What to do if Savch Servo Drives show overcurrent due to servomotor failure?
If your Savch Servo Drives display an overcurrent error, a possible cause is a failure of the servomotor. You can measure the resistance across the cables to check this. The resistance should be several ohms between the cables. If the motor has failed, consider replacing it.
How to check servo motor insulation fault in Savch SDA2-2T1.5G Servo Drives?
If you are experiencing an overcurrent issue in your Savch Servo Drives, it might be due to a servo motor insulation fault. Measure the insulation resistance to check. It should be several megaohms or over to ground.
What causes overcurrent due to encoder fault in Savch SDA2-2T1.5G?
If you are facing an overcurrent error with your Savch Servo Drives, it might be because of a current imbalance caused by an encoder fault. If this is the case, replace the servo motor.
Crucial operational guidelines to ensure safe and correct use of the servo motor.
Environmental conditions to avoid for optimal performance and longevity of the drive.
Illustrates the fundamental electrical connections for the servo motor and drive.
Details of the power and I/O terminals for connecting external devices and signals.
Explains the digital and analog input/output interface characteristics.
Details how to view present alarms and alarm history.
Lists and describes input signals for safety and motor control functions.
Steps for verifying power-on status and basic operational readiness of the drive.
Diagnostic guide for common alarms and their causes and solutions.
General| Voltage | 220VAC |
|---|---|
| Output Current | 10A |
| Input Voltage | 220V AC |
| Communication Interface | RS485 |
| Protection Features | Overcurrent, Overvoltage, Undervoltage |
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