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Cut Oxy Spring - Uniweld 830 Torch Cutting Oxygen Lever Return Spring

Packaging: 1 of each
$14.00/ea

Usually ships within 3-5 business days

OVERVIEW

Reliable Maintenance for Oxy-Fuel Equipment

The Cut Oxygen Spring for Uniweld 830 Welding Torch is a critical replacement component designed to restore the safe and efficient operation of your oxy-fuel cutting equipment. In industrial environments, the cutting oxygen lever on a torch is subjected to repetitive mechanical stress and thermal cycling. Over time, the internal spring responsible for returning the lever to the closed position can lose tension, corrode, or fracture. This degradation compromises the operator's control over the oxygen stream, potentially leading to gas waste, poor cut quality, or safety hazards where the oxygen flow does not cease immediately upon release.

This precision-engineered spring is manufactured specifically to fit the valve assembly of the Uniweld 830 series torches. It provides the exact compression force required to seat the valve plunger firmly against the seat when the lever is disengaged. Proper seating is essential for preventing high-pressure oxygen leaks, which can be dangerous in a hot work environment. By replacing a worn or fatigued spring with this high-quality component, maintenance personnel can extend the service life of their existing torch inventory, avoiding the capital expense of replacing entire torch handles or cutting attachments.

Installation of the Cut Oxygen Spring requires disassembly of the lever mechanism. It is recommended that this procedure be performed by qualified repair technicians familiar with oxy-fuel apparatus to ensure that all seals and seating surfaces remain intact. This part is manufactured from durable spring steel, treated to resist the fatigue common in high-use fabrication shops. Whether performing routine preventative maintenance or addressing a specific mechanical failure, this spring is an indispensable part of a comprehensive torch repair kit.

Technical Specifications and Safety

Ensuring the integrity of the cutting oxygen valve is paramount for process safety. A weak spring may allow the valve to 'float,' causing intermittent flow or 'popping' during preheating. This replacement part restores the tactile feedback of the lever and ensures a positive shut-off. It is compatible exclusively with the Uniweld 830 model, ensuring that the dimensions and spring rate are perfectly matched to the manufacturer's original design specifications.

Additional Information
Brand:Uniweld
Item:Accessory
Fits Which Torch?:Uniweld 830
Packaging Description:1 of each

INCLUDED

  • 1 x Cut Oxygen Spring for Uniweld 830

APPLICATIONS

  • Repairing Uniweld 830 series welding and cutting torches
  • Routine maintenance of oxy-fuel cutting attachments
  • Restoring proper function to sticky or loose cutting oxygen levers
  • Fixing oxygen leaks caused by improper valve seating

FAQ

It provides the return force for the cutting oxygen lever, ensuring the oxygen valve closes completely when the lever is released.

This spring is specified for the Uniweld 830. While some internal parts are shared across models, we recommend verifying your specific torch model diagram to ensure compatibility.

Signs include a lever that feels loose, doesn't snap back immediately after use, or if you detect oxygen leaking from the cutting tip when the lever is not depressed.

Installation requires partial disassembly of the torch handle lever mechanism. It is generally considered a moderate repair task suitable for experienced users or technicians.

It is manufactured from high-tensile spring steel designed to withstand repeated compression cycles and the thermal environment of welding applications.

Yes, if the valve doesn't close or open crisply, it can affect the control of the oxygen stream, leading to messy starts or stops in your cut.

No, this product is the spring only. You will need to reuse your existing lever and pivot pin or purchase them separately if they are damaged.

If the tip is new and seated correctly, the leak may be coming from the internal high-pressure valve not seating properly, often due to a weak or broken cut oxygen spring.