Skip to Main Content

1404-0105 - Victor Replacement Grooved Shear Pin .09 x .5 Inch

Packaging: pack of 1
$16.78/EA $11.04/pack of 1 only $11.04/EASave 34%

Usually ships within 3-5 business days

OVERVIEW

Precision Replacement Hardware for Victor Equipment

The Victor 1404-0105 Drive Pin is a critical replacement component designed specifically for the maintenance and repair of Victor oxy-fuel cutting and welding apparatus. As a genuine OEM part, this grooved drive pin is engineered to meet the exact dimensional tolerances required for proper equipment function. Measuring 0.09 inches in diameter and 0.5 inches in length, it serves as a vital mechanical fastener, often used in lever assemblies, pivot points, or as a shear pin within the torch body or cutting attachment. The grooved texture of the pin is a deliberate design feature intended to increase friction and retention once installed, ensuring that the pin remains securely in place even under the vibration and thermal expansion typical of welding and cutting operations.

Maintenance professionals understand that using non-standard or generic hardware in precision gas equipment can lead to mechanical slop, improper lever action, or even safety hazards. The 1404-0105 pin is manufactured from durable materials capable of withstanding the mechanical stresses applied during operation. Whether you are rebuilding a vintage Victor torch or performing routine maintenance on a modern cutting attachment, this pin restores the factory-original feel and reliability of the tool. Its specific shear properties also mean it is designed to fail safely under excessive load, protecting more expensive components of the assembly from damage.

Installation of the Victor 1404-0105 requires attention to detail, as the interference fit provided by the grooved surface ensures a tight seal and mechanical lock. This part is essential for workshops and industrial supply cribs that support welding fabrication teams, ensuring that downtime caused by minor mechanical failures is minimized. By choosing genuine Victor parts, you maintain the integrity of the UL listings and safety certifications associated with your gas equipment.

Technical Specifications and Application

This drive pin is identified by the internal SKU VIC1404-0105 and is compatible with a range of Victor product lines. Users should verify the specific parts diagram of their equipment to confirm fitment, as Victor utilizes various pin sizes across their extensive catalog of handles, regulators, and attachments. The 0.09" x 0.5" form factor is a common standard for lever pivots in medium-duty and heavy-duty cutting attachments. The pin is supplied as a single unit, allowing for targeted repairs without the need to purchase entire assembly kits when only a fastener is required.

Additional Information
Brand:Victor
Packaging Description:1 Per Ea
Product Type:Drive Pin, Shear Pin
Dimensions:0.09 in x 0.5 in
Design:Grooved
Application:Equipment Repair, Torch Maintenance

INCLUDED

  • 1 x Victor 1404-0105 Grooved Drive Pin (.09" x .5")

APPLICATIONS

  • Repairing pivot points on Victor cutting attachments
  • Replacing worn or sheared pins in torch handles
  • Securing levers and mechanical assemblies in gas equipment
  • General maintenance of Victor oxy-fuel apparatus
  • Restoring factory functionality to vintage and modern torches

FAQ

The pin measures 0.09 inches in diameter and 0.5 inches in length.

Yes, this is a genuine Victor 1404-0105 replacement part.

The grooves create an interference fit, helping the pin stay securely in place and preventing it from vibrating loose.

It is designed specifically for Victor equipment. While dimensions might match others, it is best used on compatible Victor models.

It is typically a press-fit installation. You may need a small punch and hammer to tap it gently into place.

It is made of high-strength steel designed for durability and shear resistance.

Yes, this item is typically sold as a single unit (1 per each).

A smaller pin will result in a loose fit, causing sloppy lever action and potential failure of the assembly.