GearWrench® 64-832G Torque Multiplier, 6.3:1 Gear Ratio, 6.0:1 Torque Ratio, 1/2 x 3/4 in Drive, 200 ft-lb Maximum Torque Input

GearWrench® Torque Multiplier, 6.3:1 Gear Ratio, 6.0:1 Torque Ratio, 1/2 x 3/4 in Drive, 200 ft-lb Maximum Torque Input, 1200 ft-lb Maximum Torque Output, 4.062 in L x 3.94 in W Head, 14-1/8 in OAL, Bar Reaction System. The GearWrench® family of torque wrenches and torque products offer the latest innovations in torque measurement. Included in the line are micrometer, tire shop, beam and electronic torque wrenches, as well as, torque multipliers. The micrometer wrenches are available in fixed head and flex head. The fixed head line offers wrenches in 1/4 to 3/4 in drives. The flex head wrenches are available in 3/8 in and 1/2 in drives. The tire shop wrenches feature a rugged tire tread rubber cover on the head intended to specifically be used for checking wheel lug nuts and are available in 3/8 in and 1/2 in drives. The electronic torque wrenches ensure a more precise fastener torque level and are available in a 3/8 in and 1/2 in drives. The GearWrench® line of torque products allow the user to complete any job where accurate torque is required.

Features

• Low input torque is required and can easily be applied by one person
• Internal planetary gear system provides strength and durability
• Place an impact socket on the output square to attach to the fastener, then restrain the reaction bar against the equipment being serviced
• Input and output rotate in a matching direction, while the reaction arm moves in the opposite direction from the input/output force
• Torque accuracy of +/- 5% CW between 20% and 100% of wrench capability
• Square drive shears at 3% to 10% of overload torque to help protect against internal damage and permits easy replacement of the square drive
• Built-in anti-backlash maintains the multipliers input torque, allowing the use of a ratcheting head torque wrench for more efficiency
• Built-in angle of turn protractor displays the output angle, providing effective use on fasteners requiring a specific angle rotation after applied torque