212 Example of Usage
V560 Series High Performance Closed-Loop Vector Inverter User manual
10. F5.1.09= 10000 Timer 1: Cycle reaches 10000ms.
11. F5.1.16= 0004
Timer 1 outputting signal 1: Cycle reaches level output.
12. FF.0.01= 55
Virtual output of SDO1 signal - state of Dl1
13. FF.0.09= 55
Virtual input of SDl1 signal - timer 1 resets terminals
14. FF.0.02= 44
Virtual output of SDO2 - timer1’s cycle reaches the output level signals.
15. FF.0.10= 12
Virtual input of SDI2 signal - change of frequency order
16. FF.0.03= 46
Virtual output of SDO3 signal - timer 2's cycle arrives.
17. FF.0.11= 19
Virtual input of SDI3 signal - three-line operating control
18. FF.0.04= 13
Virtual output of SDO4 - frequency inverter quicken separation
19. FF.0.12= 52
Virtual input of SDI4 signal - timer 1 triggers signal.
20. FF.017= 0100
Phase-reversing connection between SDO3 and SDl3
10.1.2 WIRING DIAGRAM
10.2 MAKE SIMPLE TENSION CLOSED-LOOP CONTROL WITH
OFFSET PID
Use requirements: Frequency inverter adopts closed-loop torque controlling in leather rolling and meets the
demand of production rolling. Users only need to make out a torque and a limited speed and then adjust
torque output through tension feedback for a constant tension.
Site requirements:
Motor rolling: power: 5.5KW Rated torque: 36 N.m Pole number: 2
Tension sensor: Measuring range 0-40N
Signal outputting: 0-10V
Winding diameter: Diameter of hollow winding 0.5m
Diameter of full winding 1m
M
Electric motor
U
W
V
R
S
T
E
Infrared sensor input
en
a
ed effective
DI1
×
×
×
Three-phase
circuit breaker
Three-phase
Power supply
CM
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