SUNFAR C300 65
C300 series of non-sensor current vector-control inverter manual
0:Simple PLC is invalid.
1:Simple PLC is valid. If priority of freq. channel is permit after starting, inverter will
run in a simple PLC state.
2:Simple PLC is conditional valid. If external X1~X6 terminals is valid (F3.0~F3.3 is
set as 22), inverter will run at simple PLC state.
Priority of freq. channel is shown as following table.
Priority Setting freq.
1 JOG freq.
2 Wobble freq. running
3 PID output
4 PLC multi-speed freq.
5 External terminals select multi-speed freq.
High
Low
6 Freq. setting channel selection（Parameter [F0.1] ）
The second part of LED：Simple PLC running mode selection
0：Single loop mode
The inverter will run in setting freq of the first stage and in turn output freq. of each
stage according to setting running time. If setting running time of a certain stage is
0, the inverter will skip this stage. When a cycle operation is end of running,
inverter will stop input until user input available running instrument to restart the
next cycle.
1：Single loop and stop mode
Its function has an analogy with single loop mode. The difference is that output freq.
is reduced to 0 within the given decelerate time after a certain stage is in the end of
running and inverter will run at next stage.
2：Continuous loop mode
Inverter will run eight stages in turn. If the eighth stage is at the end of running, the
inverter will run in the next cycle from the first stage.
3：Continuous loop and stop mode
Its function has an analogy with Continuous loop mode. The difference is that
output freq. is reduced to 0 within the given decelerate time after a certain stage at
the end of running and inverter will run at next stage.
4：Keep the final value
Its function has an analogy with single loop mode. The difference is that inverter
will run in the last stage with non-zero speed.
5：Keep the final value and stop mode
Its function has an analogy with keep the end value. The difference is that inverter
will reduce the output freq. to 0 after arriving setting value of Acc time after a
certain stage at the end of running and, then inverter will run the next stage.
The third part of LED
0：Restart from the first stage freq.
When inverter stops, caused by fault or receiving stop instrument in PLC running, it
will clear current running state and restart from the first stage freq.
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