59
Total apparent underpower
alarm
Over total harmonic of Phase A
current alarm
Over total harmonic of Phase
B current alarm
Over total harmonic of Phase C
current alarm
Over total harmonic of Phase A
voltage alarm
Over total harmonic of Phase
B voltage alarm
Over total harmonic of Phase C
voltage alarm
Over total even harmonic of
Phase A current alarm
Over total even harmonic of
Phase B current alarm
Over total even harmonic of
Phase C current alarm
Over total even harmonic of
Phase A voltage alarm
Over total even harmonic of
Phase B voltage alarm
Over total even harmonic of
Phase C voltage alarm
Over total odd harmonic of
Phase A current alarm
Over total odd harmonic of
Phase B current alarm
Over total odd harmonic of
Phase C current alarm
Over total odd harmonic of
Phase A voltage alarm
Over total odd harmonic of
Phase B voltage alarm
Over total odd harmonic of
Phase C voltage alarm
Over total demand of active
power alarm
Under total demand of active
power alarm
Reverse phase sequence alarm
Function selection of relay 1
0: Remote control;
1: First group alarm;
2: Second group alarm
Function selection of relay 2-32
Same as function selection of relay 1
Output pulse width of relay 1
(effective by remote control)
When the delay time 0, it is a level trigger mode;
when it is greater than 0, it is a pulse trigger
mode.
Output pulse width of relay 2-32
(effective by remote control)
Same as output pulse width of relay 1
Initial state of switch input
Bits0:DI1, and so on, Bits31:DI32;
1: Initial state is ON; 0: Initial state is OFF
Initial state of switch output
Bits0:DO1, and so on, Bits31:DO32;
1: Initial state is ON; 0: Initial state is OFF
Current status of switch input
Bits0:DI1, and so on, Bits31:DI32;
1: Initial state is ON; 0: Initial state is OFF
Current status of switch output
Bits0:DO1, and so on, Bits31:DO32;
1: Initial state is ON; 0: Initial state is OFF
To Next Page
Loading...
