Pulley Puller Yato YT-0640 Black Silver 220mm 2.6kg

The Yato YT-0640 pulley puller is a manual tool engineered for removing pulleys from shafts and hubs in automotive and mechanical applications. With an overall width of 220 mm and a mass of 2.6 kg, this model combines robustness and sufficient leverage to handle medium-duty pulley removal tasks. The tool features a two-tone black and silver finish and a simple, functional design that supports repeated workshop use.

Advantages

This pulley puller provides durable construction and mechanical strength suited to repeated disassembly operations. Its 220 mm width gives adequate reach and clearance for many common pulley sizes, while the 2.6 kg weight contributes to stability during use. The straightforward two-arm configuration and visible metal surfaces simplify alignment on shafts, enabling controlled pulling force and reducing risk of damage to components.

Suitable for

• Removing engine accessory pulleys in passenger cars and light commercial vehicles
• Extracting pulleys from electric motors and small industrial drives
• Workshop maintenance and mechanical repair tasks requiring controlled pull force

Key specifications

• Overall width: 220 mm
• Tool weight: 2.6 kg
• Design: two-arm pulley puller
• Finish: black and silver
• Intended use: manual pulley extraction

How to use

Position the arms of the puller behind the pulley rim so the central forcing screw sits concentric to the shaft end. Tighten the central screw gradually while keeping the tool aligned to maintain even force across the pulley. Advance the screw until the pulley disengages from the shaft; if needed, back off and re-seat the arms to preserve component surfaces. After removal, inspect the pulley and shaft for wear or damage before reassembly.

Usage recommendations

Use appropriate personal protective equipment, ensure correct arm placement to avoid slipping, and select hand tools or torque settings compatible with the pulley material. For seized or corroded components, apply penetrating lubricant and proceed with incremental force to prevent sudden breakage.