Precision Instruments D1F30CHK 1/4 In Dr Dial Torque Wrench - 0-

Specifications

• Product Name: Precision Instruments D1F30CHK 1/4 In Dr Dial Torque Wrench
• Drive Size: 1/4 inch
• Torque Range: 0–35 cm/kg (0–30 in-lbs)
• Accuracy: ±2% of the reading from 20% of full scale to full scale, clockwise and counterclockwise
• Dimensions: 9-29/32" (length), with an effective length of 8", width of 2-11/16", and overall height of 2-21/64"
• Weight: 1.10 lbs (1.85 lbs with plastic case)
• Finish: Nickel and chrome
• Compliance Standards: Meets or exceeds ANSI/ASME B107.14M, GGG-W-00686C, BS6073:1988, and ISO6789 standards

Key Features

• Unmatched Accuracy: Provides ±2% accuracy from 20% to full scale, ensuring precise torque measurement for critical applications.
• Exclusive Torsion Bar Design: Patented connecting arm directly links the square drive to the dial, enabling users to measure exact torque without being affected by hand-hold position.
• Wide Range of Applications: Measures torque efficiently in both clockwise and counterclockwise directions across an extensive range.
• Compact, Tapered Design: Designed for user convenience, its tapered nose and compact build offer optimal clearance in confined spaces.
• Durable Finish: Features a nickel/chrome finish for corrosion resistance and longevity in demanding environments.
• Easy-to-Read Dial: Clear and precise dial markings allow for effortless measurement in increments of 1 cm/kg (or 1 in-lb).

Applications

• Ideal for use in automotive repair, aerospace, manufacturing, and other industrial sectors requiring precise torque measurement.
• Effective for maintenance professionals who work in tight, restricted areas where traditional torque wrenches may not fit.
• Engineered for calibration-sensitive tasks, ensuring accuracy and repeatability in critical torque applications.

Benefits

• Precision When It Counts: Accurate readings mitigate risks associated with under or over-tightening fasteners, preventing mechanical failures.
• Ease of Use: The exclusive torsion bar design eliminates the need for hand-h