Browning 1234426 Gear Rack 1 in 20 Deg Spur Gear Steel

Product Description

The BROWNING 1234426 is a steel gear rack designed for use with spur gears in linear motion drive systems. With a 1-inch face width and a 20-degree pressure angle, this rack provides consistent tooth engagement and load transfer across a range of mechanical drive applications. Manufactured from steel and finished in gray, it delivers the structural integrity required for industrial and commercial motion control assemblies. Licensed mechanical technicians and machine builders typically source this component for positioning systems, conveyor drives, and other applications requiring precise linear actuation.

This gear rack is suited for use in light to medium-duty mechanical assemblies where spur gear drive systems provide linear motion. Typical installations include automated positioning equipment, actuator stages, and machine tool feed mechanisms. The 20-degree pressure angle is a standard specification widely used in industrial gear train design, making this rack compatible with many off-the-shelf spur gear pinions of the same pressure angle specification.

Key Features

• 1-inch face width for stable tooth contact across the gear mesh
• 20-degree pressure angle matches standard spur gear pinion specifications
• Steel construction for durability in load-bearing drive applications
• Gray finish provides basic surface protection during service
• Compatible with spur gear pinions of matching pressure angle and pitch

Compatibility

Designed for use with spur gears featuring a matching 20-degree pressure angle. No specific model or system compatibility was provided in product data; consult the manufacturer documentation to confirm pitch and module compatibility with your pinion selection.

Installation Notes

Gear racks are typically installed by mechanical technicians or machine builders following standard mechanical assembly practices. Disengage and lock out all power to the drive system before mounting or adjusting the rack. Proper alignment between the rack and mating pinion is critical to even load distribution and component longevity. Refer to applicable machinery safety standards for fastener selection and mounting surface requirements.