Omron Variable Speed Drive 14A RFI 3PH FILTER 4KW

Omron Variable Speed Drive 14A RFI 3PH FILTER 4KW

Omron AX-FIM3014-SE-V1 three-phase RFI filter for MX2 variable frequency drives, rated 400 V AC, 14 A, designed for 4.0 kW models and improved EMC performance.

SKU: AX-FIM3014-SE-V1Alt SKU: AXFIM3014SEV1MPN: AX-FIM3014-SE-V1
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Why Choose the Omron AX-FIM3014-SE-V1 RFI Filter?

The Omron AX-FIM3014-SE-V1 is a dedicated three-phase RFI filter designed for use with Omron MX2 variable frequency drives. It helps reduce conducted radio frequency interference and improves electromagnetic compatibility in industrial motor control installations.

This filter is suitable for machinery and automation systems where electrical noise suppression is required. Its panel-mounted format allows straightforward installation inside electrical control cabinets, helping support reliable drive operation and cleaner power line performance.

With a 14 A current rating and 400 V AC three-phase operation, the AX-FIM3014-SE-V1 is designed for Omron MX2 4.0 kW models, making it a practical accessory for industrial applications requiring improved EMC performance.

Key Advantages

  • Dedicated RFI filter for Omron MX2 variable frequency drives.
  • 14 A current rating suitable for industrial drive installations.
  • 400 V AC three-phase operation.
  • Designed for 4.0 kW MX2 drive models.
  • Helps reduce conducted electrical noise and interference.
  • Panel-mounted design for control cabinet installation.
  • Supports improved EMC performance in automation systems.

Key Features

  • Omron MX2 RFI / EMC filter.
  • 14 A maximum current rating.
  • 400 V AC maximum voltage rating.
  • Three-phase filter design.
  • Panel mount construction.
  • PC pin termination style.
  • Suitable for Omron MX2 4.0 kW drive models.

Improve EMC Performance in Drive Systems

RFI filters help suppress high-frequency electrical noise generated by variable frequency drives. Installing the AX-FIM3014-SE-V1 can help reduce conducted interference on the mains supply, improving compatibility with nearby electronic equipment and supporting EMC requirements in industrial machinery.

As a dedicated Omron MX2 accessory, this filter is well suited for panel builders, machine builders and maintenance teams looking to improve drive system reliability and minimise electrical noise in motor control applications.

Typical Applications

  • Omron MX2 inverter installations.
  • Industrial motor control panels.
  • Conveyor systems.
  • Pumps and booster systems.
  • Fans and ventilation equipment.
  • Packaging machinery.
  • Material handling systems.
  • General industrial automation.

Technical Specifications

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Power 4 kW
Current 14 A
Phase Three Phase
EMC Filter None
Series MX2 Accessories
Product type RFI / EMC line filter
Compatible drive series Omron MX2
Compatible drive power 4.0 kW models
Rated voltage 400 V AC
Rated current 14 A
Input phases Three-phase
Mounting type Panel mount
Termination style PC pin
Order code AA034305A
EAN 4547648906081
Weight approx. 0.98 kg

Frequently Asked Questions

What is the Omron AX-FIM3014-SE-V1 used for?

It is an RFI / EMC line filter used to reduce electromagnetic interference generated by Omron MX2 variable frequency drives.

Which drives is this filter compatible with?

The AX-FIM3014-SE-V1 is designed for use with Omron MX2 variable frequency drives, especially 4.0 kW models.

What electrical rating does the filter have?

The filter is rated for 400 V AC, 14 A, three-phase operation.

Why is an RFI filter used with a variable frequency drive?

An RFI filter reduces conducted electrical noise, helping improve EMC performance and reducing interference with surrounding electrical equipment.

Where is the AX-FIM3014-SE-V1 installed?

It is typically installed inside an electrical control panel between the mains supply and the Omron MX2 drive.

Trusted by Industrial Automation Engineers

Omron MX2 RFI filters are used by automation engineers and machine builders to improve electromagnetic compatibility, reduce electrical noise and support reliable industrial motor control installations.