EM-GS User's Manual
5. Control Panel and Operation
13
ratio over 100%, starter will stop and alarm over load, the keypad displaying "Error 8".
There will be a sound when pressing key is valid
，
no sound means this key is invalid under this state.
when external control way use 3 wiring, the terminal start button and stop button is same function as keypad
RUN
key and
STOP&RSET
.
Control keypad adopts super-strong anti-interference design, allowing the extending cable distance longer than 3
meters.
5.2 Parameters set and explanation
The explanation for "Parameter-set" codes.
Code
Explanation
for codes
The range of
value
Default
value
Special explanation
F0
Initial voltage
30~70%
30%
This code can be used when the starting mode is set
as "Voltage ramp to start", and if is "Limit-current"
mode ,the value will be fixed as 40%
F1
Soft starting
time
2~60S
16S
It is invalid in "Limit-Current" starting mode.
F2
Soft stopping
time
0~60S
0S
If the code set as "0", the motor will free stop. One
soft starter for 2 motor, this code should set "0".
F3
Start-up time
delay
0~999S
0S
Delay is with countdown mode; If set as "0", the
starter will start up the motor immediately.
F4*
Programming
time-delay
0~999S
0S
This code is used to set delay time of
③
&
④
terminals output.
Set "0" immediately close.
F5
Start-up current
limited value
50~500%
400%
It is used when the staring mode is "current limit",
and the value will be fixed as 400% when the
starting mode is "Voltage ramp to start"
F6*
Maximum
current of soft
starter
50~200%
100%
The "50 ~ 200%" is basic on the nominal current of
motor. If the set value of this code over 200%,the
soft starter will reverse to overheat protection
F7
Lower voltage
protection
40~90%
80%
When the working voltage is under the voltage
range(80%),the soft starter will be low voltage
protection
F8
Over voltage
protection
100~130%
120%
When the working voltage is over the voltage
range(120%),the soft starter will be over voltage
protection
F9
Modes of
starting
0~6
1
0: Limit-current to start
1: Voltage ramp start
2: Torque c limit current
3: Torque c voltage ramp
4: Current ramp start
5: Double closed loop
6: Monitoring
