8mm Socket for Actuator Set - Lisle

The Lisle 64170 8mm Socket is an essential component designed for professional technicians and mechanics working with automotive and industrial actuator systems. This specialized 8mm socket is engineered to provide a precise and secure fit, facilitating the efficient removal and installation of fasteners on small, electric HVAC motors and other actuator motor applications. It is specifically designed to integrate seamlessly with Lisle actuator motor wrench sets, including the 64100, enhancing the versatility and capability of your existing tool collection.

Key Features

• Precision 8mm Fit: Engineered for an exact fit on 8mm fasteners, preventing slippage and potential damage to components.
• Durable Construction: Manufactured from high-grade chrome vanadium steel, ensuring superior strength and long-lasting performance in demanding shop environments.
• 6-Point Design: Features a 6-point configuration for a secure grip, reducing the risk of rounding off bolt heads during use.
• Optimized for Actuator Systems: Specifically designed to work effectively with actuator motor wrench sets, making it ideal for specialized tasks.
• Professional Grade: Built to withstand the rigors of daily professional use, reflecting Lisle's century-long commitment to quality automotive tools.

Applications

This 8mm socket is invaluable for a range of automotive service tasks, particularly those involving small, electric HVAC motors where precise fastener manipulation is crucial. Its compatibility extends to various vehicle makes and models, including numerous Audi and Volkswagen vehicles (such as Golf, Jetta, Passat, Tiguan, and RS7 models), as well as BMW X-series (X1-X7) models, where it assists in the removal and installation of actuator fasteners. It is a practical addition for any technician performing climate control system repairs, engine component servicing, or other operations requiring access to actuator mechanisms in confined spaces. The secure fit provided by this socket helps to increase efficiency and improve accuracy, while significantly reducing the risk of damage to delicate components.