Sinee EA180 Manuallines For Quick Debugging
Hide thumbs Also See for EA180:

Advertisement

SINEE
Guidelines for Quick Debugging of
EA180 Pulse Series Servo Drives

Preface

In order to improve the user experience of customers and distributors, our
company has carried out many rounds of optimization on the debugging of servo
system to facilitate the use and debugging of customers. In order to further enhance
the user experience, our company has formulated the following rapid debugging
guidelines to facilitate customers to use and debug faster.
1, please make sure that the connection between drive and motor, power supply and
output is correct, and that there is no accident such as short circuit between the lines.
2, after confirming that there is no abnormal connection, the power-on operation will
be carried out. If the connection is correct, it will not lead to failure report. If there is
an accident, please contact our engineer to solve it.
3, if your drive, motor, cable and other servo systems are purchased from our company,
then you can proceed directly to the fourth step. For key operation, please refer to
Chapter 4 of our user manual for display and operation.
If your motor has been determined to be the type of motor supported by our servo
system, the following operations can be carried out to match the motor with the drive.
Note: Our company only supports motors with Tamagawa encoder)
Shenzhen Sine Electric Co.,Ltd.

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the EA180 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Summary of Contents for Sinee EA180

  • Page 1 SINEE Guidelines for Quick Debugging of EA180 Pulse Series Servo Drives Preface In order to improve the user experience of customers and distributors, our company has carried out many rounds of optimization on the debugging of servo system to facilitate the use and debugging of customers. In order to further enhance the user experience, our company has formulated the following rapid debugging guidelines to facilitate customers to use and debug faster.
  • Page 2 SINEE a.AF-10=1(Open the motor parameters group) ; b. Pd-01=XXX changed to 0, if the parameter is zero, no change is needed. c.AF-00=reset(1) or power down and restart; d.AF-10=1(Open the motor parameters group); Pd-02=XX.XX for example 7.50(input motor power) Pd-03=XX.XX for example 23.00(input motor rated current)...
  • Page 3 SINEE Connection to CN4 interface is as follows Client’s interface SINEE CN4 interface 1/16(24V needs connecting to the two ports at the same time, jumping) pulse Y0 direction Y1 alarm + alarm - PLC connection: 24V power supply negative should be connected to the common point of Y0 and Y1.
  • Page 4 SINEE P8-10 can be set to 150 (brake resistance value) P8-11 is set to 300 (brake resistance power) The value of P8-12 is set to 100 (Brake Resistance Duty Rate) 7. Gain parameter optimization (simple debugging) can solve most field problems Generally speaking, our company has optimized the gain debugging process specially, and only need to adjust two parameters to achieve good results.
  • Page 5 SINEE 11-15, and then the value of P4-10 is adjusted slowly to the appropriate range to make the system run well, but once the abnormal noise of the motor occurs, please immediately reduce the P4-10. The value of -10. The default parameters can basically adapt to this situation.

Table of Contents