Why is my Mitsubishi Electric Control Systems showing overvoltage?
The overvoltage error in Mitsubishi Electric Control Systems occurs because the bus voltage in the main circuit has exceeded the allowable value.
Why does my Mitsubishi Electric MDS-EMH-SPV3 have excessive speed error?
Excessive speed error in Mitsubishi Electric Control Systems means that the difference between the actual speed and the command speed continued for longer than the excessive speed deviation timer setting.
What causes Mitsubishi Electric MDS-EMH-SPV3 Control Systems to show grounding error?
A grounding error in Mitsubishi Electric Control Systems indicates that the motor power cable is in contact with FG (Frame Ground).
What causes initial magnetic pole position detection error in Mitsubishi Electric Control Systems?
The initial magnetic pole position detection error in Mitsubishi Electric Control Systems occurs when the servo ON has been set before the magnetic pole shift amount is set in the built-in motor which uses the absolute position encoder.
What causes a Mitsubishi Electric MDS-EMH-SPV3 Control Systems NC-DRV communication CRC error?
An NC-DRV communication CRC error in Mitsubishi Electric Control Systems means that the data received from the NC was outside the setting range.
What does Mitsubishi Electric Control Systems memory error 1 mean?
Memory error 1 in Mitsubishi Electric Control Systems indicates that a hardware error was detected during the power ON self-check.
What does axis selection error mean in Mitsubishi Electric MDS-EMH-SPV3 Control Systems?
An axis selection error in Mitsubishi Electric Control Systems means that the axis selection rotary switch has been incorrectly set.
General| Type | Servo Amplifier |
|---|---|
| Input Voltage | 3-phase AC 200V to 240V |
| Feedback System | Absolute position encoder (22-bit) |
| Protection Functions | Overcurrent, overload, overvoltage, undervoltage, overspeed, encoder error, overheating |
| Ambient Operating Temperature | 0°C to 55°C |
| Storage Temperature | -20°C to +65°C |
| Compatible Motor Series | HG-SN, HG-JR, HG-RR |
Covers environmental conditions, quakeproof level, shaft characteristics, and coupling.
Details environmental conditions, balancing, shaft characteristics, accuracy, and installation.
Includes environmental conditions, installation direction, clearance, and panel preparation.
Illustrates the overall system connection diagram including NC, power supply, and drive units.
Details the names, applications, and pin assignments of terminal blocks and connectors.
Covers connection of optical communication cables and drive unit arrangement.
Details the connection procedures for servo motors, spindle motors, and encoders.
Explains input connections for power supply units and grounding.
Overview of safety functions, harmonized standards, and STO/SBC functions.
Details the STO function for removing motor energy electronically and precautions for safe usage.
Explains the SBC function for enhancing brake start reliability and diagnosing the brake circuit.
Covers setting the rotary switch, DIP switches, and LED display transitions after power ON.
Details settings for semi-closed loop, full closed loop, and speed command synchronous control.
Covers parameters related to spindle operation, including rotation speed and acceleration/deceleration.
Outlines the steps for adjusting the servo, including vibration measures and protective functions.
Details current loop gain, speed loop gain, and position loop gain adjustments.
Covers basic adjustments, gain adjustment, acceleration/deceleration, orientation, and synchronous tapping.
Provides detailed troubleshooting steps for specific alarms and warnings.
Overview of protection functions including Emergency Stop Observation and SLS.
To Next Page