Browning 1234582 Gear Rack 0.25 in 14.5 Degree Steel

Product Description

The BROWNING 1234582 is a steel gear rack designed to convert rotational motion into linear motion within mechanical drive systems. With a face width of 0.25 inches and a 14.5-degree pressure angle, this rack suits light-duty positioning, linear actuator, and motion control applications. The 14.5-degree pressure angle is a standard legacy profile that ensures compatibility with matching spur gears of the same pressure angle specification. Installation is typically performed by maintenance mechanics, millwrights, or machine builders working on automation and conveyor equipment.

This gear rack is suited for use in industrial machinery, light mechanical assemblies, and linear positioning systems where a standard 14.5-degree pressure angle rack-and-pinion arrangement is required. The compact 0.25-inch face width makes it appropriate for smaller drive mechanisms with limited lateral load requirements. It packages as a single unit, consistent with replacement or prototype applications.

Key Features

• 0.25-inch face width for compact linear drive applications
• 14.5-degree pressure angle matches standard legacy spur gear profiles
• Steel construction for durability in mechanical drive environments
• Single-unit packaging suitable for replacement or low-volume builds
• UNSPSC Code 31171500 for procurement and catalog classification

Compatibility

Designed as an OEM-style replacement or component-level addition for mechanical drive assemblies requiring a 14.5-degree pressure angle gear rack with a 0.25-inch face width. Mate with spur gears of matching pressure angle and appropriate module or diametral pitch for correct mesh engagement.

Installation Notes

Installation is performed by qualified mechanics or millwrights following applicable machinery safety standards. Disengage and lock out all power sources before removing or installing any gear rack components. Ensure the mating gear pitch and pressure angle match this rack before assembly to prevent premature wear or tooth failure. Proper alignment of the rack to the gear centerline is critical for smooth, low-noise operation.