Kent-Moore | J-33019 | Bearing Staking Tool V5 & DA6

Specifications

• Manufacturer: Kent-Moore
• Model Number: {manufacturers_part_number}
• Weight: 1 lb

Key Features

• Precision Bearing Staking: Engineered specifically for staking V5 and DA6 compressor bearings, this tool ensures an accurate fit and secure retention.
• Durable Construction: Built with a hardened steel body and a robust stake, the tool is designed for extended service life and consistent performance.
• Enhanced Grip: A knurled handle provides a secure and comfortable grip during operation, improving control and safety.
• Adjustable Stake Depth: The tool includes a hex wrench, allowing technicians to precisely adjust the stake depth for varied application requirements.

Applications

• Automotive Compressor Service: This tool is essential for the precise installation of bearings in V5 and DA6 automotive air conditioning compressors.
• Professional Bearing Installation: Ideal for use in automotive repair shops and industrial settings that require reliable bearing retention.
• Preventive Maintenance: Supports the correct seating of bearings, which is critical for maintaining the integrity and longevity of compressor systems.

Benefits

• Ensures Secure Bearing Retention: The tool applies controlled pressure to form the bearing's V-groove onto the housing, preventing bearing movement and ensuring stability.
• Extends Component Lifespan: Correct bearing installation minimizes wear and friction, significantly extending the operational life of V5 and DA6 compressors.
• Improves Installation Efficiency: Designed for quick and accurate bearing staking, it saves technicians valuable time, especially in high-volume or time-sensitive projects.
• Minimizes Risk of Damage: Facilitates precise installation, reducing the likelihood of bearing deformation or misalignment often associated with improper manual methods.
• Consistent, Reliable Results: Delivers repeatable and consistent staking force, ensuring each bearing is installed to exact specifications for optimal performance.