Precision Instruments DS1F8ZM 1/4 In Dr Dial Indicating Driv - Precision Instruments

The Precision Instruments DS1F8ZM 1/4 In Dr Dial Indicating Driver is engineered for professional technicians requiring precise torque application in low-range settings. This specialized 1/4-inch drive tool delivers exceptional accuracy and convenience, making it ideally suited for delicate fastening tasks where traditional torque wrenches may be less practical. Its robust design ensures consistent results by eliminating hand-hold sensitivity, a critical feature for maintaining accuracy across all applications.

Key Features

• Accurate Low-Range Torque: Offers a 0-8 In/Oz capacity with fine .25 In/Oz graduations for precise control in critical applications.
• Memory Pointer: Equipped with a memory pointer to capture the peak torque reading, facilitating documentation and quality control.
• Durable Construction: Features a nickel/chrome finish for enhanced durability and resistance to harsh shop environments.
• Industry Standards Compliance: Meets or exceeds GGG-W-686C and ANSI B107.14M specifications, ensuring professional-grade performance and reliability.
• Hand-Hold Insensitivity: Engineered to provide reliable torque measurement irrespective of grip position, a key advantage over other torque tools.

Applications

This dial indicating driver is particularly well-suited for a variety of sensitive automotive and industrial applications where precise, low-level torque is essential. Common use cases include tightening fuel injectors, carburetor adjustments, and securing fasteners in plastic housings where over-torquing can lead to damage. Its precision also makes it invaluable for delicate electronic assembly and other tasks demanding extremely tight torque tolerances.

Specifications

• Square Drive Size: 1/4"
• Capacity: 0-8 In/Oz
• Graduations: .25 In/Oz
• Handle Height: 6-27/64"
• Length: 7-3/4"
• Width: 2-9/32"
• Tool Weight: 1.00 lbs.
• Weight with Plastic Case: 1.65 lbs.
• Finish: Nickel / Chrome
• Standards Met/Exceeded: GGG-W-686C, ANSI B107.14M