INVT Goodrive35 Series User Manual

Goodrive35 Series Closed-loop Vector Control VFD Basic operation instruction
191
4. Push-pull output encoder connection
B -
B +
A -
A +
+5V
Use shield cable
B
A
+5V
OV
B
A
0 V
VCC
PE
PWR/+24V
COM1/COM
Z -
Z +
+5V
Z
Z
Push-pull
output
encoder
OV
OV
Vcc
Push-pull output mode wiring diagram 1
B -
B +
A -
A +
+5V
Use shield cable
B
A
+5V
OV
B
A
0 V
VCC
PE
PWR/+24V
COM1/COM
Z -
Z +
+5V
Z
Z
OV
OV
Push-pull
output
encoder
Vcc
Push-pull output mode wiring diagram 2
Note: When this output mode is used, please refer to the electrical specifications of output current in
the encoder manual.
1. If the flowing–in current of the output current is more than 25mA and the flowing-out current is less
than 25mA and , please apply mode 1
2. If the flowing-in current of the output current is less than 25mA and the flowing–out current is more
than 25mA, please apply mode 2
3. If the flowing-in and flowing–out current of the output current are more than 25mA, please apply
mode 1 or 2.
Note: Z signal is needed for the spindle positioning VFD and the wiring is the same as that of A and B
signal.
7.16.2 Commissioning steps
1. Closed-loop vector debugging of AM
(1) Set P00.18=1 and restore to the factory settings.
(2) Set the parameters of P00.03, P00.04 and P02 group
(3) Motor autotuning

INVT Goodrive35 Series Specifications

General

Brand	INVT
Model	Goodrive35 Series
Category	Controller
Language	English