Megmeet M5-N Series User Manual (English)

Questions and Answers:

M
Melissa MartinezAug 19, 2025
What to do if Megmeet M5-N show drive overcurrent?
- J
  Julie MartinAug 19, 2025
  If your Megmeet Servo Drives indicate a drive overcurrent, it could be due to several reasons. The motor cables might have poor contact, requiring you to fasten any loose connectors. Alternatively, the motor cables could be grounded, in which case you should replace the motor if the insulation is poor. Another possibility is a short circuit in the motor UVW cables, which can be resolved by correctly connecting the motor cables. If the motor itself is damaged, replacing it is necessary if the resistance is unbalanced. An improper gain setting causing motor oscillations can be fixed by re-adjusting the gain. Lastly, check the encoder cable for incorrect wiring, corrosion, or looseness; re-welding or fastening the encoder cable may resolve the issue.
J
Jennifer Young MDAug 21, 2025
Why Megmeet M5-N Servo Drives show drive overheat?
- M
  Michelle ChenAug 21, 2025
  If your Megmeet Servo Drives are overheating, it could be due to a high ambient temperature. To resolve this, improve the cooling conditions and reduce the ambient temperature. Alternatively, the servo drive might be experiencing multiple overload operations. In this case, wait for 60 seconds to reset after overload, consider increasing the drive and motor capacity, increase the acceleration and deceleration time, and reduce the load.
C
Chris IngramAug 23, 2025
What to do if Megmeet M5-N motor is blocked?
- J
  Julian BarnesAug 25, 2025
  If the motor is blocked in your Megmeet Servo Drives, it might be caused by a power output phase (UVW) loss or an incorrect phase sequence on the servo drive. Try reconnecting the motor cables correctly or replacing them. Another reason could be a UVW cable break, which also requires correctly reconnecting or replacing the motor cables. Lastly, the motor rotor might be locked due to mechanical factors; in this case, eliminate the mechanical factors.
A
Anna KellyAug 26, 2025
What causes Megmeet M5-N braking resistor overload?
- S
  Suzanne DavisAug 26, 2025
  A braking resistor overload in Megmeet Servo Drives can occur due to several reasons. The cable of the external braking resistor might have a poor connection, be loose, or broken. Rewire it according to the correct wiring diagrams. If using an internal braking resistor, ensure the jumper across terminals P and PB is properly connected. Insufficient capacity of the servo drive or the braking resistor can also cause this; improve the braking resistor capacity or servo unit capacity, and increase acceleration and deceleration time. Finally, a load inertia that is too large can contribute to this issue; improve the drive, motor, and resistor capacity.
C
Christina WarnerAug 28, 2025
Why Megmeet M5-N Servo Drives show drive main circuit overvoltage?
- S
  samantharowlandAug 28, 2025
  If your Megmeet Servo Drives display a main circuit overvoltage, it is likely because the main circuit input voltage is too high. To fix this, adjust the power voltage according to the specification.
A
Autumn CookAug 30, 2025
What to do if Megmeet M5-N show input side phase loss?
- M
  Michael RodriguezAug 30, 2025
  If your Megmeet Servo Drives indicate an input side phase loss, it means there is phase loss in input L1, L2, L3. If the input power is single-phase 220V, set P10.00=1. If the input power is three-phase 220V, check whether the input power is missing a phase, and replace the cable wiring.
V
Vanessa LeeSep 1, 2025
How to fix output side phase loss in Megmeet M5-N?
- J
  Julie FischerSep 1, 2025
  To fix an output side phase loss in Megmeet Servo Drives, where there is phase loss in output U, V, W, replace the cable wiring.
G
gary74Sep 3, 2025
What to do if Megmeet M5-N show EEPROM read or write fault?
- T
  Todd BradleySep 3, 2025
  If your Megmeet Servo Drives display an EEPROM read/write fault, it indicates that a read/write error of the control parameters has occurred. After restoring the default parameter (P02.22), re-enter the parameters.
C
christopher31Sep 5, 2025
What causes Megmeet M5-N power module protection?
- E
  Ethan RoySep 5, 2025
  Power module protection in Megmeet Servo Drives can be triggered if there is an interphase short circuit or grounding short circuit in the output three phases. In this case, replace the cable or motor. Also, the auxiliary power supply may be damaged, or the drive voltage is insufficient.
A
Alicia OsborneSep 7, 2025
How to troubleshoot abnormal serial port communication in Megmeet M5-N?
- C
  christopherlopezSep 7, 2025
  To troubleshoot abnormal serial port communication in Megmeet Servo Drives, ensure that the communication parameters are set correctly. This includes setting the correct baud rate and communication data format.

Megmeet M5-N Series Specifications

General

Brand	Megmeet
Model	M5-N Series
Category	Servo Drives
Language	English

Summary

Foreword

Precautions for Unpacking Inspection

Check product condition upon receiving, including damage and component integrity.

Safety Precautions

Critical Safety Instructions

Essential warnings on electrical hazards, installation, and operation to prevent injury.

Chapter 1 M5-N Servo System Selection

Servo Motor and Drive Model Selection

Guide to selecting appropriate servo motor and drive models based on series and specifications.

Chapter 2 Servo System Specifications

Servo Drive Electrical Specifications

Details electrical parameters for M5-N servo drives, covering voltage, current, and power levels.

Servo Motor Standard Specifications

Provides basic and rated specifications for M5-N servo motors, including protection and insulation class.

Chapter 3 Installation Description

Servo Drive Installation Guide

Guidelines for installing the servo drive, including site requirements and environmental conditions.

System Wiring Diagrams

Visual representation of wiring for single-phase 220V and three-phase 220V servo systems.

Chapter 4 Wiring of Servo System

Servo Drive Main Circuit Connection

Details on connecting the main power and motor circuits for the servo drive.

Chapter 6 Commissioning Instructions

Pre-Operation Checks

Essential checks before powering on and operating the servo system to ensure safety and proper function.

Commissioning Procedures

Steps for performing jog commissioning and initial setup of the servo system.

Chapter 7 EtherCAT Communication

M5-N Drive EtherCAT Functionality

Details M5-N drive implementation of EtherCAT communication and CiA402 profile.

CiA402 Device Control Protocol

Explains CiA402 device control states, state machine, and object dictionary structure.

Chapter 8 Drive Parameter Object

M5-N Drive Parameter Index

Organized listing of M5-N drive parameters by group, index, and sub-index for configuration.

User Unit Selection for Control

Guide for selecting user units for position, speed, and torque control parameters.

Chapter 9 Troubleshooting

Fault Code Er.001 Drive Overcurrent

Troubleshooting steps for drive overcurrent faults, including causes and solutions.

Alarm Code AL.012 Motor Overload

Common causes and recommended solutions for motor overload alarms encountered with the drive.

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Megmeet M5-N Series User Manual

Table of Contents