MOUNTZ 076517 FGA-20 Adjustable Torque Screwdriver, 1/4" F/Hex, 22 - 226 cN.m

MOUNTZ 076517 FGA-20 Adjustable Torque Screwdriver, 1/4" F/Hex, 22 - 226 cN.m

The FGA-20 is the next-generation adjustable torque screwdriver by Mountz Torque. Thanks to the digital adjustable torque setting on the FGA, you can quickly switch torque values in the field or at the workstation, leading to improved productivity. The adjustable tool saves field service techs and manufacturers time and tooling costs by allowing them to accurately tighten critical fasteners of different sizes—all with a single tool. The FGA digitally converts between metric and standard units. 

Mountz FGA tools stay in calibration 4X longer than the most stringent industry standard (ISO 6789). Engineered with a cam-over mechanism, the poka-yoke adjustable screwdriver prevents over-torque. You can give Mountz FGA tools to any operator and have the confidence that he/she will deliver the correct torque, time after time.

Features

• Quick torque setting adjustment 
• Converts between metric and standard units. Five selectable units of torque measurements: (ozf.in, lbf.in, cN.m, N.m, kgf.cm). 
• Digital torque scale provides an accurate and simplistic process to adjust the torque setting
• Cam-over technology ensures correct torque is applied and eliminates fastener breakage issues
• Poka-yoke torque screwdriver prevents over-torque
• Error-proofing assembly process
• Safeguards against fastening failures
• Calibration life 4x ISO standards, unmatched by any screwdriver
• Tool is set to a designated torque value and the correct torque value is consistently applied
• Locking mechanism prevents incidental torque setting changes and ensures fastening precision and repeatability 
• Improve field service quality. Accurately tighten critical fasteners of different sizes—all with a single tool
• Two-year unlimited warranty
• Lifetime guarantee against manufacturing defects
• Patented secure bit locking mechanism with one-touch release can only be activated by the user for greater flexibility of applications and efficiency on the line
• Reduced bit wear lowers the incidence of bits falling out, which can slow production or cause product damage
• Ergonomic handles are designed with fewer flutes and larger recesses to make the tools easier to hold, less likely to cause hand fatigue, and makes drivers easier to clean

Specifications