OTC 1956M 82mm Octagonal Locknut Socket, High-Strength Steel, 2 lbs.
- The OTC 1956M 82mm Octagonal Locknut Socket is a specialized tool designed for the removal and installation of locknuts on truck wheel bearings. Its precise 82mm octagonal shape ensures a secure fit, facilitating efficient maintenance of wheel bearings on heavy-duty vehicles.
- Features:
- Designed for 82mm octagonal locknuts commonly found on truck wheel bearings
- 3/4-inch square drive compatible with standard ratchets and breaker bars
- Constructed from high-strength steel for durability and longevity
- Deep socket design accommodates various axle configurations
- Corrosion-resistant finish enhances tool lifespan
- Specifications:
- Manufacturer: OTC
- Part Number: 1956M
- Product Type: Locknut Socket
- Socket Size: 82mm
- Drive Size: 3/4"
- Material: High-strength steel
- Socket Depth: Deep
- Wall Thickness: 1/8"
- The OTC 1956M 82mm Octagonal Locknut Socket is also known as an 82mm truck wheel bearing locknut socket, OTC 82mm octagonal locknut tool, heavy-duty axle locknut socket, OTC 1956M locknut wrench, and 82mm octagon locknut remover.
OTC, a renowned brand in automotive specialty tools, offers innovative solutions for professional technicians and DIY enthusiasts. With a commitment to quality and precision, OTC tools are designed to meet the rigorous demands of automotive repair and maintenance.
Q: What vehicles are compatible with the OTC 1956M Locknut Socket?
A: This socket is designed for use on heavy-duty trucks featuring 82mm octagonal locknuts on their wheel bearings. Compatibility depends on the specific axle configurations of the vehicle.
Q: Can this socket be used with a standard 3/4-inch drive ratchet?
A: Yes, the 1956M is compatible with any standard 3/4-inch drive ratchet or breaker bar, allowing for versatile use in various maintenance applications.
Q: Is the socket suitable for impact wrench use?
A: While constructed from high-strength steel, it's recommended to verify with the manufacturer or refer to the product manual to ensure compatibility with impact tools to prevent potential damage.
