RS PRO 2 Module Steel Gear Rack, 500 mm Length, 80 Teeth, 20 mm Face Width 521-7792

RS PRO 521-7792 Steel Gear Rack is a precision mechanical component designed for robust power transmission in industrial environments. This gear rack features a 2 module pitch, with a total of 80 teeth spread over a 500 mm length and a face width of 20 mm, fabricated in high quality steel to ensure durability and longevity under demanding conditions.

The gear rack operates with a 20° pressure angle, compatible with a variety of standard spur gears, making it suitable for applications in manufacturing equipment, automation systems, and mechanical power transmissions. The pitch centre height of 23 mm supports efficient gear engagement and load distribution.

Manufactured to strict dimensional tolerances of ±0.25 mm, this gear rack offers consistency and reliability in mechanical assemblies, facilitating accurate linear motion and torque transfer. The steel material selection provides excellent wear resistance, suitable for continuous operation in industrial machinery.

This rack is typically supplied in nominal lengths of 300 mm, 500 mm, and 1000 mm and is available in both steel and nylon variants, allowing selection based on application-specific requirements.

Constructed from durable steel for high strength and wear resistance. Compatible with spur gears featuring a 20° pressure angle. Precision machined with dimensional tolerance of ±0.25 mm. Suitable for integration in industrial machinery and fluid power systems.

Features 23 mm pitch centre height for effective gear meshing. Manufactured with standardized 2 module pitch size to ensure interchangeability. Nominal length of 500 mm and face width of 20 mm optimize rack engagement. Ideal for use in manufacturing, automation, and mechanical assemblies.

This RS PRO gear rack is made in China and represents a reliable choice for engineers and technicians seeking to implement precise mechanical power transmission solutions. Explore more products in the Gear Racks category at EnvMart to find compatible and supplementary mechanical components.