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Three Jaw Adjustable Puller - 4 In - 5 Ton - K Tool International

Part #: KTI70321

The K Tool International KTI70321 Three Jaw Adjustable Puller is an essential tool for professional mechanics and industrial technicians, engineered to facilitate the safe and efficient removal of stubborn pulleys, gears, and bearings. Designed for demanding shop environments, this robust puller provides reliable performance with its substantial 5-ton capacity, making quick work of otherwise challenging extraction tasks. Its versatile design ensures a secure grip and controlled pulling force for various applications.

Key Features

  • 5-Ton Pulling Capacity: Provides ample power for extracting seized or press-fit components without damage.
  • Adjustable Three-Jaw Design: Offers a secure and balanced grip on components, preventing slippage and ensuring even force distribution during removal.
  • 4-Inch Spread: Accommodates a wide range of component sizes, enhancing versatility across different jobs.
  • 3-1/2 Inch Reach: Ideal for accessing and removing components situated deeper on shafts or within tight clearances.
  • Professional-Grade Construction: Built for durability and repeated use in demanding automotive and industrial settings.

Applications

This K Tool International puller is an indispensable asset for a variety of maintenance and repair operations. It excels in automotive service for removing crankshaft pulleys, alternator pulleys, power steering pump pulleys, and timing gears. In industrial settings, it is suitable for maintenance on electric motors, pumps, small engines, and other machinery where precise and powerful gear or bearing removal is required. Its robust construction ensures it can handle the rigors of frequent use in professional workshops.

Specifications

  • Manufacturer: K Tool International
  • Model Number: KTI70321
  • Capacity: 5 Ton
  • Reach: 3-1/2 inches
  • Spread: 4 inches
  • Jaw Type: Three-jaw, adjustable

Recommended Alternatives

This product was added to our catalog on Tuesday 13 February, 2007.