Simple Occupancy Status
This input network variable provides an indication of the simple two-state occupancy status of the unit, which is either unoccupied or occupied.
Setpoint Offset
This input network variable specifies the direction and magnitude of the shift of the current occupied setpoints.
Auxilliary Heat Enable
This input network variable indicates whether auxilliary heat has been enabled or disabled.
Setpoint Value Used
This input network variable provides an indication of the setpoint being used for control.
HVAC Relative Humidity Sensor
Relative humidity sensor designed for HVAC applications
Relative humidity
The relative humidity using the level-percent data type
The relative humidity using the short fixed point data type
The relative humidity using floating point data type
Relative humidity offset
HVAC Temperature Sensor
Temperature sensor designed for HVAC applications
The temperature of the sensor using HVAC temperature data type
The temperature of the sensor using fixed point data type
The temperature of the sensor using floating point data type
Temperature offset
Valve Positioner for HVAC Applications
Also known as a Valve Actuator, it converts the output signal of a controller into a mechanical valve action
Valve Control Signal
This input network variable provides a control setpoint. The setpoint is given as a percentage of the total required flow or heating/cooling energy.
Desired HVAC Operating Mode
A supervisory controller typically uses this input network variable to set the valve operating mode.
Valve-Control Signal Mirror
This output network variable mirrors the actual value of nviControlSignal. This can be used for multiple valve-positioner applications.
Effective HVAC Operating Mode
This output network variable provides the actual HVAC operating mode.
Effective Valve Operating Mode
This output network variable provides the actual valve operating mode.
Override-Valve Stop
This input network variable provides a manual override function to stop the valve; typically from a supervisory device.
Override Valve Capacity
This input network variable provides an override request to the valve capacity; typically from a supervisory device.
Override Valve Position
This input network variable provides for both an override request and a position value relative to the maximum stroke; typically from a supervisory device.
Emergency Mode Request
Mandatory for 01 /21: This input network variable is used when the positioner possesses a real emergency operation (for example: a spring-return drive).
Read-Value Valve Position
This input network variable is used to connect an external position sensor for precise position control.
Valve Capacity
This output network variable provides the actual valve capacity as a percentage of the flow.
Valve Position
This output network variable provides the calculated position relative to the maximum stroke length.
Stroke Length
This output network variable provides the calculated stroke as length in millimeters.
Actual Valve Position
This output network variable provides the actual position relative to the maximum stroke length.
Valve Flow
This output network variable provides the calculated flow relative to the maximum flow of the valve.
Drive Status
This output network variable provides status/diagnostic information of the valve drive.
Valve Fault
This output network variable provides fault information about the valve.
Device maintenance
This output network variable provides maintenance information of the valve.
Runtime
This output network variable provides the total cumulative running time of the valve actuator.
Cumulative Stroke Distance
This output network variable provides the cumulative distance of all strokes of the valve as length in meters.
Position-Error Count
This output network variable provides the count of positioning errors.
Power-Failure Count
This output network variable provides the count of power failures and voltage dips
Emergency Count
This output network variable provides the count of emergency actions, as represented with the Emergency Mode State network variable
Emergency Mode State
Mandatory for 01 /21: This output network variable is only used in combination with the Emergency Mode Request input network variable
Control signal
Start and end points (X,Y) for a transition
The position or level the sensor should adopt when updates are not received, or at power-on reset, or when overridden
Minimum setpoint
The minimum setpoint, such as minimum angle of rotation or minimum air flow
Maximum setpoint
Either the maximum angle of rotation for an actuator or the maximum airflow for an actuator depending on actuator category
Minimum stroke
The minimum stroke limit
Maximum stroke
The maximum stroke limit
Valve operating mode
The normal operating mode of the valve
Night purge valve position
Valve position in percent open for night purge
Free cooling valve position
Valve position in percent open for free cooling HVAC mode
Emergency position
Position in percent of full scale (open) for emergency operation
Used in conjunction with Translation table Y to scale and linearize a value
Used in conjunction with Translation table X to scale and linearize a value
Valve flow characteristic
Actual flow characteristic of the valve
Minimum time for movement
The minimum time in hours for movement to prevent blocking
Identifier Sensor
An Identifier Sensor can be any kind of device used to identify a person who wants to access a controlled point/area.
ISO 7811
This data item contains data according to the ISO 7811 standard for card stripes.
Send heartbeat
ISI Keypad
Reports the state, scene, and setting selected on a keypad. A keypad may consist of one or more push buttons or toggle switches, each optionally including a lamp indicator such as an LED.
Switch output value
Selected state, scene, and setting output. Also reports power consumption by the keypad, which may be measured or estimated.
Switch feedback input
Optional feedback input that may be used to synchronize the keypad state to other devices such as other keypads and lamps.
Running hours output
Reports total running hours
Name part 1
Part 1 of the name of the functional block to be used by optional user interface applications. May optionally used with SCPTname2 and SCPTname3. Must be implemented as a configuration network variable.
Name part 2
Part 2 of the name of the functional block to be used by optional user interface applications. Must be used with SCPTname1 and may optionally be used with SCPTname3. This part is concatenated after part 1, and may optionally be followed by part 3. Must be implemented as a configuration network variable.
Name part 3
Part 3 of the name of the functional block to be used by optional user interface applications. Must be used with SCPTname1 and SCPTname2. This part, if present, is concatenated with parts 1 and 2. Must be implemented as a configuration network variable.
Button pressed action
Button action definition used to create a button pressed action array, with an entry per button. This SCPT defines the minimum entries required by the ISI profiles.
Button color
Button color configuration for on and off states of a button. May be used to create an array that is used with a SCPTbuttonAction array to specify keypad button behavior.
Minimum send time (throttle)
Maximum send time (heartbeat)
The maximum period of time between consecutive transmissions of the current value. If this value is set to the invalid value, the heartbeat interval will be two minutes when occupied and 20 minutes when unoccupied--this is the default behavior. Must be implemented as a configuration network variable.
Output value at power-on reset or when overridden
Functional block major version number
Major version number for the associated functional block. See also cpFbMinVer.
Functional block minor version
Minor version number for the associated functional block. See also cpFbMajVer.
Running hours counter initialization
The initial value of the running hours counter network variable
Running hours alarm threshold level
The alarm threshold for the running hours counter
Button repeat interval
Time between updates when a button is held down. The updates themselves may be throttled by the application or a SCPTminSendTime CP. Used to create an array used with a SCPTbuttonAction CP array.
Scene name
Name for a scene to be used by optional user interface applications. Used to create an array that supplements a scene table created with a SCPTscene array.
Lighting group enable
Bit masks to enable or disable up to 64 ISI lighting groups. Group 0 is not used. Groups may also be enabled or disabled using a SNVT_switch_2 update.
ISI Lamp and Appliance Actuator
Controls the illumination level of a lamp or state of an appliance. Also reports lamp or appliance status with integrated scene control. This profile provides additional required interfaces over the SFPTlampActuator profile to simplify use in self-installed networks.
Lamp input value
Scene, setting, occupancy, and/or request input to the lamp.
Lamp or appliance feedback output
Reports the last requested scene, current setting, and power consumption for the lamp or appliance. Power consumption may be measured or estimated.
Electrical energy upper portion
The nvoEnergyHi reading is incremented and the nvoEnergyLo reading wraps to zero when 1 kWh is reached for the nvoEnergyLo value. May be an estimated value.
Power
Reports power consumption. May be an estimate.
Color
Occupancy
Occupancy state feedback
Multiplier
Level multiplier feedback. Reset to one after 60 minutes.
Color feedback
Color setting feedback; required if nviColor is implemented
Electrical energy lower portion
Name of the object that the CP applies to. This name can be used by optional user interface applications or display devices.
Default input
Input value when updates are not received, at power-on reset, or when overridden.
Energy counter initialization
The initial value of the energy counter for the associated network variable
Scene configuration
Scene table defining the minimum required scene definition entries. May be used in combination with cpSceneTiming.
Scene timing configuration
Scene timing definition used to supplement a scene table created with cpScene. This CP array defines the optional scene table entries for the ISI profiles. When used, it must be used in combination with a cpScene array.
Power measurement interval
Time period used for a power measurement; may be used to calibrate a power or energy sensor
This parameter is used to define the behavior when an override request is received via the Node Object.
The value to be used for the input when the functional block is overriden, and the behavior is "SPECIFIED"; if there is no Node object, a non-invalid value for the cpOvrValue state field triggers the override to the specified value, and the normal value is restored when the cpOvrValue state field changes to the invalid value
Load control offsets
Offsets to be used during standby (unoccupied state but home, or sleep mode) and demand-response modes
ISI Monitor Point
Provides a monitoring input for use by a controller monitoring an ISI network. The input uses automatic enrollment to provide an easy way for a controller and monitored device to work together to support event-driven updates, providing a method that minimizes network transactions and provides easy set up for devices that support automatic enrollment.
Input value.
Input value used in automatic connections initiated by the controller.
ISI Occupancy Sensor
Reports the occupancy state for a zone. Occupancy is reported when detected. Feedback from other connected occupancy sensors within the zone is monitored--the unoccupied state is only propagated if no connected occupancy sensors are reporting occupancy.
Occupancy state
Reports the occupancy state for a zone. Occupancy is reported when detected. Feedback from other connected occupancy sensors within the zone is monitored--the unoccupied state is only propagated if no connected occupancy sensors are reporting occupancy.
Occupancy feedback input
Used to synchronise multiple occupancy sensors within a zone
Provides the qualified state of the hardware sensor output
Test control
Controls test mode. Set to SW_SET_ON to enable test mode--turning off the hold time and ignoring the feedback input; set to SW_SET_OCCUPIED to force the output to occupied; set to SW_SET_UNOCCUPIED to force output to unoccupied; set to SW_SET_OFF to enable normal operation. Default is SW_SET_OFF.
Name part 3.
Part 3 of the name of the functional block to be used by optional user interface applications. Must be used with SCPTname1 and SCPTname2. This part, if present, is concatenated with parts 1 and 2. Must be implemented as a configuration network variable.
Functional block major version number
Major version number for the associated functional block. See also cpFbMinVer.
Functional block minor version
Minor version number for the associated functional block. See also cpFbMajVer.
Debounce time
The interval after a change to the occupied state that the occupancy sensor input is ignored. Must be implemented as a configuration network variable.
Hold time for the nvoSwitch occupied state after there is no occupancy detected. The hold time timer is retriggered each time the sensor reports the area as occupied. Must be implemented as a configuration network variable.
The maximum period of time between consecutive transmissions of the current value. If this value is set to the invalid value, the heartbeat interval will be two minutes when occupied and 20 minutes when unoccupied--this is the default behavior. Must be implemented as a configuration network variable.
The time period after a change in the calculated state from occupied to unoccupied before the unoccupied state is reported. Must be implemented as a configuration network variable.
ISI Sunblind and Motor Control Actuator
Controls the position and rotation angle of a sunblind. Also reports sunblind status with integrated scene control. This profile provides additional required interfaces over the SFPTsunblindActuator profile to simplify use in self-installed networks.
Sunblind input value
Scene, setting and/or request input to the sunblind actuator.
Sunblind or appliance feedback output.
Reports the last requested scene and current setting.
Reports the current power level of the sunblind or appliance. Power level may be measured or estimated to detect blocked motors.
Occupancy feedback
Running hours output
Reports total running hours
Angular distance
Report the rotation angle
Scene definition used to create a scene table. This SCPT defines the minimum entries required by the ISI profiles. May be used in combination with SCPTsceneTiming.
Scene timing definition used to supplement a scene table created with a SCPTscene array. This SCPT defines the optional scene table entries for the ISI profiles. When used, it must be used in combination with a SCPTscene array.
The maximum period of time between consecutive transmissions of the current value. ISI heartbeats are specified if this value is set to the invalid value
Scene name.
Name for a scene to be used by optional user interface applications. Used to create an array that supplements a scene table created with a SCPTscene array.
Maximum power.
Power level at which the sunblind actuator detects a blocked motor and switches off automatically.
Lamp Actuator
Used within devices that can control the illumination level of a lamp
Lamp input value
Permits another device to pass data to the Lamp Actuator
Lamp feedback output
State of the Lamp Actuator (ON or OFF) and the percentage level of intensity
Running hours output
Monitors the Lamp Actuator's running (ON) hours
Energy counter output
Monitors the consumed energy in kiloWatt hours
Input-value feedback delay
The time period after the last update, in a succession of changes to the input, before the feedback output is updated
Initialization of running hours counter
Alarm threshold level for the running hours counter
Initialization of energy counter
Light Sensor
Used within devices that can measure ambient light levels
Light level output
Monitors the value of the hardware input
Reflection factor
Adjusts the internal gain factor for the measured illumination level
Ambient lux value for self-calibration
Used by the light sensor to self-calibrate the hardware
Minimum change before output
Used to control the % amount by which the value must change before lux level output NV is transmitted
Lighting-Panel Controller
Use to control lamps or fixtures by assigned groups group
Lighting Group Trigger
This input network variable triggers a group or pattern of lighting circuits.
Lighting Group Feedback Output
This output network variable provides current status of any of the possible 255 groups or patterns programmed into the controller.
LPC Configuration Input
This input network variable provides the functions required for programming groups, patterns and other lighting behaviors into the controller.
LPC Configuration Feedback Output
This output network variable provides information on current LPC configuation.
Manual allowed
Provides a clock, with a manual time input, the possibility to permit manual time updating
Modem Controller
A Modem Controller is used to control the functions of a data modem (POTS, ISDN, etc.).
Dial String Input
Call Cancel Input
Connect Status Output
Connect String Output
Auto answer
Enable the automatic call answer function of a device
Node Object
Allows the function of objects within a node to be monitored. Only one may exist on a node.
Object request
Requests a particular mode for a particular object in the device
Object status
Reports the status of requested object in the device
Time setting
Synchronize the node's internal real time clock with an external time source
Alarm output
Transmits alarm data for each object on a node whenever alarm occurs or is cleared, and upon request
File request
Requests an operation on a particular file
File status
Reports the status of the last requested file operation
File position
Value used to control the position of the read/write pointer in a file
Configuration parameter file directory address
Address for file directory containing descriptors for configuration parameter files
Alarm output 2
Transmits alarm data for each functional block on a device whenever an alarm occurs or is cleared, and upon request. Replaces nvoAlarm
Reports the status of a schedule. Optional input for the node object for devices with Scheduler functional blocks
Date resynchronization request
Requests an update for all defined exceptions via the nviDateEvent input. Required output from the node object for devices with Scheduler functional blocks
Clear channel statistics
Reset all channel statistic counters by setting nviClearStat to {100, ON} and back to {0, OFF}. Required on devices implementing the Channelmonitor
Device uptime
Time since the last reboot of the device
Log file transfer request.
Requests a data log to be transferred via FTP. Must be followed by a stanard FTP request to get the data log file. Required on devices implementing the Data Logger functional profile that support data log transfer via FTP.
Log file transfer status.
Reports the status of a data log file transfer using FTP. Required on devices implementing the Data Logger functional profile that support data log transfer via FTP.
Log status request.
Requests the current status of a data log. Status is reported by the nvoLogStat output. Required on a device containing a Node Object with an nvoLogStat output if the device implements multiple Data Logger functional blocks.
Indicates whether the node will configure itself, or expects a network manager
Controls the maximum period of time before the object status is transmitted; Zero (0) means disabled
Identifies the subsystem containing the device. The subsystem may be a simple location name or a hierarchical subsystem name. If a hierarchical subsystem name is specified, the subsystem hierarchy components must be separated by periods("."). Periods must not otherwise be used. Other characters that cannot be used in a subsystem name are the backslash ("\"), colon (":"), forward slash ("/"), or double-quote characters. For very large networks, subsystem numbers may be used instead of subsystem names, for example: "1.2.29".
Device major version number
The major version number for the device
Device minor version number
The minor version number for the device
Geographic Location
GPS location where the physical device is located. This configuration property is mandatory if the SFPToutdoorLuminairController profile is implemented.
Occupancy Controller
Input is the occupancy state, and the output is the control value for an actuator (typically a lamp)
Occupancy status input value
Provides the occupancy status
Secondary occupancy status input value
Provides the occupancy status of a neighboring area in order to provide low-level lighting around an occupied area for a feeling of security
Setting input (Auto/Off)
The mode can be either ON(AUTO) or OFF
Enables the local and manual control of the lamp value output
Setting output
Selects the operating mode for another controller (e.g., constant light controller)
Hold time value
Hold time for occupied state after there is no occupancy detected
Primary default value
Default lamp value sent when the area is occupied
Secondary default value
Default lamp value sent when the neighboring area is occupied
Occupancy Sensor
Used in a device with a hardware sensor whose output is either in an occupied or unoccupied state
The debouncing time to generate the detection envelope
Open-Loop Actuator (OLA)
A basic object without feedback, used with any form of actuator
Open-Loop Sensor (OLS)
A basic object without feedback, used with any form of sensor
Outdoor Luminair Controller
Lamp Value Input
The desired state (on/off) and value (%) of the lamp bulb
Run-Hours Change
The method used to reset or initialize the run-hours count
Electricity-Used Change
The method used to reset or initialize the electricity-consumption total
Lamp Value Output
The actual state (on/off) and value (%) of the lamp bulb
Lamp-Controller Status Output
The data related to the internal status conditions of the lamp controller
OLC Environment Output
The measured values from in and around the environment of the fixture, including mains/lamp voltages, mains/lamp currents, lamp temperature, consumed power, and power factor
Backup Schedule
The On/Off schedule to be used as a default
Lamp Power
The maximum wattage of the installed bulbs.
Enable-Status Mask
Determines which status information will be available and valid for the alarm fields of nvoOLCStatus
Device Output Selection
The type of hardware output
Dimmable Minimum
The minimum percentage value for a dimmable lamp to remain illuminated
Minimum warm-up time
The time it takes the lamp to warm-up to the full operating temperature
Preceivable-Maximum Control
The maximum voltage (of the 1-10V output) needed to achieve 100% lamp-light output. In many cases, 100% is reached before the 10V-limit is reached
OLC Limits Setpoints
This configuration property sets the limits for nvoOLCStatus
OLC Powerup state
This configuration property is be used to define the default output value on power up
Partition Wall Controller
Used in spaces that can be divided into smaller sections. Object passes data to the area next to it if the space is open (no partitioning). If space is divided, then light-switch data is not passed to the other side of the separating wall.
Primary-side scene input
Reads in data from the scene panels and other sensors of the primary side of the partition wall
Primary-side scene output
Provides the scene output to the scene controllers on the primary side of the partition wall
Partition wall switch input
The valid range of the input is open (state ON) and closed (state OFF). Other enumerations of the state are discarded; value field has no effect.
Secondary-side scene output
Provides the scene output to the scene controllers on the secondary side of the partition wall
Secondary-side scene input
Reads in data from the scene panels and other sensors of the secondary side of the partition wall
Primary-side fade input
Primary-side fade output
Provides SNVT_setting type output to the scene controllers on the primary side of the partition wall
Secondary-side fade input
Secondary-side fade output
Provides SNVT_setting type output to the scene controllers on the secondary side of the partition wall
Scene offset
The offset for the scene number when data is forwarded from primary to secondary
Pressure Sensor
Used to acquire pressure readings and report them over the network.
Standard Pressure Output
This output variable reports the pressure of the sensor using the Kilo Pascal pressure SNVT_press.
High Precision Pressure Output
This output variable reports the pressure of the sensor using the high precision pressure SNVT_press_p.
Floating Point Pressure Output
This output variable reports the pressure of the sensor using the Floating point pressure SNVT.
Pull-Station Fire Initiator
Manual, Pull-Station Fire Initiator object for fire-alarm notification and response functions
Fire Alarm
This outpur NV transmits fire information for use by simple Indicators
Fire Trouble
This output NV transmitted initiator trouble information for use by simple Indicators
Fire test request
This input NV receives requests intended to perform smoke detector operations, initiated from operator
This input NV controls the (actuator) position for smoke control devices
Pump Controller for HVAC Applications
Provides the primary force to distribute and circulate hot and chilled water in a variety of space-temperature and air-conditioning systems.
Pump setpoint for normal operation
Requested pump operating mode
Pump capacity in percent
Effective operating mode
Effective device control mode
Pump override stop command
Override speed in percent
Override setpoint for pressure
Override setpoint for flow
Remote differential pressure sensor
Remote flow sensor
Remote temperature sensor
Device status
Current status of the device
Pump pressure
Pump flow
Pump speed
Pump override active
Runtime
Total running time for the pump in hours. After 65535 hours, the counter starts again at zero.
Device fault states
Fault information for the device
Device-maintenance states
Fluid temperature
Electrical power consumption in Watts
Electrical power consumption in kiloWatts
Total energy consumption of the pump
Send heartbeat time
Pump characteristics
User-defined operational-pressure low limit
User-defined operational-pressure high limit
User-defined operational-flow low limit
User-defined operational-flow high limit
Control mode for normal operation
Remote pressure-sensor minimum value
Remote pressure-sensor maximum value
Remote flow-sensor minimum value
Remote flow-sensor maximum value
Remote temperature-sensor minimum value
Remote temperature-sensor maximum value
Railcar Audio Controller
Used to interface to Railcar Audio Sensors to allow use of different audio sources to be sent to different parts of a railcar.
Audio Request Input
This network variable is the audio request received from the Audio Sensor Object in the car
Audio Control Command Request Output
This network variable is the audio control command sent to the Audio Controller Object in the system
Audio Control Command Request Input
These network variables are the audio control commands received from other Audio Controller Objects in the system
Audio Control Command from this Controller
This network variable is the audio control command sent to the Audio Controller Object in the system
Audio Control Command from another Controller
These network variables are the audio control commands received from other Audio Controller Objects in the system
Audio Control Command to a Car
This network variable is the audio control command sent to the Audio Sensor functional block (nviAudioCntCmdCar) of the audio unit
Railcar Audio Sensor
Used to interface to Railcar Audio Controllers to allow use of different audio sources (defined by the Sensors) to be sent to different parts of a railcar.
Audio Control Command from a Car
This network variable receives audio command from Audio Controller Object (nvoAudioCntCmdCar), and uses it for internal set-up
Audio Request Output
This network variable is the audio request output which is sent to the Audio Controller Object in the car
Rain Sensor
Use to detect the presence of rain or accumulating condensation.
Rain Data
This output network variable provides the state of the rain detector.
Real-Time-Based Scheduler
Sends events over the network that are based on real time
Time event output
Provides a time- and date-related event for the controller
Mode output
Provides real-time-related operational-mode information for the controller
Time event entry
Event or mode definitions to be transmitted if the time in the record is reached
Day date index
One or two dates for matching with a start index to the time-event array
Definition week mask
Day type definition for every day of the week
Heart beat, mode output
The time that must pass without an update for mode definitions to be automatically retransmitted, zero disables
Real Time Keeper
Provides the real time on the network to "time-stamp" events and synchronize schedulers
Real time output to the network
Actual real time and date on the network for all linked objects
Time input from a synchronizing source
To set the initial/seed time of the clock (for a clock that does not set it's own initial time)
Master or slave clock
"1" means "Master Clock Mode". "0" means "Slave Clock Mode".
Time broadcast
Update rate of the output should be kept at 1 minute, 1 hour, or 1 day
Summer date and time
When not used entry shall be all "0" values. Year, minutes, and seconds are always "0".
Winter date and time
Manual time updating allowed
"1" means "Allowed". "0" means "Disallowed".
Refrigerated Display-Case Defrost Controller
Used to control the defrost functions of a refigerated display case.
Defrost Enable
Begin defrost switch
Defrost state
The nvoDefrostState indicates the current state of the defrost object.
Temperture 1
nviTemperature1 is to be assigned to inlet or outlet of the evaporator as required. An error on the sensor is indicated with a value outside the valid range.
Processed temperature 1
Temperatur 2
The nviTemperature2 is to be assigned to inlet or outlet of the evaporator as required. An error on the sensor is indicated with a value outside the valid range.
Processed temperature 2
Start Up
If synchronised defrost is selected as the control strategy, this network variable indicates that the defrost object can begin the after defrost sequence.
Defrost Terminate
nviDefrostTerminate can be used as an input from some external sensor e.g. ice sensor to indicate the level of defrosting.
Humidity
The nviHumidity can be used to provide humidity information for the defrost algorithm.
Defrost mode
The type of defrost to perform
Startup delay
The time to delay after power-up, defrost, or pack fail
Defrost termination setting
The defrost termination condition
Defrost stop temperature
The temperature at which to terminate defrost for objects set to terminate on temperature
Maximum defrost time
The maximum defrost time for defrost objects set to terminate on temperature
Pump down delay
The delay to use before starting the defrost
Drain delay
The delay to use after the defrost has terminated
Injection delay
Refrigerated Display-Case Evaporation Controller
Used to control the evaporation functions of a refigerated display case.
Valve opening
The current opening degree of the valve, in percent of fully open.
Evaporator state
The current state of the evaporator object
Evaporator Inlet Temperature
These values indicate the current evaporator inlet (liquid line) temperature. The input can be used if the sensor is external to the evaporator object.
These values indicate the current evaporator inlet (liquid line) temperature. The output can be used if the sensor is internal to the evaporator object.
Evaporator Outlet Temperature
These values indicate the current evaporator outlet (suction line) temperature. The input can be used if the sensor is external to the vaporator object.
These values indicate the current evaporator outlet (suction line) temperature. The output can be used if the sensor is internal to the evaporator object.
Forced Value
The nviForcedValve is used to force the valve to a given opening degree. The evaporator object will stay in this forced mode as long as SNVT_switch.state equals TRUE.
Super Heat Temperature
The nvoSuperHeatTemp indicates the true evaporator super heat temperature. This variable should be used only when both pressure & emperature are used for calculation. If only temperatures are used then the delta temperature output should be used.
Thermostat State
This NV indicates the current state of the Thermostat Object. There are currently three different control methods supported by the Thermostat Object (See PDF)
Super Heat Reference Temperature
The nvoSuperHeatRef indicates the current target evaporator super heat temperature.
Defrost state
This NV indicates the current state of the defrost object.
Calculated Air Temperature
This NV is the calculated case air temperature. An error on the sensor is indicated with the error value for SNVT_temp_p (0x7fff).
Cut out Temperature
This NV indicates the current cut out limit used by the thermostat object in its agorithms.
Difference Temperature
This NV indicates the value to be added to the nviCutoutTemp to get the thermostat cut in limit if cut in / out control is selected.
The nviSuperHeatRef is an override input for the target super heat reference. This input should be used when the object is in override.
Liquid Line Pressure
The input variable would be included on nodes without the hardware interface to read a pressure sensor, whereas the output variable would be included on nodes with pressure sensor hardware.
Delta Temperature
This NV indicates the inferred evaporator super heat temperature. This variable should be used when pressure is not taken into account in the calculation.
The pressure of the refrigerant in the liquid (evaporator feed) line.
Super heat reference maximum
Maximum value for the target super heat network variable
Super heat reference minimum
Minimum value for the target super heat network variable
Super heat reference initialization
Default value for the super heat target network variable
Startup valve opening
Maximum valve opening to use after power-up, defrost, or pack fail
Refrigerant glide
Used to characterize the glide of the refrigerant used
Refrigerant type
Refrigerated Display-Case Thermostat Controller
Used to control the thermostatic functions of a refigerated display case.
Measured Air Temperature 1
This NV is to be assigned to discharge or return air as required. An error on the sensor is indicated with the error value for SNVT_temp_p (0x7fff).
Discrete level
This SNVT is obsolete. Use SNVT_switch instead.
Measured Air Temperature 2
Alarm Air Temperature
The nvoAlarmAirTemp indicates the current air temperature used by the alarm section of the thermostat object.
Discharge Air Temperature
The nvoDischargeTemp indicates the current evaporator discharge air temperature used by the thermostat object.
Return Air Temperature
The nvoReturnTemp indicates the current evaporator return air temperature used by the thermostat object.
Actuator Valve
This output can be used to drive a refrigeration valve or compressor.
Thermostat mode
The thermostat control strategy
Cut-out value
The cut-out limit
Difference value
The value to be added to the cut-out value to get the cut-in limit
Day/night control
Configures the day/night function
Air temperature 1 percent day
The air temperature weighting used during day control
Air temperature 1 percent night
The air temperature weighting used during night control
Delta night
The value to be added to the cut-out value to get the cut-out limit during night control
Difference night
The value to be added to the cut-out value to get the cut-in limit during night control
Air temperature 1 percent alarm
The weighting of the air temp 1 sensor when calculating the air temp alarm
High limit temperature
The high alarm set point for the alarm air temp network variable
Low limit temperature
The low alarm set point for the alarm air temp network variable
High limit defrost delay
The time limit before high air temp alarm during pull-down
Low limit delay
The time limit during normal operation before the alarm air temp low alarm is recognized
High limit delay
The time limit during normal operation before the alarm air temp high alarm is recognized
Roof-Top Unit Controller
Used to control an HVAC rooftop space-conditioning unit
This input network variable is used to connect an external space temperature sensor to the node.
Temperature Setpoint Input
This input network variable is used to allow the temperature setpoint for the occupied and standby mode to be changed via the network.
Space Temperature Output
This output network variable is used to send the value of the controlled space temperature (either from a locally connected space temperature sensor or from the nviSpaceTemp input) to other nodes.
This output network variable is available to report the object status.
This network variable input is used to coordinate the RTU Device with any supervisory controller or intelligent human interface device.
Occupancy Input
This input network variable is used to command the RTU object into different occupancy modes. It is typically set by a supervisory node.
This input network variable is used to shift the temperature setpoint via the network by adding nviSetPtOffset to the current setpoint.
Outside Temperature Input
This input network variable is the current outside air temperature.
Outside Humidity Input
This input network variable is the current outside air relative humidity.
Effective Setpoint Output
The output network variable is used to inform the effective setpoint temperature when the setpoint is changed by nciSetPnts, nviSetPoint, nviSetPointOffset or local means.
Outside Temperature Output
This output network variable is the current outside air temperature.
Outside Humidity Output
This output network variable is the current outside air relative humidity.
CO2 Sensor Output
This output network variable is the CO2 measurement.
Space Humidity Input
This input network variable measures the space relative humidity.
CO2 Sensor Input
This input network variable measures the CO2 levels in PPM.
Emergency Command Input
This input network variable is used to command the RTU object into different emergency modes.
CO2 limit
CO2 threshold limit, controller to maintain concentration below this limit
Space Comfort Controller (SCC) - Air Handling Unit
Type of HVAC unit controller that provides temperature control for a space within a building
Connects an external space temperature sensor to the node
Allows the temperature setpoints for the occupied and standby modes to be changed via the network
Shifts the effective occupied and standby temperature setpoints by adding this NV's value to the present setpoints
Setpoint shift input
Shifts the effective heat/cool setpoints by adding the corresponding value in this NV to the present setpoints
Commands the SCC into different occupancy modes
Occupancy sensor input
Indicates the presence of occupants in the controlled space
Used to coordinate the SCC with any supervisory controller
Heat/cool mode input
Used to coordinate the SCC with any node that may need to control the heat/cool changeover of the unit
Fan speed command input
Enables connection of an external fan speed switch, or allows a supervisory device to override the fan speed
Compressor enable input
This input is used to disable compressor operation
Auxiliary heat enable input
This input is used to disable auxiliary heat operation
This input is used to enable and disable economizer operation
This input is used to stop heating and cooling while allowing the unit to protect the space from temperature extremes
Water valve override input
Commands the controller into a manual mode for overriding water valves
Airflow override input
Commands the controller into a manual mode for overriding airflow control
Source temperature input
Indicates the temperature of the air or water being supplied to the unit for heating and/or cooling capacity
Measured space humidity in percent
Measured outdoor humidity in percent
Space indoor air quality input
Measured space CO2 or VOC levels in PPM
Space dewpoint temperature input
Measured space dewpoint temperature
Outdoor air dewpoint temperature input
Measured outdoor dewpoint temperature
Airflow input
The measured supply airflow value is typically provided by a flow sensor on the network
Effective space temperature output
Used to monitor the effective space temperature that the SCC is using for control
Reports the SCC status
Monitors the effective temperature setpoint
Actual occupancy mode of the unit
Local setpoint output
Space temperature setpoint value if a setpoint device is hardwired
Local setpoint shift output
Locally determined shift of the effective heat/cool setpoints
Actual fan speed of a local multi-speed fan as well as the requested speed of a remote fan
Monitors the temperature of the air that leaves the SCC
Present power consumption of the unit
Absolute power consumption (kW) output
Present heat/cool energy demand of the unit
Primary heat output
Present level of the primary heat output
Secondary heat output
Present level of the secondary heat output
Primary cool output
Present level of the primary mechanical cooling output
Secondary cool output
Present level of the secondary mechanical cooling output
Present position of the outdoor air damper (if hardwired) or as a request to a remote outdoor air damper
Space humidity in percent, if the SCC Device has a hardwired humidity sensor
Outdoor air humidity in percent, if the SCC Device has a hardwired humidity sensor
Monitors the outdoor air temperature if the unit controller provides a hardwired temperature sensor
Space CO2 sensor output
Space CO2 concentration in ppm, if the SCC Device has a hardwired CO2 sensor
Space dewpoint temperature output
Space dewpoint temperature
Humidifier output
Present value of the humidifier (if hardwired) or can be used to control a remote humidifier or control valve
Present state of an energy hold-off device that is hardwired to the controller
Effective airflow setpoint output
Active flow setpoint used by the flow control loop
Flow control damper setpoint output
Airflow output
Measured airflow in the unit
Heat source temperature input
Temperature of the air or water being supplied to the unit for heating capacity
Cool source temperature input
Temperature of the air or water being supplied to the unit for cooling capacity
Primary heat input for slave operation
This input NV is intended for slave operation
Secondary heat input for slave operation
Primary cool input for slave operation
Secondary cool input for slave operation
Minimum position OA damper input
Dynamic minimum position setpoint for an outdoor air damper. When valid it will supercede nciOAMinPos.
Minimum air flow setpoint input
Dynamic minimum cooling air flow setpoint for single or dual duct VAV terminal units. When valid it will supercede nciMinFlow.
Minimum heat air flow setpoint input
Dynamic minimum heating air flow setpoint for single or dual duct VAV terminal units. When valid it will supercede nciMinFlowHeat.
Air flow setpoint input
The controller will add this input with nciFlowOffset to derive the active flow setpoint
Terminal load input
When used with nvoTerminalLoad from another controller can be used to coordinate master/salve operation
The temperature of the combined return and fresh airstreams in an AHU before they reach the water coils
Local space temperature output
Local hardwired space temperature input
Effective air flow heat setpoint output
The hot or ventilation duct flow setpoint of a dual duct unit.
Flow control damper heat setpoint output
Active flow setpoint used by the flow control loop for a hot or ventilation deck in a dual duct unit
Air flow heat output
Air flow of a hot or ventilation deck of a dual duct VAV terminal
HVAC saturation status
Indicates whether the control algorithm capacity limits, or end device physical limits, have been reached
Maximum period of time that expires before the specified NV outputs will automatically be updated
Space temperature setpoints for the various heat, cool, and occupancy modes
Minimum period of time between automatic NV output transmissions
Maximum time that elapses after the last update to a specified NV input before the SCC starts to use its default values
Maximum amount of time that the SCC can be in the bypass (occupancy) mode following a single bypass request
Maximum time that the SCC will stay in a manual mode that was requested by a NV input, without receiving an update on that NV
Minimum position for the outdoor air damper
Space CO2 limit
Maximum limit to allowable carbon dioxide within a defined area
Space humidity setpoint
High-limit humidity setpoint for the controlled space
Number of heating/cooling valves
Selects whether the SCC is used in a two pipe (one valve) or four pipe (two valve) system
Nominal cross-sectional airflow area of a VAV terminal
Nominal airflow volume of a VAV terminal
Airflow measurement gain
Calibrates the airflow reading of a VAV terminal
Minimum airflow
Minimum airflow setpoint of a VAV terminal
Maximum airflow
Maximum airflow setpoint of a VAV terminal
Heating minimum airflow
Minimum airflow setpoint of a VAV terminal while heating
Heating maximum airflow
Maximum airflow setpoint of a VAV terminal while heating
Standby minimum airflow
Minimum airflow setpoint of a VAV terminal in the Standby (occupancy) mode
HVAC unit type identifier
This value is set by the manufacturer to allow an integrator to know the function of this SCC device
Fan operation
Specifies fan operation during occupied and occupied standby. Fan operation during unoccupied is manufacturer defined
Unit minimum air flow
Unit minimum air flow for dual duct VAV Terminal units
Unit maximum air flow
Unit maximum air flow for dual duct VAV Terminal units
Standby heating minimum air flow
The heating or ventilated deck minimum flow of a dual duct VAV Terminal unit during occupied standby mode
Standby unit minimum air flow
Total unit minimum airflow for dual duct units during occupied standby mode
Air flow offset
Heating duct area
Nominal cross-sectional airflow area of the hot or ventilation deck of a dual duct VAV terminal unit
Heating nominal flow
Value used to provide the nominal airflow volume of a hot or ventilation deck of a dual duct VAV terminal
Number of dampers
Indicates to the controller if it is in a single or dual duct system
Unit heating minimum flow
Minimum airflow setpoint of a single duct, or the unit minimum airflow setpoint of a dual duct VAV terminal when using a unit (local) heating source
Saturation time
Space Comfort Controller (SCC) - Chilled Ceiling
Space-Comfort Command Module
Used to control the HVAC comfort in a given space
This input network variable is used to display the value of an external space temperature sensor.
User Lockout Input
This input network variable is used by the supervisory device to restrict the occupant from making certain changes.
Time Input
This input network variable is used to display the local time in the Command Module Device
Effective Temperature Setpoint Input
This input network variable is from a controller object and is used to display in the Command Module Device the controller’s Effective Setpoint.
Effective Occupancy Input
This input network variable is used to indicate the associated controller object's actual occupancy mode.
Unit Status Input
This input network variable is transmitted from the Controller object to inform the occupant of the status of the associated HVAC equipment, to be displayed in the Command Module Device.
Outdoor Air Temperature Input
This input network variable represents information from an outdoor air temperature sensor.
Outdoor Air Humidity Input
This input network variable is used to display outdoor humidity in percent.
This input network variable is used to display space humidity in percent.
Space CO2 Sensor Input
This input network variable is used to display the space CO2 levels in PPM.
This input is from a space comfort controller device which monitors inputs such as a window contact sensor.
Temperature Setpoint Output
This output network variable is used to allow the occupant to change the temperature setpoint for the occupied and standby mode from the Command Module Device
Space Temperature Output
This output network variable is used to transmit the space temperature that is hard wired to the Command Module Device.
Heat/Cool Output
This output network variable from the Command Module Device is used to transmit the user’s command to the controller of the HVAC equipment.
Fan Speed Output
This output network variable reflects the requested speed of a remote fan.
Occupancy Sensor Output
The Command Module Device object conveys to the network the occupancy state of a hard wired occupancy sensor.
This output network variable is used to transmit the space relative humidity that is hard wired to the Command Module Device.
Space CO2 Sensor Output
This output network variable is used to transmit the space CO2 sensor value that is hard wired to the Command Module Device.
Occupancy Manual Command Output
The Command Module Device object conveys to the network the occupancy state as it is modified by the occupant.
Temperature Setpoint Offset Output
This output network variable is used to shift the temperature setpoint via the network, by adding nviSetPtOffset to the current setpoint.
Occupancy Temperature Setpoints Output
This output defines the occupancy temperature setpoints for heat and cool mode.
Space CO2 Limit Output
This network output property defines a high limit CO2 setpoint as requested by the occupant for ventilation functions.
Space Humidity Setpoint Output
This network output property defines the high limit humidity setpoint for the controlled space.
Minimum delta CO2 level
The minimum change in CO2 level required to be treated as significant
Minimum delta relative humidity
The minimum change in RH level required to be treated as significant
Space Comfort Controller (SCC) - Fan Coil
Space Comfort Controller (SCC) - Heat Pump
Space Comfort Controller (SCC) - Radiator
Space Comfort Controller (SCC) - Rooftop
Space Comfort Controller (SCC) - Self-Contained
Space Comfort Controller (SCC) - Unit Ventilator
Space Comfort Controller (SCC) - Variable Air Volume
Scene Controller
Used to control scenes and fades
Scene trigger input
Triggers a scene, or loads the scene preset memory with preset values
Switch output
Switch output for an actuator
Master fade input
Used to adjust the scene output. The output is adjusted relative to the stored preset value.
Direct control input
Direct control method for the switch output
Scene configuration input
Used to change scene setup, and to read stored scene values
Scene configuration output
Scene configuration output, updated with the memory content of requested preset
Default fade time
Used to set fade time; if the time is set to 0, meaning "learn", present functionality is used
Default delay time
Used to set delay time; if the time is set to 0, meaning "learn", present functionality is used
Scene Panel
Scene control panels with or without specific hardware
Scene trigger output
Scene number feedback
Provides feedback from other scene panels
Master fade output control setting
The lighting scene can be adjusted up or down without calling up a new scene
Scene number
The number of the first scene for the panel, other numbers are subsequent
Step value, ramp or master fade
The step value for up/down ramps or fade control
Scheduler
Standardized interface for describing daily schedules. Schedules may become active on specified days of the week, or based on active schedules defined by a Calendar functional block
Present value
Indicates the current value of the schedule. The output is determined by the current time as well as the currently active schedules
Enable
Enables the scheduler. The scheduler is enabled when the state value is one (1) and the level value is greater than zero (0)
Specifies the nvoPresentValue output when no schedules are active, or when an override request is received for the functional block. The override behavior may be defined by the optional Override Behavior and Override Value configuration properties
Delay time
Specifies a delay from the scheduled time. This allows multiple outputs within a Scheduler functional block, or multiple Scheduler functional blocks on a device, to share a common schedule but stagger on and off times to reduce peak load
Time period during which a functional block is effective.
Maximum length of a type that may be assigned to the nvoPresentValue network variable
Assigns the network variable type for the nvoPresentValue network variable
Value name
Used to create an array of value names for each of the values defined in a SCPTvalueDefinition array
Defines the behavior of the nvoPresentValue output when an override request is received
Sets the value the nvoPresentValue output should adopt when it is overridden and the value of Override Behavior is OV_SPECIFIED
Schedule
Describes the attributes of a daily schedule definition
Schedule time-value pair
Specifies the time and value for a scheduled event
Weekly schedule
Identifies a schedule to be active for each day of the week
Value definition
Used to create an array of output values to be used for a schedule. A schedule time-value event specifies a value as an index into a SCPTvalueDefinition array
Used to create an array of schedule names
Start time offset
Offset value applied to a scheduled start time for any scheduled Occupied event. The value may be generated by another functional block such as an optimal start-stop functional block. The value can be used to offset a scheduled start time to implement an optimal start or optimal stop algorithm, or to stagger start times to minimize demand spikes.
Stop time offset
Offset value applied to a scheduled stop time for any scheduled Unccupied event. The value may be generated by another functional block such as an optimal start-stop functional block. The valuet can be used to offset a scheduled stop time to implement an optimal stop algorithm, or to stagger stop times to minimize demand spikes.
Manual schedule override
Highest priority override--this input overrides the daily schedule, the Exception Override input, the Local Occupancy input, the Scheduled Exception Event input, and the Scheduled Vacation/Holiday Event input. The Offset for Start and Offset for Stop values do not apply to this override.
Exception schedule override
Second highest priority override--does not override the Manual Override input. This input overrides the daily schedule, the Local Occupancy input, the Scheduled Exception Event input, and the Scheduled Vacation/Holiday Event input. The Offset for Start and Offset for Stop values do not apply to this override.
Primary time-of-day occupancy
Primary scheduled occupancy event, which includes current and next state values that are the result of the normal schedule overlaid with any exceptions and/or overrides; and where the Local Occupancy input(s) is/are considered in the determination of the output value (in contrast to the Secondary Time-of-Day Occupancy, which does not consider Local Occupancy).
Secondary time-of-day occupancy
Secondary scheduled occupancy event, which includes current and next state values that are the result of the normal schedule overlaid with any exceptions and/or overrides; but where the Local Occupancy input(s) is/are excluded from consideration in the determination of the output value (in contrast to the Primary Time-of-Day Occupancy, which always considers Local Occupancy).
Primary occupancy
Primary scheduled occupancy value which is the result of the normal schedule overlaid with any exceptions and/or overrides; and where the Local Occupancy input(s) is/are considered in the determination of the output value (in contrast to the Secondary Time-of-Day Occupancy, which does not consider Local Occupancy). Matches the value of the nvoOccPriTOD current_state field.
Secondary occupancy
Secondary scheduled occupancy value which is the result of the normal schedule overlaid with any exceptions and/or overrides; but where the Local Occupancy input(s) is/are excluded from consideration in the determination of the output value (in contrast to the Primary Time-of-Day Occupancy, which always considers Local Occupancy). Matches the value of the nvoOccSecTOD current_state field.
General-purpose scheduler output value
Index from scheduler that selects entry in SCPTvalueDefinition array, or is a direct value output
Local occupancy
Local occupancy from one or more occupancy sensors and occupancy sensor managers. The Default Occupancy Behavior CP determines the functional block response to this input. This input is the third highest prioirty override after the Manual Override and Exception Override inputs. It overrides the daily schedule, the Scheduled Exception Event input, and the Scheduled Vacation/Holiday Event input. The functional block must manage inputs from up to 50 devices reporting occupancy or bypass, tracking the time since last occupancy or bypass report of each device by source address; a device is dropped from the active list if it reports an unoccupied, standby, or invalid value, or if there is no update from the device in the time interval specified by the Occupancy Maximum Receive Time CP. If 50 devices are reporting occupied or bypass status and an occupied or bypass input is received from a device that is not on the list, the oldest device on the list is dropped and the new device is added.
Scheduler status
Type of schedule that is active
Sunday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Sunday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Monday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Monday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Tuesday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Tuesday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Wednesday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Wednesday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Thursday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Thursday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Friday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Friday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Saturday schedule
A structure containing an array of seven time-value pairs that specify the daily schedule for Saturday; unused time-value pairs have an invalid value (31) for the hour; if two time-value pairs specify the same time, the first with a valid output value is used
Occupancy behavior
Specifies mapping of scheduled occupancy values to primary occupancy states based on local occupancy inputs
The maximum period of time between consecutive transmissions of the four primary and secondary occupancy values (heartbeat); the value 0 disables the heartbeat
The minimum period of time between consecutive transmissions of the four primary and secondary occupancy values (throttle); the value 0 disables the throttle
Functional block implementation major version number
The major version of the functional block implementation. It may be used to identify compatibility of programs with the functional block. For example, if support for new features and functions are added to the functional block, a network tool can use this CP to detect that the functional block is an older version that does not support the new features, and a firmware upgrade is required before this program may be downloaded.
Functional block implementation minor version number
The minor version of the functional block. It may be used to identify the version of the functional block, so that a configuration tool can present relevant information to a user. The Minor Version of the functional block is used to distinguish version changes that do not affect compatibility. For example, if a functional block has some minor behavioral changes such as range checking added, the tool can decide whether or not to warn the user about this potential issue. Any changes that affect compatibility of programs require a change to the Major version CP.
Scheduled exception event
Specifies a scheduled event to override a daily schedule. This input is the fourth highest priority override after the Manual Override, Exception Override, and Local Occupancy inputs. It overrides the daily schedule and the Scheduled Vacation/Holiday Event input.
Holiday or vacation schedule
Specifies a scheduled vacation or holiday event to override a daily schedule. This input is the lowest priority override after the Manual Override, Exception Override, Local Occupancy, and Exception Schedule inputs. It overrides the daily schedule.
Randomization interval
Specifies an interval around a scheduled time that is used by a scheduler to calculate a random event time. Used to reduce simultaneous startup and shutdown of many devices by multiple schedulers.
Sunrise time
Time used for sunrise-relative scheduling; must be implemented as a configuration network variable; only the time fields are used for scheduling--the date fields indicate the date used for the configured time
Sunset time
Time used for sunset-relative scheduling; must be implemented as a configuration network variable; only the time fields are used for scheduling--the date fields indicate the date used for the configured time
Scheduler options
Specifies optional features implemented by this scheduler; all Simple Schedulers support time-of-day occupancy scheduling; support for a general-purpose output and sunrise-sunset relative scheduling is optional
Occupancy thresholds
Specifies the minimum number of occupancy sensors that must report the same value to override a scheduled output value
Occupancy maximum receive time
The maximum period of time that may expire with no updates from an individual source address that reported occupancy before the value is assumed to be unoccupied. A zero value disables occupancy fan-in.
Smoke (Conventional) Fire Initiator
Conventional (non-addressable) Smoke Fire Initiator object for fire-alarm notification and response functions
Device Request
Smoke (Intelligent) Fire Initiator
Intelligent (addressable) Smoke Fire Initiator object for fire-alarm notification and response functions
Fire alarm
Fire information for use by simple indicators
Fire trouble
Initiator trouble information for use by simple indicators
Device request
Receives requests intended to perform smoke detector operations, initiated from operator
Day (0%; 0) and Night (100%; 1) mode
Present value for Day/Night mode. The DayNightMode variable is used by applications that use day/night -sensitive limits depending upon time of day.
Environmental compensation
For use by operator-interface devices requiring system, environmental-compensation reporting
Emergency mode: EMERG_NORMAL or EMERG_FIRE
Controls the (actuator) position for smoke-control devices
Nominal sensitivity
The nominal sensitivity value for the fire initiator in percentage obscuration by smoke
Daytime alarm limit
The daytime alarm limit sensitivity value for the fire initiator in percentage obscuration by smoke
Nighttime alarm limit
The nighttime alarm limit sensitivity value for the fire initiator in percentage obscuration by smoke
Daytime pre-alarm limit
The daytime pre-alarm limit sensitivity value for the fire initiator in percentage obscuration by smoke
Nighttime pre-alarm limit
The nighttime pre-alarm limit sensitivity value for the fire initiator in percentage obscuration by smoke
Space Comfort Controller (SCC) - Generic
The Static Programmable Device
A Static Programmable Device is used for flexible solution programming in an Open Systems installation to support different application cases
Program Status
This input network variable is used to indicate the current status of the Program object.
Program Select
This configuration property specifies which program is selected to be loaded, if the device can store multiple programs.
Source Location
This configuration property specifies the location from where the source file was downloaded to the device.
File Indexes
This configuration property may be implemented if the program data is stored in one or more files on the device.
Command History
This configuration property contains a read-only list of the most recent commands to the device, along with a time stamp for each.
State History
This configuration property contains a read-only list of the most recent state of the device, along with a time stamp for each.
Index of Functional Block
The Functional Block index within the Node Self-Documentation string to which this program applies
Error History
Log of recent errors, with time stamp
Program Name
This configuration property specifies the human-readable name of the currently loaded program.
Program Revision
This configuration property specifies the revision number of the currently loaded program.
NV usage
The SCPTnvUsage CPs shall be used to indicate whether the NVs are in use by the loaded program
Sunblind Actuator
Controls one or more sunblinds or similar devices, and interfaces with a Sunblind Controller
Sunblind Setting input
This input network variable is used to send the sunblind to a desired position
Sunblind Control output for daisy chaining
This output network variable is used to provide feedback or to forward the input NV of nviSblndSet to another device or functional block
Sunblind Status input
This input network variable provides for receiving a Sunblind Controller status in order to report, via the Status output NV, the Sunblind Actuator status in conjunction with the Sunblind Controller status
Sunblind Override input
This input network variable is used to send the sunblind to a desired position
Sunblind Status output
This output network variable is used to provide feedback as to the actual sunblind position, error messages, and the cause of the latest change of the setpoint
Sunblind feedback output for switch LEDs or general monitoring
This output network variable is used to provide a feedback output for switch LEDs or general monitoring.
Sunblind Controller
Controls one or more Sunblind Actuators to open/close sunblinds or similar devices
Controller setpoint output
This output network variable provides the Sunblind Controller setpoint value which may depend on any network input and configuration properties
Sunblind controller state output
This output network variable is used to report the actual setpoint, error messages and the cause of the latest change of this setpoint
Local setpoint adjustment
This network variable input is provided to set the controller setpoint output. Usually this command is given by a local control device
Input for setpoint adjustment in groups
This network variable input is provided to set the controller setpoint output. Usually this command is given by a device which is intended to control groups of controllers or actuators
Wind speed sensor input
This input network variable is used to get wind speed influence on the controller
Outdoor brightness input standard range
This input network variable is used to get sun (outdoor) brightness influence with a range from 0…65klux on the controller
Rain sensor input
This input network variable is used to get rain sensor influence on the controller
Frost sensor input
This input network variable is used to get frost sensor influence on the controller
Dawn state input
The term "Dawn" means the time before sunrise when it is more bright than during the night but not as bright as the average of daytime
Dusk state input
The term "Dusk" means the time before sunset when it is no longer as bright as the average of daytime but brighter than during the night
Outdoor air temperature input
This input network variable is used to get outdoor temperature sensor influence on the controller
Indoor temperature input
This input network variable is used to get indoor temperature sensor influence on the controller
Outdoor relative humidity input
This input network variable is used to get outdoor relative humidity sensor influence on the controller
Indoor relative humidity input
This input network variable is used to get indoor relative humidity sensor influence on the controller
Indoor illumination level input
This input network variable is used to get indoor light sensor influence on the controller
Scene trigger input
Every scene relates to a particular setpoint value, which could be sent via nvoSblndSetting
Global setpoint adjustment
This network variable input is provided to set the controller setpoint output
Window contact input
This input network variable is used to get window contact influence on the controller
Mode enabling/disabling input
This input network variable is used to get mode switch functionality on the controller
Override state input
This input network variable is used to get override influence on the controller
Setpoint input for maintenance reasons
This input network variable is used to get maintenance signal influence on the controller
Heating/cooling demand input
This input is used to receive the current heating/cooling demand of the system which the sunblind controller shares in
Occupancy sensor value input
This input network variable is used to get occupancy sensor influence on the controller
Occupancy override input
This input network variable is used to get business hour info influence on the controller
Glare detecting sensor value input
This input network variable is used to get glare detecting sensor influence on the controller
Astronomical sensor value input for sun declination
This network input represents information from a sun-position calculating device
Astronomical sensor value input for sun inclination
This network input represents information from a sun-position calculating device
Setpoint override input
This input network variable is used to get override influence on the controller
Setpoint input for maintenance reasons
This input network variable is used to get maintenance influence on the controller
Environmental-Input Priority
Defines the priority of inputs that control the positioning of the sunblinds
Weather-Sensor Failure-Position Default
Defines the default position of the sunblind in the event that the sensor input fails
Window-Contact -Sensor Failure-Position Default
Used for all type of switches, with or without specific hardware
Switch output value
Switch feedback value
Setting output value
Ramp step value
When up/down pushbuttons are used, this parameter can be used to adjust the total ramp time from 0 to 100%
Maximum output value
Used to limit the maximum value of the Switch output
Telephone Directory
A Telephone Directory is used to store and retreive arrays of ASCII strings that are characterized as telephone numbers (including characters used for control) used in dialing a data modem.
Request Dial String Input
Telephone-number entry index (0-to-maximum), where maximum is less than or equal to 255
Dial String Output
Character string (30 characters max)
Dial string
Telephone number string used in dialing, including characters used for control
Thermal Fire Initiator
Thermal (heat) Fire Initiator object for fire-alarm notification and response functions
Thermal rate of change/rise trip value
The thermal alarm trip rate of rise
Thermal alarm trip threshold
Thermal alarm trip threshold for the initiator
Thermostat
Use to adjust HVAC setpoints for one or more heating/cooling units, and act upon temperature inputs for automated loop control
Temperature Setpoint Input
This input network variable is used to allow the temperature setpoint for the occupied and standby mode being changed via the network.
Heat Control Output
This output network variable reflects the current position of the heat actuator and can be used as part of a control loop and for monitoring purposes.
Cool Control Output
This output network variable reflects the current position of the cool actuator and can be used as part of a control loop and for monitoring purposes.
This output network variable is used to send the value of a locally connected space temperature sensor to other nodes. It is mandatory to the profile.
Unit Status Output
This input network variable is used to command the thermostat object into different occupancy modes.
This network variable input is used to coordinate the thermostat object with any supervisory controller providing the supply energy, e.g. hot or cold water.
This input network variable is used to shift the temperature setpoint via network by adding nviSetPtOffset to the current setpoint.
Energy Hold Off Input
This input is from a device such as a door/window contact sensor.
Terminal Load Output
This output network variable reflects the current heat/cool energy demand of the Thermostat Device which is typically bound to an energy providing node.
The output network variable is used to report the effective setpoint temperature when the setpoint is changed through nciSetPnts, nviSetPoint, nviSetPtOffset or by local means.
Terminal Fan
This output network variable reflects the current fan speed of a multi-speed (n-speed) fan. It can be used as part of a control loop and for monitoring purposes.
Energy Hold Off Output
This output is used to convey to other devices the state of an EnergyHoldOff device that is hardwired to the controller. Refer to EnergyHoldOff Input.
Heating setpoint upper limit
Limits the upper extent of the permitted range for the heating setpoint
Heating setpoint lower limit
Limits the lower extent of the permitted range for the heating setpoint
Cooling setpoint upper limit
Limits the upper extent of the permitted range for the cooling setpoint
Cooling setpoint lower limit
Limits the lower extent of the permitted range for the cooling setpoint
Unit-Ventilator Controller
Used to control an HVAC unit ventilator
This input network variable is used to command the Unit Ventilator Controller into different occupancy modes.
This input network variable is used to command the Unit Ventilator Controller into different occupancy modes.
This network variable input is used to coordinate the Unit Ventilator Controller with any supervisory controller.
This network variable input is used to coordinate the Unit Ventilator Controller with any node that may need to control the heat/cool changeover of the unit.
Fan Speed Command Input
This input network variable is used to connect an external fan speed switch to the node or to allow any supervisory device to override the fan speed controlled by the node’s control algorithm.
Compressor Enable Input
This input is used to disable compressor operation. This input is typically sent from a system coordination panel.
Auxiliary Heat Enable Input
This input is used to disable auxiliary heat operation. This input is typically sent from a system supervisor panel.
Economizer Enable Input
This input is used to enable and disable economizer operation.
Emergency Override Input
This input network variable is used to command the device into different emergency modes. It is typically set by a supervisory node.
Outdoor Air Temperature Input
This input network variable represents information from an outdoor air temperature sensor.
Percentage level
Outdoor Air Humidity Input
This input network variable is the measured outdoor humidity in percent.
This output network variable is available to report the Unit Ventilator Controller status.
This output network variable reflects the actual fan speed of a local multi-speed fan as well as the requested speed of a remote fan.
Discharge Air Temperature Output
This output network variable is used to monitor the temperature of the air that leaves the Unit Ventilator Controller, if the unit controller provides a hardwired temperature sensor for this purpose.
Absolute Power Consumption KW Output
Outdoor Air Damper Output
This output network variable reflects the current position of the outdoor air damper or as a request to a remote outdoor air damper.
Outdoor Air Humidity Output
This output network variable indicates the outdoor air humidity in percent, if the Unit Ventilator Controller Device has a locally wired humidity sensor.
Outdoor Air Temperature Output
This output network variable is used to monitor the outdoor air temperature if the unit controller provides a hardwired temperature sensor for this purpose.
This output network variable indicates the space CO2 concentration in ppm, if the Unit Ventilator Controller Device has a locally wired CO2 sensor.
This input network variable measures the space CO2 levels in PPM.
Humidity high limit setpoint
High limit humidity setpoint for the controlled space. A zero value disables
Used to inform the controller whether it is in a one-valve or two-valve system
Universal Fire Indicator
Generic indicator of the presence of fire by manufacturer-defined means
Universal Fire Indicator State
The input NV controls the indicator device
Indicator Trouble
This output NV reflects the operational condition of the indicator device
Universal Fire Initiator
Generic Fire-Initiator object for fire-alarm notification and response functions
Universal Initiator State
This output NV reflects the condition of the initiator device
Device Request
This input NV controls the UFI object
Initiator Trouble
This output NV reflects the operational conditition of the initiator device
Fire initiator type identifier
The fire initiator type identifier, entered into the device at installation and/or configuration time
This parameter indicates to invert the active polarity, if the value is nonzero (ON).
Utility Data-Logger Register
Used to report energy use from an energy meter
Register value output
This network variable contains the current value of the register with a time stamp and status bits all contained within one variab
Register historical period selection input
This input network variable controls which history value is shown on the output network variable side via the network variables voHistVal and nvoHistTime.
Register historical time selection input
This input network variable controls, according to the time, which history value is shown on the output network variable side via the network variables nvoHistVal and nvoHistTime.
Register value input
A value can be sent to the register object via the network using this network variable
Register state selection input
The register can be activated or deactivated by using this variable. When a register is activated the register object measures into the register. If the register is deactivated it does not measure but it is read/write-able.
Measuring period ending input
This input network variable controls the ending of a billing period. When the billing period is terminated, the current register value will be transferred to the next history register. The series register cannot use this roperty.
Register historical value output
This output network variable contains the register object’s historical value of a chosen time or history period. The output value is selected using the nviHistChoice or nviHistTime variables.
Register historical time output
This output network variable contains a billing period end time. The output value is selected using the nviHistChoice and nviHistTime variables.
Register measuring period output
This output network variable contains the length of the measuring period. If used, the register object measures series or maximum value data. Otherwise the value is zero.
Register name
The name of a utility data logger register device
The alarm high limit against which the value field of the output value is tested for alarm conditions
Base value
The base value (where to begin counting)
Utility Meter
To register measuring information from utility meters for remote metering
Meter Value Output
This network variable contains the present value of the meter, i.e., the actual running value hown by the display on the meter
Historical Value Output
This network variable contains, by default, a copy of the valid meter value at the turn of the last month
Historical-Time Selection Input
This input network variable controls which history value is shown on the output network variable: nvoHistVal
Historical Period
This input configuration network variable defines the period of time between transfer of a values to the historical register
Pulse and Transformer Constant
This configuration property is used to scale the raw pulse value to an energy-meter value
Number of Digits on the Meter
This configuration property is used for setting the total number of digits on the meter
Variable Air-Volume Controller (VAV)
nciSetPnts is not defined in the profile due to its type inheriting from the Principal NV of the profile. No mandatory NVs are of SNVT_temp_setpt, and therefore it cannot inherit the correct type
Space Temperature Input
This input network variable is used to connect an external space temperature sensor to the node.
Temperature Setpoint Input
This input network variable is used to allow the temperature setpoint for the occupied and standby mode to be changed via network.
Space Temperature Output
This output network variable is used to send the value of the controlled space temperature to other nodes.
Application Mode Input
This network variable input is used to coordinate the VAV object with the air handler control or any other supervisory controller or intelligent human interface device.
VAV Manual Override Input
This input network variable is used for commanding the controller into a manual mode.
Setpoint Offset Input
This input network variable is used to shift the temperature setpoint via the network by adding nviSetpointOffset to the current setpoint.
Occupancy Input
This input network variable is used to command the VAV objectinto different occupancy modes.
Emergency Command Input
This input network variable is used to command the VAV object into different emergency modes.
Box Flow Input
This variable represents the input to a VAV controller object from a flow sensor on the network.
Energy Hold-Off Input
This input is from a device such as a window contact sensor.
Fan-Speed Command Input
This input network variable is used to connect an external fan speed switch to the node or to allow any supervisory device to override the fan speed controlled by the node’s control algorithm.
CO2 Sensor Input
This input network variable measures the CO2 levels in PPM.
Heater Override Input
This input disables to be turned on by the VAV controller.
Duct-Inlet Temperature Input
If the duct inlet air temperature sensor is a LONMARK device, the VAV controller object obtains its value through this network variable.
Effective Setpoint Output
The output network variable is used to inform the effective setpoint temperature when the setpoint is changed by local means.
Effective-Flow Control-Point Output
The output network variable is used to inform the effective control point used by the flow control loop.
Box Flow Output
The output network variable is used to provide the flow in the box.
Terminal Load Output
The output network variable is used to provide the demand for supply energy.
Energy Hold-Off Output
This output is used to convey to other devices the state of an EnergyHoldOff device that is hardwired to the controller.
Send heartbeat
Receive heartbeat
Minimum flow
The minimum flow
Maximum flow
The maximum flow
Minimum heating airflow
The minimum airflow setpoint of a VAV terminal while heating
Minimum flow for standby
The minimum flow through the VAV box in standby mode
VAV gain
The gain of the VAV controller object
Variable-Speed Motor Drive
Variable-Speed/Frequency Drive for Motors
Drive speed setpoint
Provides start/stop control and a low-resolution speed setpoint
Drive speed setpoint scaling
Negative values indicate a motor direction in reverse
Drive current output
Drive current (Amperes) output
Drive speed output
Drive speed as a percentage of nominal speed
Drive voltage output
The typical range is 0 to 700 volts
Drive power output
Drive power (kW) output
Drive total running hours
The number of hours the drive has been actively running
Maximum motor speed
The value is entered as a percent of nominal speed in RPM, as defined by the nominal speed configuration value
Minimum motor speed
Nominal motor speed in RPM
This value is necessary to determine the minimum and maximum speed for the motor
Nominal motor frequency
Typical default values include 50Hz and 60Hz
Minimum ramp-up time
Minimum time of acceleration
Minimum ramp-down time
Minimum time of deceleration
Drive speed scaling default value
Default value for drive speed setpoint scaling
Visual Fire Indicator
Indicator of the presence of fire by visual (flashing light, moving arm) means
Fire Visible Input
This input network variable receives the status (ON or OFF) request (command) for an Visible indicating device. It can be bound to the nvoAlarm network variable(s) of initiating device(s)
Fire Visible Feedback
This output network variable transmits the feedback status (ON or OFF) of indicating evice.
Visible light output intensity
Visible light output intensity specification of the device at 0 deg viewing angle
Flash rate specification
Flash rate specification for visible indication (strobe) device