Browning 1234574 Gear Rack 0.25 in Face Width Spur Gear

Product Description

The BROWNING 1234574 is a steel gear rack designed for use with spur gears in linear motion and power transmission applications. With a 0.25 inch face width and a 14.5 degree pressure angle, this rack provides reliable meshing geometry suited for light-duty mechanical assemblies. Gear racks convert rotational motion from a mating spur gear into linear movement, making them a fundamental component in positioning systems, actuators, and machine slides. This part is installed by mechanical technicians and machine builders working on industrial or commercial equipment requiring precise linear displacement.

This gear rack is appropriate for use in mechanical assemblies where a standard 14.5 degree pressure angle spur gear system is specified. The 0.25 inch face width suits compact drive configurations where space is limited. Typical applications include light-duty linear actuators, positioning jigs, and automation equipment requiring rack-and-pinion drive arrangements. The steel construction supports moderate load and wear conditions common in machine tool and general mechanical service environments.

Key Features

• 0.25 inch face width suited for compact spur gear drive applications
• 14.5 degree pressure angle for standard spur gear meshing compatibility
• Steel construction for durability in mechanical power transmission service
• Designed for use with spur gears in rack-and-pinion configurations
• Sold individually — package quantity of 1

Compatibility

Designed for use with spur gears operating at a 14.5 degree pressure angle. Confirm tooth pitch and face width match the mating spur gear before installation.

Installation Notes

Installation is typically performed by mechanical technicians or machine builders. Ensure all drive components are de-energized and motion is locked out before installing or replacing the gear rack. Align the rack precisely with the mating spur gear to ensure full tooth contact across the face width and prevent premature wear. Fastener torque and mounting surface requirements should follow the equipment manufacturer specifications for the host assembly.