35
Display
Name Description
H09 Work shortage timer
Initial value: 10.0 (second)
Set range:
1.0~120.0seconds
Set the time of the timer that detects the work shortage. When the signal continues
for a set duration, the work shortage signal is set. The logic with which the timer
works depends on H00 or H03, and the timer works when the input selected with
H08 during driving (output ON) is Low (the reverse-operation is also possible by
H00 or H03). At time-up, NoP is displayed on LED as a work shortage signal, and
terminal AL1 turns ON (selected with J08).
H10 Work shortage reset timer
Initial value: 1.0 (second)
Set range:
0.1~30.0seconds
Set the time of the timer that resets the work shortage signal. When the signal
continues for a set duration, the work shortage signal (timer) is reset. The logic with
which the timer works depends on H00 or H03, and is the same operation as the
OFF delay timer (the work shortage signal is reset). The noP display disappears by
resetting, and AL1 also turns OFF.
H11 Selection of multispeed switching
signal
Initial value: 0
Unchangeable during driving
The signal that switches the multispeed data is selected.
0: Switching by terminal board B1 and B2
The values of the internal memory (voltage and frequency) are read by
combining the B1 and B2 signals, and it is assumed as the present driving data.
1: Analog instruction by terminal A1
The voltage value input to the terminal A1 is set as the present voltage
instruction data (the frequency is fixed to the value specified from the panel).
Even when the operation lock and the knob lock are effectively set, the
switching of the multispeed velocity and the data change by an analog
instruction are possible.
H12 Frequency data of speed 1
Initial value: 140.0(Hz)
(ECH45: 70.0)
It is an area where the frequency data of the speed 1 for the multispeed driving is
memorized.
Setting range: 30.0-500.0Hz 【30.0～200.0Hz】*1
H13 Voltage data of speed 1
Initial value: 100(V)
It is an area where the voltage data of the speed 1 for the multispeed driving is
memorized.
Setting range: 0-200V (even when the power-supply voltage is 100V, the value that
exceeds 100V can be set, but the output is limited to 100V or less.)
H14 Frequency data of speed 2
Initial value: 140.0(Hz)
(ECH45: 70.0)
It is an area where the frequency data of the speed 2 for the multispeed driving is
memorized.
Setting range: 30.0-500.0Hz 【30.0～200.0Hz】*1
H15 Voltage data of speed 2
Initial value: 100(V)
It is an area where the voltage data of the speed 2 for the multispeed driving is
memorized.
Setting range: 0-200V (even when the power-supply voltage is 100V, the value that
exceeds 100V can be set, but the output is limited to 100V or less.)
H16 Frequency data of speed 3
Initial value: 140.0(Hz)
(ECH45: 70.0)
It is an area where the frequency data of the speed 3 for the multispeed driving is
memorized.
Setting range: 30.0-500.0Hz 【30.0～200.0Hz】*1
H17 Voltage data of speed 3
Initial value: 100(V)
It is an area where the voltage data of the speed 3 for the multispeed driving is
memorized.
Setting range: 0-200V (even when the power-supply voltage is 100V, the value that
exceeds 100V can be set, but the output is limited to 100V or less.)
＊１ Value in【 】is for the case that the J11 carrier frequency of ECH45 is set to other than initial value.
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