1/4" Drive Dial Torque Wrench w/ Memory Needle 1-5 Nm - Precision Instruments

Specifications

• Manufacturer: Precision Instruments
• Model Number: D1F5NM
• Drive Size: 1/4 inch
• Torque Range: 1 to 5 Newton meters (Nm)
• Display Type: Dial with memory needle
• Weight: 1.85 lbs
• Dimensions: 0 x 0 x 0 inches

Key Features

• 1/4" Drive: Ideal for precise torque application on small and delicate fasteners.
• Dial Display: Provides instant, real-time torque readings for immediate feedback during use.
• Memory Needle: Captures and retains the peak torque value applied, allowing for easy verification after the fastening process.
• 1-5 Nm Range: Offers a focused and highly accurate torque range suitable for low-torque requirements.
• Durable Construction: Built by Precision Instruments to ensure long-lasting performance and reliability in demanding environments.

Applications

• Electronics Assembly: Precisely fasten components in sensitive electronic devices.
• Bicycle Maintenance: Accurately torque small bolts and components on bicycles, such as stems, seatposts, and derailleurs.
• Automotive Repair: Apply correct torque to small engine parts, interior components, and delicate sensors.
• Medical Device Assembly: Ensure precise and consistent fastening in the manufacturing and maintenance of medical equipment.
• Precision Machinery: Suitable for assemblies requiring critical low torque settings to prevent damage or failure.

Benefits

• Enhances Accuracy: Users achieve exact torque specifications, preventing undertightening or overtightening of critical fasteners.
• Prevents Damage: Protects against stripped threads, damaged components, and potential equipment failure by ensuring correct torque application.
• Increases Reliability: The memory needle feature allows for post-application verification, confirming that the specified torque was reached, thereby reducing errors.
• Improves Efficiency: Clear dial readings and the memory function streamline the torqueing process and verification steps.
• Versatile Use: Effectively addresses the need for precise, low-range torque control across a variety of professional and technical applications.