CIRCUTOR CVM-B Series User Manual
Page 194
Table 44 ( Continuation): Units and maximum and minimum values of the programming variables of
the digital outputs�
Variable
Units
Maximum
Minimum
Maximum Demand of
Active Power
W
180 000 000
0
Maximum Demand of
Apparent Power
VA
(1)
The voltage ratio is the ratio between the primary and secondary voltage.
(2)
The current ratio is the ratio between the primary and secondary current.
(3)
The three-phase powers accept up to 540 000 000 W.
(4)
Variables with 2 decimals.
6�3�7�13�- Transistor digital outputs
The
Maximum Value and Minimum Value configuration variables occupy 2 registers each.
All other variables
occupy 1 register each.
Table 45: Modbus memory map: Configuration variables (Transistor digital outputs).
Configuration of Transistor Digital Outputs
Configuration variable
Address
Valid data margin
Default
value
Alarm
Impulse output
Output 1 Output 2
Maximum value
(1)
Energy meter
factor
4E20-4E21 4E34-4E35
0
Min. value
(1)
-
4E22-4E23 4E36-4E37
0
Delay in the
connection (ON)
High period
4E24
4E38
Alarm
Impulse
output
0
0 a 999 s.
1 a 65536
(2)
Delay in the
d i s c o n n e c t i o n
(OFF)
Low period
4E25
4E39
0 a 999 s.
1 a 65536
(2)
0
Pre-alarm value
-
4E26
4E3A
0 al 100 %
0
Output status
-
4E27
4E3B
0 : Normally open
1: Normally closed
0
Interlocking ( latch )
-
4E28
4E3C
0 : Unlocked
1: Locked
0
Not used
Not used
4E29
4E3D
0
0
Variable code
4E2A
4E3E
0
Module no.
4E2B
4E3F
0
0
(1)
When programming the maximum and minimum values, the decimals for the variable selected must be included.
(2)
The programmed value is a multiple of 10 ms, i.e. when programming 1 the impulse will be at its minimum value
of 10 ms.
Note: The 12 registers of each output must be written at once (as a group), otherwise it will
respond with an error.
194
CVM-B100 - CVM-B150
Instruction Manual