LiteOn EVO600043S2D2E20F - User Manual

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Table of Contents

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Quick Start Guide102 pages

Questions and Answers

J
Jim JonesAug 15, 2025
What to do if my LiteOn Controller shows overvoltage?
- M
  Mrs. Amy Dalton MDAug 15, 2025
  If your LiteOn Controller is showing an overvoltage error, it could be due to several reasons. There might be a surge voltage entering the drive input power, possibly from a thyristor convertor or phase advancing capacitor. A short circuit in the machinery output or a ground fault in the output circuit could also cause the DC bus capacitor to overcharge. Additionally, electrical signal interference might be causing the drive to malfunction. To address this, consider installing a DC link choke, inspect the motor power cable, relay terminals, and motor terminal box. Correct any grounding shorts and reapply power. You may also need to check the solutions for interference suppression, focusing on the control circuit lines.
B
Brian BryantAug 21, 2025
Why does my LiteOn EVO600043S2D2E20F Controller show undervoltage and how can I fix it?
- L
  Lacey PowellAug 21, 2025
  An undervoltage error on your LiteOn Controller may be due to several reasons: a loss of input power phase, loose wiring terminals on the drive input power, a problem with the voltage from the drive input power, weakened drive main circuit capacitors, or damage to the contactor or relay on the soft-charge bypass circuit. To troubleshoot, first, correct the drive input power wiring and tighten the terminals. Check the voltage and adjust it according to the drive input power specifications, and inspect the main circuit magnetic contactor. If the problem persists, try turning the power on and off to see if any issues occur. If the problem continues, consider replacing the entire drive or the control board.
M
Molly SmithAug 25, 2025
What causes a LiteOn EVO600043S2D2E20F Controller to display a motor overheat error?
- V
  Veronica WiseAug 25, 2025
  A motor overheat error on your LiteOn Controller can be caused by a fault on the machinery, such as the machinery being locked up, or simply the motor overheating. To resolve this, first check the machinery status. Then, check the load, acceleration/deceleration time, and cycle time. You can reduce the load, increase the C1-00 to C1-07 (Acc./Dec. Time) settings, and adjust d1-02 to d1-11 (V/F Characteristics).
R
Ruth LivingstonAug 27, 2025
What causes an output phase loss in a LiteOn Controller and how do I resolve it?
- K
  Kelly MooreAug 27, 2025
  An output phase loss in your LiteOn Controller can occur if the output cable is not connected, the motor winding is impaired, the output terminal is loose, the rated current of the motor being used is 5% less than the drive rated current, an output transistor is impaired, or a single phase motor is activating. Check the wiring and properly connect the output cable. Inspect the resistance between motor lines and replace the motor if the winding is impaired. Fasten the terminal using the tightening torque specified in the manual. Check motor capacities and the drive. Note that the drive cannot run a single phase motor.
K
Kathleen SmithAug 30, 2025
What to do if LiteOn Controller shows PID Feedback High?
- B
  Brent McfarlandAug 30, 2025
  If your LiteOn Controller displays a 'PID Feedback High' error, it could be due to inappropriate settings in b5-22 and b5-23, incorrect PID feedback wiring, a malfunctioning feedback sensor, or a feedback input circuit malfunction. To resolve this, confirm the b5-22 and b5-23 settings, correct the wiring, and replace the sensor if it is damaged. If the issue persists, consider replacing the PCB or drive and contact your local distributor.
E
Emily TurnerSep 2, 2025
What does it mean when my LiteOn Controller displays 'PID Feedback Low'?
- M
  Maria ClarkSep 3, 2025
  When your LiteOn Controller displays 'PID Feedback Low', it could be due to inappropriate settings in b5-12 and b5-13, incorrect PID feedback wiring, a malfunctioning feedback sensor, or an incorrect feedback input circuit. To address this, correct the b5-12 and b5-13 settings, correct the wiring, and replace the sensor if it is damaged. If the issue continues, contact your local distributor to replace the board or the drive.
V
Valerie PhillipsSep 5, 2025
What causes overtorque detection 1 on a LiteOn Controller?
- D
  Danielle WangSep 5, 2025
  Overtorque Detection 1 on a LiteOn Controller may be caused by incorrect parameter settings or a malfunction on the machinery. To resolve this, reset P6-01 and P6-02. Also, check the machinery and load status.
B
Brian JeffersonSep 8, 2025
What should I do if my LiteOn Controller's heatsink temperature is over 95°C?
- V
  valenciacrystalSep 8, 2025
  If your LiteOn Controller's heatsink temperature is over 95°C, it could be due to several reasons. The internal cooling fan might have stopped operating, or there may be bad airflow due to insufficient room. It could also be caused by high output current. To resolve this: a. Improve the airflow inside the enclosure panel. b. Install an air conditioner or fan to cool the environment. c. Remove any possible source of heat. Measure the output current and reduce the load. Lower the setting in C6-00 (Carrier Frequency Option). Replace the cooling fan if necessary.
N
Nicole HoffmanSep 12, 2025
What to do if my LiteOn EVO600043S2D2E20F Controller shows an external fault on input terminals S1 to S6?
- B
  brianrobbinsSep 12, 2025
  If your LiteOn Controller is showing an external fault on input terminals S1 to S6, it could be due to an external device tripping an alarm, incorrect wiring, or incorrect multi-function input wiring. Remove the cause of the external fault and then reset the multi-function input. Confirm if the signal lines are properly connected to the terminals assigned for external fault detection (E1-??= 23 to 38). Also, confirm if E1-??=23 to 38 is set to the unused terminals.
M
Maria HughesNov 17, 2025
What causes motor overload on a LiteOn EVO600043S2D2E20F Controller and how to fix it?
- A
  Anthony GutierrezNov 17, 2025
  Motor overload on a LiteOn Controller can stem from several factors. The load might be too heavy, or the acceleration and deceleration times could be too short. Operating the motor below its rated speed with a high load, incorrect settings in the motor protection function, a voltage that's too high based on the V/F settings, an incorrect motor rated current setting, a base frequency set too low, running multiple motors on one drive, or mismatched electrical thermal protection characteristics could also be causes. To resolve this, check the loading capacity and reduce the load if necessary. Confirm and increase the acceleration and deceleration times using the C1-00 to C1-03 parameter settings. If operating at low speeds, reduce the load, increase the speed, or consider a higher capacity or...

Summary

Chapter 1 | Safety

1.1 General Safety

Safety information, warnings, and cautions for general use.

1.1.4 Wiring

Danger warnings related to electrical wiring.

1.1.5 Operation

Dangers and warnings associated with operating the drive.

Chapter 4 │ Wiring

4.1 Wiring Safety

Crucial safety precautions for wiring the drive.

4.2 Main Circuit

Details on main circuit connections and wiring.

4.3 Control Circuit

Overview of control circuit connections and features.

4.5 Wiring Checklist

A checklist to ensure correct wiring before operation.

Chapter 5 │ Keypad

5.1 Check before Operation

Pre-operation checks before powering up the drive.

5.3 Keypad

Chapter 6 │ Parameters

6.1 Group A, Initialization

6.3 Group C, Tuning

6.4 Group L, Frequency Command

6.5 Group d, Motor Parameters

6.6 Group E, Multi-Function Terminals

6.7 Group P, Protections

6.9 Group t, Auto-Tuning

Chapter 8 │ Troubleshooting

8.1 Alarm and Fault Displays

Table of alarms, faults, causes, and possible solutions.

8.2 Fault Detection

Table of fault displays, causes, and possible solutions.

8.3 Operation Errors

Table of operation errors, causes, and possible solutions.

8.4 Auto-Tuning Fault Detection (Under Development)

Chapter 9 │ Inspection & Maintenance

9.1 Safety

Electrical shock safety precautions for inspection and maintenance.

9.2 Periodic Inspection

Regular inspection checklists for optimum performance.

Chapter 10 │ Drive Derating

10.1 Temperature Derating

10.2 Altitude Derating

Chapter 11 │ Communications

11.1 Modbus Communication Specifications

Specifications for Modbus communication interface and protocol.

11.2 Connecting to Controller;PLC;HMI

11.3 Modbus Setup Parameters

11.4 Drive Operations by Modbus

11.7 Modbus Data

11.8 Communication Errors

LiteOn EVO600043S2D2E20F Specifications

General

Brand	LiteOn
Model	EVO600043S2D2E20F
Category	Controller
Language	English

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