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CVM-E3-MINI
Which of the following device binding methods does the product support? (check one or more)
x
Recive Who-Is, send I-Am (BIBB DM-DDB-B)
x
Recive Who-Has, send I-Have (BIBB DM-DOB-B)
Standard Object Types Supported:
Analog Input Object Type
1. Dynamically creatable using BACnet's CreateObject service?
2. Dynamically deleatable using BACnet's DeleteObject service?
3. List of optional properties supported:
4. List of all properties that are writable where not otherw is a required by this standard
5. List of proprietary properties:
6. List of any property value range restrictions:
Properly Identifier
Object_Name
DESCRIPTION
Tension phase-neutre
Courant
Puissance active
Puissance réactive
Facteur de puissance
Tension phase-neutre
Courant
Puissance active
Puissance réactive
Facteur de puissance
Tension phase-neutre
Courant
Puissance active
Puissance réactive
Facteur de puissance
Puissance active triphasée Three phase active power
Puissance inductive tri-
phasée
Puissance capacitive
triphasée
Cos φ triphasée
Facteur de puissance
triphasée
Fréquence (L2)
Tension phase-neutre
Tension phase-neutre
Tension phase-neutre
% THD V
% THD V
% THD V
Manuel d'instructions
max 32 characters
Voltage phase to neutral
Current
Active power
Reactive power
Power factor
Voltage phase to neutral
Current
Active power
Reactive power
Power factor
Voltage phase to neutral
Current
Active power
Reactive power
Power factor
Three phase reactive
inductive power
Three phase capacitive
inductive power
Three phase cos φ
Three phase power factor
Frequency
Voltage phase to phase
Voltage phase to phase
Voltage phase to phase
%THD V
%THD V
%THD V
No
No
max_pres_value
SYMBOL
ID OBJECTS
V 1
AI0
A 1
AI1
kW 1
AI2
kvar 1
AI3
PF 1
AI4
V 2
AI5
A 2
AI6
kW 2
AI7
kvar 2
AI8
PF 2
AI9
V 3
AI10
A 3
AI11
kW 3
AI12
kvar 3
AI13
PF 3
AI14
kW III
AI15
kvarL III
AI16
kvarC III
AI17
Cos φ III
AI18
PFIII
AI19
Hz
AI20
V12
AI21
V23
AI22
V31
AI23
%THD V1
AI24
%THD V2
AI25
%THD V3
AI26
min_pres_value
OBJECT NAME
UNITS
Ph2NU1
V
Ph1Current
A
ActPwrPh1
kW
ReactPwrPh1
kvar
PwrFactPh1
PF
Ph2NU2
V
Ph2Current
A
ActPwrPh2
kW
ReactPwrPh2
kvar
PwrFactPh2
PF
Ph2NU3
V
Ph3Current
A
ActPwrPh3
kW
ReactPwrPh3
kvar
PwrFactPh3
PF
ActPwOn3Ph
kW
InductPwOn3Ph
kvarL
CapPwOn3Ph
kvarC
Cos φ
Cosphi
PwFactOn3Ph
PF
Frequency
Hz
Ph2PhU12
V
Ph2PhU23
V
Ph2PhU31
V
THDVal_U1
%THD
THDVal_U2
%THD
THDVal_U3
%THD
105
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