Tapped Swivel for OTC 1165 / 1166 - OTC Tools and Equipment

The OTC Tools and Equipment 27051 Tapped Swivel is an essential replacement or enhancement component designed specifically for use with OTC 1165 and OTC 1166 Internal Pulling Attachments. This precision-engineered swivel is crucial for maintaining the optimal functionality and versatility of your existing pulling system, ensuring reliable performance during demanding automotive and industrial extraction tasks. It facilitates improved articulation and alignment, making challenging blind hole removals more efficient.

Key Features

• Precision Compatibility: Engineered to seamlessly integrate with OTC 1165 and OTC 1166 Internal Pulling Attachments, ensuring proper fit and function.
• Enhanced Articulation: The swivel design allows for angular adjustment during pulling operations, minimizing binding and enabling better alignment with stubborn components.
• Durable Construction: Manufactured from professional-grade, high-strength materials to withstand the rigorous forces involved in extracting bearing cups, oil seals, and bushings.
• Secure Tapped Connection: Features a precisely tapped thread, providing a secure and stable attachment point for pulling screws or other puller assembly components.
• Optimized Performance: Restores or upgrades the smooth operation of your internal pulling attachment, contributing to more controlled and effective component removal.

Applications

The OTC 27051 Tapped Swivel is indispensable for professional technicians and mechanics engaged in the extraction of components from blind holes. It is commonly utilized in automotive repair shops, industrial maintenance facilities, and heavy equipment service centers. This swivel is vital when using the OTC 1165 and 1166 Internal Pulling Attachments with a corresponding Push-Puller or slide hammer assembly to remove bearing cups, oil seals, bushings, and other press-fit parts from confined spaces where direct access is limited. Its ability to provide flexible movement is particularly beneficial in situations requiring precise force application and alignment.