Precision Instruments D1F75CHNMP 1/4 In Dr Dial Torque Wrench w/

The Dial Type Wrench provides an excellent solution for many applications. The wide range of scales makes selecting the appropriate tool easy. Accurate to 1% of the reading from 20% of full scale to full scale clockwise and counterclockwise, the Dial Type Wrench is the most accurate torque wrench family. The Dial Type Wrench is the only wrench that is not affected by the hand-hold position on the wrench.

• Extremely Accurate - Accurate within 1% of reading from 20% of full scale to full scale.
• Guaranteed against defect in workmanship and materials for 1 year from the date of delivery providing that they have been used according to instructions.
• Exclusive Torsion Bar Design - This patented design features a connecting arm directly from the square drive to the easy-to-read dial. This enables the user to read the actual twist of the square drive. And, since a lever principle isn`t used, hand-hold position is not critical, unlike the split or bending beam competitive torque wrenches.
• Compact Design and Tapered Nose - This provides ease-of-operation by allowing clearance where operating space is limited.
• Memory Pointer Models retain the highest torque reading for easy reference. For quality control testing, a Memory Pointer Model displays the maximum reading obtained, providing an excellent tool for verifying production torque applications. They are also excellent for determining breakaway torque.
• All "D" Series meets or exceeds all applicable requirements of: ANSI / ASME B107.14M, GGG-W-00686C, BS6073: 1988, ISO6789

• Square Drive Size: 1/4"
• Drive Type: Fixed drive
• Combination Dial
• Primary Capacity: 15-75 lb.in.
• Primary scale increments: 1 lb.in.
• Secondary Capacity: 1.68-8.4 N m
• Secondary scale increments: 0.2 N m
• Length: 9-29/32"
• Effective Length: 8"
• Width: 2-11/16"
• Overall Height: 2-21/64"
• Weight: 1.10 lbs
• Weight w/plastic case: 1.85 lbs
• Finish: Nickel / Chrome
• Meets or Exceeds the following Specifications: GGG-W-686C, ANSI B107.14M