Proto J6006CXCERT Mil Spec Micrometer Torque Wrench

Product Description

The PROTO J6006CXCERT is a mil spec micrometer torque wrench built for precision fastening in demanding trade and military-specification applications. It features a 3/8 inch drive and a ratchet head, with a torque range of 16 to 150 foot-pounds, covering a wide range of fastening tasks where controlled torque is critical. At 15.5 inches overall length and 3.41 pounds, it is sized for practical use in tight service environments. Licensed mechanics, maintenance technicians, and industrial tradespeople reach for this tool when fastener torque must meet documented specs.

This torque wrench is suited for applications where military specification compliance is required, including aerospace maintenance, defense equipment service, and industrial assembly. The micrometer-style adjustment mechanism allows repeatable torque settings, making it appropriate for production environments or any task where verified torque values must be logged or inspected. It is also used in general mechanical service wherever a 3/8 inch drive ratchet torque wrench is specified.

Key Features

• Mil spec rated construction for use in military and defense maintenance applications
• 3/8 inch drive ratchet head for compatibility with standard 3/8 inch sockets
• Micrometer adjustment mechanism for precise, repeatable torque settings
• Torque measurement in foot-pounds for direct reference to fastener specs
• 15.5 inch overall length balances reach and control in confined work areas

Compatibility

Designed for use with standard 3/8 inch drive sockets and accessories in mil spec and general mechanical service applications.

Installation Notes

This tool is used by licensed mechanics and maintenance technicians in fastening operations that require verified torque values. Before use, confirm the wrench is set to the correct torque value as specified by the equipment manufacturer or applicable service documentation. Do not use a torque wrench as a breaker bar or for loosening fasteners, as this can damage the internal mechanism and affect calibration accuracy. Periodic calibration verification is recommended per applicable maintenance standards.