6�3�4�- Cost Variables; 6�3�5�- Angle Variables; 6�3�6�- Device Configuration Variables - Circutor CVM-B150-ITF-HF Instruction Manual

CVM-B150-ITF-HF
6�3�4�- COST VARIABLES
These parameters occupy 2 registers each.
Each unit occupies a separate register.
For these variables Function 0x04 is implemented: reading registers.
Parameter
No. of active energy hours consumed LIII
Cost of active energy consumed LIII
Consumed CO emissions
2
No. of active energy hours generated LIII
Cost of active energy generated LIII
Generated CO emissions
2
Format of the units: Power of 10 (with sign).
(20)
6�3�5�- ANGLE VARIABLES
These parameters occupy 2 registers each.
For these variables Function 0x04 is implemented: reading registers.
Parameter
V1-V2 angle
V2-V3 angle
V3-V1 angle
V1-I1 angle
V2-I2 angle
V3-I3 angle
6�3�6�- DEVICE CONFIGURATION VARIABLES
The following functions are implemented for these variables:
Function 0x04: reading registers.
Function 0x10: Writing multiple registers.
Note: The programming values must be written in hexadecimal.
It is necessary to change the screen when a setup change is made for communications
in order for the changes take effect in the display.
Instruction Manual
Table 27: Modbus memory map: cost variables
Tariff 1
15E0-15E1 15EC-15ED
15E2-15E3 15EE-15EF
15E4-15E5 15F0-15F1
15E6-15E7 15F2-15F3
15E8-15E9 15F4-15F5
15EA-15EB 15F6-15F7
Table 28:Modbus memory map: Angle variables�
Address
1770-1771
1772-1773
1774-1775
1776-1777
1778-1779
177A-177B
Tariff 2 Tariff 3
15F8-15F9
15FA-15FB
15FC-15FD
15FE-15FF
1600-1601
1602-1603
Units
Degrees x 1000 (with sign)
Degrees x 1000 (with sign)
Degrees x 1000 (with sign)
Degrees x 1000 (with sign)
Degrees x 1000 (with sign)
Degrees x 1000 (with sign)
Total
(20)
Units
1604-1605 1584
1606-1607 1586
1608-1609 1585
160A-160B 1584
160C-160D 1586
160E-160F 1585
175