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(2) Programming condition
• The program using the peak current suppression function is designed to suppress the peak current by
automatically changing the values of the upper limit output limiter of CH1 to CH4 and dividing the timing of
the transistor output into four timing.
• The program using the simultaneous temperature rise function is designed to classify the CH1 and CH2 into
group 1 and CH3 and CH4 into group 2 so that the channels in each group reach the set values (SV)
simultaneously.
(3) Contents of the initial setting
(a) Station-based parameter
Control mode switching
Function extension and sampling cycle
selection
Set the initial values for the parameters other than the above.
(b) Standard control mode parameter
CH1 Basic setting
CH1 Control output cycle setting_CH1 Heating control output cycle setting
CH2 Basic setting
CH2 Control output cycle setting_CH2 Heating control output cycle setting
CH3 Basic setting
CH3 Control output cycle setting_CH3 Heating control output cycle setting
CH4 Basic setting
CH4 Control output cycle setting_CH4 Heating control output cycle setting
*1
Peak current control function
CH1 Warning setting
CH2 Warning setting
CH3 Warning setting
CH4 Warning setting
CH1 Simultaneous temperature rise
*2
function setting
256
Setting item
Sampling cycle selection
Setting item
CH1 Input range
CH1 Target value_SV_setting
CH2 Input range
CH2 Target value_SV_setting
CH3 Input range
CH3 Target value_SV_setting
CH4 Input range
CH4 Target value_SV_setting
CH1 Peak current restrain control_divide group setting
CH2 Peak current restrain control_divide group setting
CH3 Peak current restrain control_divide group setting
CH4 Peak current restrain control_divide group setting
CH1 Mode setting of warning 1
CH1 Warning setting value 1
CH2 Mode setting of warning 1
CH2 Warning setting value 1
CH3 Mode setting of warning 1
CH3 Warning setting value 1
CH4 Mode setting of warning 1
CH4 Warning setting value 1
CH1 Simultaneous temperature rise group setting
CH1 Simultaneous temperature rise AT mode selection
Set value
0: Standard control
1: 250ms/4 Channel
Set value
2: K: 0 to 1300 (in
increments of 1)
200 (200)
20 (20s)
2: K: 0 to 1300 (in
increments of 1)
250 (250)
20 (20s)
2: K: 0 to 1300 (in
increments of 1)
300 (300)
20 (20s)
2: K: 0 to 1300 (in
increments of 1)
350 (350)
20 (20s)
1: Group 1
2: Group 2
3: Group 3
4: Group 4
1: Upper limit input alert
250 (250)
1: Upper limit input alert
300 (300)
1: Upper limit input alert
350 (350)
1: Upper limit input alert
400 (400)
1: Group 1
1: AT for simultaneous
temperature rise
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Troubleshooting
