3G3MX2-A4055-ZV1 | Omron | Variateur compact multifonction série MX2

Description

Optimized speed and torque regulation in heavy-duty automated machinery is achieved through the integration of the Omron 3G3MX2-A4055-ZV1 variable frequency drive. Representing the highly modular and compact MX2 Series, this industrial inverter is engineered to deliver dynamic three-phase 400 V AC motor control up to a capacity of 5.5 kW. With its integrated functional safety architecture and advanced vector control algorithms, the drive ensures stable performance under high starting torque demands, adapting seamlessly to complex machine environments.

Features

• Advanced open-loop current vector control providing 200% starting torque at frequencies as low as 0.5 Hz.
• Dual safety inputs (S1 and S2) conforming to ISO13849-1 Cat. 3 / PLd standards for integrated Safe Torque Off (STO) functions.
• Built-in Modbus RTU communication over a standard RS-485 interface for easy network configuration.
• Robust IP10-rated enclosure design optimized for internal panel mounting and space-saving side-by-side layout.
• Integrated drive programming platform allows execution of custom logical sequences and decentralized control.

Applications

• High-torque material handling conveyor lines and automated sorting equipment.
• Industrial fans, centrifugal air blowers, and positive displacement fluid pumps.
• Processing machinery including industrial mixers, small extruders, and rotary packaging tools.

Technical Specifications Table

Empirical Engineering Insights

Alternative Models & Compatibility

The "ZV1" designation in the model number marks the standardized firmware revision equipped with permanent magnet (PM) motor vector control capability alongside induction motor control. This unit acts as a physical drop-in replacement for older non-ZV1 variants of the same 5.5 kW power frame size, though parameter mappings for safety loop configurations must be verified during system retrofit procedures.

Application Pitfalls & Engineering Notes

During heavy-load, continuous duty operations, avoid placing the inverter in unventilated enclosures where internal temperatures exceed 40 degC without systematic derating. Maintaining a minimum clearance of 100mm both above and below the cooling heatsink is mandatory to prevent thermal trip warnings under sustained load profiles.

Commissioning & Wiring Tips

When setting up the Safe Torque Off (STO) circuit, ensure that the safety jumper between standard terminal ports is removed before wiring to external safety relays. It is highly recommended to run the motor feed cables through shielded conduits separated from low-level control and feedback signals to eliminate high-frequency electromagnetic interference.

Installation Guidelines