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32914 - ESAB 32914 Replacement Control Transformer 230-575V

Packaging: pack of 1
$1,204.08/EA $721.41/pack of 1 only $721.41/EASave 40%

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OVERVIEW

Restore Power with the ESAB 32914 Multi-Voltage Control Transformer

The ESAB 32914 Control Transformer is the heartbeat of your welder's control system. If your machine powers on but the display is dead, the contactor won't pull in, or the cooling fan fails to spin, a faulty control transformer is often the culprit. This component is responsible for taking the raw input power from the wall—whether it's 230V, 400V, 460V, or 575V—and converting it down to the lower voltages required by the machine's printed circuit boards (PCBs), solenoids, and relays.

Designed for the professional repair technician and the skilled maintenance welder, this transformer (XFMR) is built to handle the rigors of the shop floor. It features a robust core and coil assembly, impregnated with varnish to protect against moisture, conductive dust, and the mechanical vibration inherent in welding environments. The multi-tap primary side allows you to configure the transformer to match your shop's specific line voltage. This is particularly useful if you are moving equipment between bays with different power provisions or retrofitting a used machine for a new voltage input.

Installation and Diagnostics:

Replacing a control transformer requires attention to detail. The 32914 clearly labels its taps, but always verify your input voltage with a multimeter before connecting. Ensure the machine is disconnected from all power sources and capacitors are discharged before servicing. This unit is a direct replacement for the original part in compatible ESAB power sources, ensuring that mounting holes align and spade or screw terminals fit correctly without modification. Don't risk frying expensive control boards with a generic transformer that might have incorrect turns ratios or poor regulation; stick to the spec with the ESAB 32914.

Technical Highlights:

  • Input Flexibility: Ready for 230V, 400V, 460V, or 575V service.
  • Duty Cycle: Built to withstand continuous control circuit loads.
  • Protection: High-grade insulation prevents internal shorts and grounding issues.
Additional Information
Brand:ESAB
Voltage:230 V, 400 V, 460 V, 575 V
Part Type:Control Transformer
Input Phase:1-Phase
Packaging Description:pack of 1

INCLUDED

  • 1 x ESAB 32914 Control Transformer (230/400/460/575V)

APPLICATIONS

  • Repair of ESAB welding power sources with failed control circuits.
  • Voltage conversion for internal welder electronics (PCBs, fans, solenoids).
  • Replacement of burnt-out or shorted control transformers.
  • Reconfiguring welding machines for different input voltages (e.g., moving from 460V to 575V shops).

FAQ

It is a control transformer that steps down high input voltage (like 460V or 575V) to a lower voltage needed to power the welder's internal electronics and control circuits.

This transformer supports multiple input voltages including 230V, 400V, 460V, and 575V, making it highly versatile for different industrial power supplies.

Common signs include the machine failing to power up completely, no display lights, or the main contactor failing to engage despite line power being present. A multimeter test of the windings can confirm an open or short circuit.

Yes, this is a genuine ESAB Original Equipment Manufacturer replacement part, ensuring exact specifications and fitment for your ESAB equipment.

The specified taps are 230/400/460/575V. Using it on 208V might result in lower-than-spec secondary voltages, potentially causing control errors. Always check the machine's manual for tolerance ranges.

No, this is a control transformer. It handles low-amperage current for the machine's brain and accessories, not the high-amperage welding output.

Always perform Lockout/Tagout (LOTO) procedures to disconnect power. Verify zero energy with a meter and discharge any capacitors before touching internal components.

It allows manufacturers to build one machine that can be sold and used in different regions or facilities with different power grids by simply changing how this transformer is connected.