Veichi JT550 Series Manual page 120

Chapter 7 Maintenance and Troubleshooting
H0.08
It displays state of DI terminals. " 1" indicates high level signal, and "0" indicates low level signal.
H0.09
It displays state of DO terminals. " 1" indicates high level signal, and "0" indicates low level signal.
H0.10
H0.11
H0.12
Whether AI1 and AI2 receives voltage input or current input is determined by setting of jumper J1
and J2 on the control board.The input current 1mA correspond to 0.5V.
H0.13
It displays DI5 high-speed pulse sampling frequency, in minimum unit of 10 Hz.
H0.14
H0.15
H0.16
They display the PID setting value and PID feedback value.
PID setting = PID setting (percentage) *FA-04
PID feedback = PID feedback (percentage) * FA-04
PID output= PID output（percentage)*FA.04
H0.17
Displayed value reference to F8.12.
H0.18
H0.19
H0.18 displays the setting of main frequency.H0.19 displays the setting of auxiliary frequency.
H0.20
It displays the actual output frequency of the inverter.
H0.21
It displays the current count value.Please refer to Fb.08 and Fb.09.
H0.22
It displays the current length value.Please refer to Fb.05~Fb.07
H0.23
It displays the current linear speed.Please refer to Fb.06,Fb.07
H0.24
It displays the current accumulative power-on time
H0.25
It displays the current accumulative running time
H0.26
It displays the current overload degree
H0.27
It displays the output current percentage（Relative to motor rated current）
H0.28
It displays the remaining operating time when it is timing running.
Monitor the IO expansion card
Bit4 Bit3
X10 X9
Bit3 Bit2
R2 R1
AI1 voltage（V）
AI2 voltage（V）
AI3 voltage（V）
Input pulse frequency （kHz）
Auxiliary frequency
Feedback speed（unit:0.1Hz）
Accumulative power-on time
Accumulative running time
Motor overload count
Motor output current percentage
Remaining operating time
Bit2 Bit1
X8 X7
DO output state
Bit1 Bit0
Y2
PID setting
PID feedback
PID output
Load speed
Main frequency
Count value
Length value
Linear speed
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JT550 Series Inverter Manual
1
Bit0
X6
1
Y1
0.01V
0.01V
0.01V
0.01kHz
1
1
1
1
0.01Hz
0.01Hz
0.1Hz
1
1
1m/Min
1Min
0.1Min
1
0.01%
0.1Min