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Rockforce alternator clutch puller tool RF-674 1/2" M10
Rockforce alternator clutch puller tool RF-674 1/2" M10
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Rockforce alternator clutch puller tool RF-674 1/2" M10
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Rockforce alternator clutch puller tool RF-674 1/2" M10
Rockforce alternator clutch puller tool RF-674 1/2" M10
Rockforce alternator clutch puller tool RF-674 1/2" M10 is a purpose-built workshop tool for removing alternator pulley clutches that use an M10 fastening and a standard 1/2" drive. The tool is designed to engage the clutch securely and allow controlled extraction without damaging the alternator shaft or surrounding components. It is intended for use with hand or impact tools compatible with a 1/2" drive and offers a compact solution for service and repair tasks on vehicles fitted with M10-threaded alternator clutches.
The Rockforce RF-674 puller provides a secure threaded connection to the clutch via an M10 interface and is compatible with standard 1/2" drive toolsets, enabling straightforward integration into existing workshops. Its construction is intended to transmit pulling force evenly to minimize risk of shaft or bearing damage during removal operations. The tool's size and thread specification make it suitable for confined engine bays where access is limited and precision removal is required.
Position the RF-674 puller so its M10 threaded portion engages the alternator clutch thread. Secure the tool by turning the threaded section until it seats against the clutch face, ensuring alignment with the alternator shaft. Attach a compatible 1/2" drive tool to the puller and apply steady, controlled pulling force to extract the clutch from the shaft. Inspect the alternator shaft and bearing area after removal for wear or damage before installing replacement parts.
Use appropriate personal protective equipment and follow vehicle manufacturer instructions for alternator removal where applicable. Apply controlled force and avoid sudden impacts that could damage the alternator or adjacent components. If resistance is unusually high, verify correct thread engagement and alignment before increasing force.
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