Omron SPINOGY 3G3MX2 User Manual

Omron SPINOGY 3G3MX2

24 pages

Questions and Answers:

D
Dr. Tara Quinn DDSJul 28, 2025
What to do if Omron SPINOGY 3G3MX2 displays E05 error?
- R
  Robert BoyleJul 29, 2025
  If your Omron Inverter shows an E05 error, it indicates a motor overload detected by the electronic thermal function, causing the inverter to trip and turn OFF its output. Verify that the thermal model is properly set in parameters b012, b013, b910, b911 and b912. Also, check if the application can accept softer acceleration rates to minimize peak currents F002/F202/A092/A292. Finally, ensure that motor parameters are correctly set (H020 to H034 or H005), depending on the motor control method (A044/A244).
J
Jenny Pace MDAug 13, 2025
Why does my Omron SPINOGY 3G3MX2 show E01 error?
- A
  alexandra23Aug 13, 2025
  The E01 error on your Omron Inverter indicates that the inverter output was short-circuited, or the motor shaft is locked or has a heavy load. These conditions cause excessive current for the inverter, resulting in the inverter output being turned OFF. Another possible cause is that the dual-voltage motor is wired incorrectly.

Omron SPINOGY 3G3MX2 Specifications

General

Model	3G3MX2
Brand	Omron
Category	Inverter
Enclosure Rating	IP20
Output Frequency	0.1-400Hz
Protection Functions	Overcurrent, Overvoltage, Undervoltage, Overheat, Short Circuit
Braking Unit	Built-in
Communication	RS-485
Frequency Range	0.1-400Hz
Power Rating	0.4-15kW
Operating Temperature	-10 to 50°C (14 to 122°F)
Humidity	5 to 95% RH (non-condensing)
Weight	Varies by model

Summary

General Remarks and Product Identification

Notice and Disclaimer

Document is a quick start guide, not a complete manual, with limited liability.

Product Identification

Specifies the product name (3G3MX2) and details labeling on the inverter housing.

Technical Description of the 3G3MX2

Product Overview and Models

Table detailing different inverter models and their specifications for various inputs.

Technical Specifications

Lists key technical data including housing, control method, frequency range, and signals.

Construction and Components

Explains the basic structure with diagrams of the 3G3MX2 frequency inverter.

Installation Guide for 3G3MX2

Mounting Requirements

Instructions for vertical wall mounting and required ventilation distances.

Terminal Block Cover Access

Step-by-step guide for removing and installing the terminal block cover.

Power Wiring Connections

Details on power connections for single-phase and three-phase supplies.

SPINOGY X22 Wiring Diagram

Circuit diagram for connecting SPINOGY X22 air-cooled unit to the MX2 inverter.

Commissioning and Operation

Initial Power-Up Test

Procedure to verify the inverter and motor before initial power-on.

Front Panel Keypad Operation

Explanation of the inverter's display and keypad for programming and monitoring.

Parameter Group Navigation

Classification of parameters into functional groups and keypad navigation map.

Key Configuration Parameters

Lists essential parameters for operating a SPINOGY spindle, including base and braking parameters.

First Spindle Operation

Steps to perform the first test run of the spindle after basic programming.

Troubleshooting and Settings

Inverter Error Codes

Overview of error codes displayed by the inverter and their potential causes.

Restoring Factory Settings

Procedure to reset the MX2 frequency inverter to its original factory/default settings.

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