Torque Extension "B" - 40 ft-lbs - Ken-Tool

Specifications

• Model Number: 30256
• Manufacturer: Ken-Tool
• Torque Rating: 40 ft-lbs
• Drive Size: 3/8" Drive
• Weight: 0.23 lbs

Key Features

• Pre-Set Torque: Engineered to consistently deliver 40 ft-lbs of torque, preventing over-tightening of fasteners.
• Impact Wrench Compatibility: Designed for use with impact wrenches, transforming them into precision torque tools.
• Durable Construction: Built to withstand the demands of professional automotive and industrial environments.
• Color and Letter Coded: Features distinct color and letter coding for quick identification of its specific torque rating and drive size.
• Versatile Application: Suitable for a wide range of foreign and domestic cars and light trucks.

Applications

• Automotive Wheel Installation: Essential for accurately tightening lug nuts on passenger vehicles to manufacturer specifications.
• Tire Service and Rotation: Ensures consistent torque application during tire changes and rotations in repair shops and garages.
• General Fastening Tasks: Ideal for any application requiring precise 40 ft-lbs torque to prevent damage to components.
• Fleet Maintenance: Provides uniformity in fastening across multiple vehicles for enhanced operational safety and consistency.

Benefits

• Enhances Safety: Promotes secure wheel attachment by ensuring lug nuts are tightened to the correct torque, reducing the risk of wheels vibrating loose or coming off.
• Protects Components: Prevents damage such as stretched studs, stripped threads, or warped rotors caused by improper torque application.
• Improves Efficiency: Streamlines the fastening process, allowing technicians to quickly achieve the required torque without manual adjustments or verification for initial tightening.
• Ensures Consistency: Delivers repeatable torque values, vital for maintaining fastener integrity and assembly reliability across multiple applications.
• Extends Tool Life: Helps prolong the lifespan of impact wrenches and sockets by preventing them from being used beyond their intended stress limits for specific torque values.