CDI Torque 3/8" Electronic Dial Wrench 60-600 In. - CDI Torque Products

The CDI Torque 3/8" Electronic Dial Wrench (Model 6002ED-CDI) is engineered for professional technicians and mechanics requiring precise torque application in both automotive and industrial settings. This robust electronic torque wrench offers a 60-600 in.lb. range, ensuring accuracy and reliability for critical fastening tasks. Its advanced features provide clear feedback, enhancing efficiency and preventing costly overtightening.

Key Features

• Multi-Unit Versatility: Easily switch between four units of measure (ft. lb., in. lb., Nm, kg.cm) to accommodate various specifications.
• High Accuracy: Delivers ± 1% accuracy in both clockwise and counter-clockwise directions across 20% to 100% of its full scale, guaranteeing precise torque.
• Intuitive Feedback System: A 3-step LED visual signal (Yellow for approaching, Green for target, Red for over-torque) and an audible tone clearly indicate torque status. An alarm also sounds if over-torqued.
• Durable & Ergonomic Design: Constructed from special Capron® material for long-term durability and resistance to common industrial chemicals. The ergonomically designed body and 180-degree rotatable display ensure comfortable and adaptable use for all technicians.
• Peak Torque Hold: Holds the peak torque reading for 10 seconds, allowing for easy verification and documentation.
• Industry Compliance: Includes an N.I.S.T. traceable certificate of calibration and meets or exceeds ASME B107.300 – 2010 standards, providing confidence in its performance.

Applications

This electronic dial wrench is ideal for a wide range of applications where accurate fastener tension is paramount. It is suitable for professional automotive repair, engine assembly, transmission work, and general maintenance of vehicle components. In industrial environments, it excels in machine assembly, equipment installation, and quality control checks, ensuring components are torqued to exact manufacturer specifications. Its precision is critical for preventing damage to sensitive components and ensuring operational safety.