To Next PageTo Next PageWhat to do if Sinee EA180 output short circuit?
If a drive output short circuit occurs, the following steps should be taken: First, eliminate the short circuit and ensure that no metal parts are exposed. Second, replace the damaged motor.
How to fix Sinee Servo Drives motor wiring error?
To fix a motor wiring error, re-wire the motor according to the provided instructions.
What to do if Sinee Servo Drives store too frequently?
If the Sinee Servo Drives store too frequently, correct the upper device program. For parameters that need to be written frequently, use RAM address. The P7 group can be used to adjust the address pointing.
What to do if external braking resistance is too small or short-circuited in Sinee Servo Drives?
If the external braking resistance is too small or short-circuited, use braking resistors that conform to the instructions and set the P8-10, P8-11 and P8-13 parameters correctly.
What to do if the commands have changed dramatically in Sinee EA180 Servo Drives?
If the commands have changed dramatically, correct the change rate of the input commands or enable the filtering function.
What to do if Sinee EA180 parameter data write exception?
If there is a parameter data write exception, replace the drive.
General| Series | EA180 |
|---|---|
| Category | Servo Drives |
| Control Mode | Torque, Speed, Position |
| Communication Interface | RS485, CANopen |
| Protection Features | Over-voltage, Under-voltage, Over-current, Overload, Overheating, Short circuit |
Safety guidelines and warnings before installing the servo drive.
Safety guidelines and warnings during the installation process.
Crucial safety instructions for electrical wiring procedures.
Pre-power-on checks and post-power-on precautions for safe operation.
Safety measures during operation and maintenance, including specific hazards.
Important considerations like component handling, disposal, and environmental factors.
Key points and notes regarding the maintenance and inspection procedures.
Details on inspection items and their recommended frequencies for normal use.
Steps to verify product integrity and completeness after unpacking.
Information on drive model, nameplate, parts, and block diagram.
Servo motor specifications, model descriptions, and nameplate details.
Tables for matching servo drives and motors, and specifications for associated cables.
Guidelines for installation, storage, and environmental conditions.
Direction, space, cooling, grounding, and mounting for the servo drive.
Guidelines for motor installation, including schematic diagrams.
Recommendations for circuit breakers, fuses, braking resistors, and EMI filters.
Wiring for peripherals, main circuit terminals, and power supply.
Wiring details for encoder signals and CN4 control signals.
Wiring for communication, analog outputs, and motor brakes.
Overall wiring diagrams for position, speed, and torque control modes.
Overview of the drive's display, buttons, and operating modes.
Details on initialization, status monitoring, parameter monitoring, and setting modes.
Explanation of changed parameter, warning/alarm, and auxiliary function modes.
Detailed list and description of auxiliary functions (AF-00 to AF-16).
Pre-power-on checks and timing sequences for safe drive startup.
Steps for setting JOG parameters and performing JOG operations.
Different ways to enable the servo drive for operation.
Block diagrams for position, speed, and torque control modes.
Purpose, modes, functions, steps, and real-time auto gain adjustment.
Offline inertia identification, real-time gain adjustment, and mechanical resonance suppression.
Manual gain adjustment, feedforward, friction compensation, and PDFF control.
Definitions of parameter groups (d0, d1, d2) and their attributes.
Detailed tables for P0 (Basic Settings) through P9 (Multi-position) parameters.
Tables for gain tuning, vibration suppression, I/O, communication, extended functions, and motor parameters.
Guide to diagnosing and resolving various alarm codes (Al0xx).
Guide to diagnosing and resolving various warning codes (AlExx, PoT, noT).
Electrical, environmental, and functional specifications for the EA180 servo drive.
Detailed specifications, parameters, and dimensional drawings for SER and SES servo motors.
Definition, reasons, and graphical representation of servo motor overload characteristics.
