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Loading...How to fix insufficient motor torque with Inovance MD500?
To address insufficient motor torque with your Inovance Controller, check whether the torque upper limit is set too low. If it is, increase the setting of F2-10 (digital setting of torque upper limit in speed control mode) in the speed control mode, or increase the torque reference (A0-03) in the torque control mode.
What to do if Inovance MD500 detects overload or overcurrent during motor running?
If your Inovance Controller is showing an overload or overcurrent during motor running, set the motor parameters F1-01 to F1-05 according to the motor nameplate. Also, select a proper motor auto-tuning mode by setting F1-37 and perform motor auto-tuning. If possible, select dynamic auto-tuning.
What causes IGBT overheat in Inovance Controller and how to fix it?
IGBT overheat in your Inovance Controller can be caused by several factors. The ambient temperature may be too high, so lower it. Other potential solutions include cleaning the ventilation, replacing the cooling fan if it's damaged, replacing the damaged thermally sensitive resistor, or as a last resort, replacing the AC Drive IGBT.
What to do if Inovance MD500 Controller shows motor overload?
If the Inovance Controller indicates a motor overload, it might be because the load is too heavy, or the motor has a locked rotor. Try reducing the load or inspecting the motor and mechanical components. If the issue persists, consider using a drive with a larger power class.
What to do if Inovance MD500 Controller detects overload or overcurrent during motor start?
If your Inovance Controller detects an overload or overcurrent fault during motor start, set F1-27, F1-28 and F1-30 correctly.
How to reduce motor noise with Inovance MD500?
To reduce loud motor noise with your Inovance Controller, gradually increase the setting of F0-15 (carrier frequency) by 1.0 kHz. Keep in mind that increasing the carrier frequency will result in an increase in the leakage current of the motor.
How to fix overcurrent during start with Inovance MD500 Controller?
To resolve overcurrent during start with your Inovance Controller, gradually decrease the setting of F3-01 (torque boost) by 0.5%.
How to improve speed accuracy with Inovance MD500 Controller?
To improve speed accuracy on your Inovance Controller, if the speed error when the motor runs with load is large, increase the setting of F2-06 (vector control slip compensation gain) by 10% gradually.
How to improve torque or speed response for Inovance MD500 at speeds above 5 Hz?
To improve torque or speed response and address motor oscillation at speeds above 5 Hz on your Inovance Controller: if motor torque and speed response are too slow, increase the setting of F2-03 (speed loop proportional gain) by 10 gradually or decrease the setting of F2-04 (speed loop integral time) by 0.05 gradually. If motor oscillation occurs, decrease F2-03 and increase F2-04.
What to do if Inovance MD500 detects overcurrent when heavy load is suddenly added?
If the Inovance Controller detects overcurrent when a heavy load is suddenly added or during acceleration, increase the setting of F3-20 (overcurrent stall gain, default is 20) by 10 gradually, up to a maximum of 100. Also, decrease the setting of F3-18 (overcurrent stall actuating current, default is 150%) by 10% gradually, down to a minimum of 50%.
General| Brand | Inovance |
|---|---|
| Model | MD500 |
| Category | Controller |
| Language | English |
General safety guidelines for installation, operation, and maintenance.
Safety warnings and precautions specifically for installation.
Safety warnings and precautions related to wiring the AC drive.
Safety warnings and precautions for powering on the AC drive.
Safety warnings and precautions when the AC drive is in operation.
Safety warnings and precautions for maintenance activities.
Safety warnings and precautions related to repairing the AC drive.
Shows a schematic diagram of the AC drive and its peripheral devices.
Covers general installation requirements and procedures for the AC drive.
Specifies required clearance and orientation for mounting the drive.
Details installation requirements for mounting the drive inside a cabinet.
Details the wiring procedures and diagrams for the AC drive.
Explains the functions of main circuit terminals and associated precautions.
Details the arrangement and functions of control circuit terminals.
Details the features and operation of the LED-type programming panel.
Explains the procedure for navigating and modifying function parameters.
Describes different modes for viewing function parameters and how to switch.
Describes the appearance and features of the optional external LCD operating panel.
Step-by-step guide for initial setup and trial run of the AC drive.
Outlines the overall commissioning process in a flowchart format.
A checklist of items to verify before powering on the AC drive.
Details the different motor control modes available (SVC, FVC, V/F).
Describes methods for controlling the start and stop operations of the drive.
Explains different start modes for the AC drive.
Explains the motor auto-tuning methods for obtaining motor parameters.
Safety precautions specifically related to troubleshooting and maintenance.
Common problems and solutions encountered during the trial run phase.
Explains how faults are displayed and provides general solutions.
Details the methods for resetting faults on the AC drive.
Lists common faults, their causes, and possible solutions.
Describes common symptoms and provides diagnostic steps for troubleshooting.
General guidelines and safety precautions for routine inspection.
