Williams Comfort Products TM-392 Torque Multiplier

Product Description

The WILLIAMS COMFORT PRODUCTS TM-392 is a torque multiplier rated to 2200 foot-pounds of output torque. Torque multipliers use a planetary gear reduction system to allow a technician to apply high torque values using a standard drive tool and modest input force. This tool is used in heavy-duty fastening applications where conventional torque wrenches cannot reach the required output. At 20.565 pounds, the TM-392 is a substantial piece of equipment suited for professional trade and industrial use. Licensed mechanics, millwrights, and field service technicians are the primary users of tools in this class.

The TM-392 is appropriate for applications requiring precise, high-torque fastening in commercial, industrial, and heavy equipment service settings. Typical use cases include bolting flanges, securing large mechanical assemblies, and servicing equipment where fastener specifications demand outputs well beyond the range of hand torque wrenches. It is sold individually (each) with a minimum order quantity of one unit.

Key Features

• 2200 foot-pounds maximum output torque capacity
• Planetary gear reduction multiplies input torque to high output values
• Unit weight of 20.565 pounds reflects heavy-duty construction
• Sold as a single unit with no minimum order requirement beyond one

Compatibility

Designed as a high-torque multiplying tool for professional trade and industrial fastening applications. Verify drive size compatibility with your existing torque wrench or input drive tool before installation.

Installation Notes

Torque multipliers should be operated by trained technicians familiar with high-torque fastening procedures. Always verify the reaction arm is properly seated against a solid surface before applying input torque to prevent tool movement or injury. Confirm the fastener specification and target torque value from the equipment manufacturer before use. Follow all applicable workplace safety standards and equipment service manuals.