Browning 1234822 Gear Rack 1.25 in 14.5 Deg Spur Gear Steel

Product Description

The BROWNING 1234822 is a steel gear rack designed for use with spur gears in linear motion and power transmission applications. It features a 1.25-inch face width and a 14.5-degree pressure angle, making it suited for standard spur gear mesh arrangements. Gear racks convert rotational motion from a mating pinion or spur gear into linear movement along the rack's length. This component is typically installed by mechanical technicians and millwrights working on conveyor systems, positioning equipment, and actuated assemblies that require precise linear travel.

This gear rack is appropriate for light to medium-duty mechanical drive applications where a spur gear interface is specified. It is commonly found in industrial machinery, automation equipment, and custom fabricated assemblies. The 14.5-degree pressure angle is a legacy standard that ensures proper mesh with corresponding spur gears cut to the same pressure angle specification. It is sold as a single unit and is intended for professional installation in engineered mechanical systems.

Key Features

• 1.25-inch face width for standard spur gear mesh applications
• 14.5-degree pressure angle matches legacy and standard spur gear profiles
• Steel construction provides durability in mechanical drive assemblies
• Compatible with spur gear pinions for linear motion conversion
• Sold as a single-piece unit

Compatibility

Designed for use with spur gears having a matching 14.5-degree pressure angle. No specific model or system compatibility was provided in the product data.

Installation Notes

Gear racks are installed by qualified mechanical technicians or millwrights as part of engineered drive assemblies. Before servicing or installing, de-energize and lock out all connected power sources per applicable OSHA lockout/tagout procedures. Ensure the mating spur gear matches the rack's pressure angle and pitch to achieve proper tooth engagement. Improper alignment between the rack and pinion can accelerate wear and cause premature failure.