1/2" Drive Dial Torque Wrench - 0-240 Nm - CDI Torque Products

The CDI Torque Products 2403NLDNSS 1/2 Inch Drive Dial Torque Wrench is a professional-grade instrument engineered for precise and verifiable torque measurement in demanding automotive and industrial environments. With a 0-240 Nm range, this robust tool provides mechanics and technicians a dependable solution for critical fastening applications where accuracy is essential for operational safety and component integrity.

Key Features

• Direct Readout Dial: A large, high-visibility dial provides immediate and clear observation of applied torque, enhancing operational efficiency and minimizing potential reading errors.
• Memory Needle Function: Features a memory needle that captures and retains the peak torque value achieved during the fastening process, aiding in accurate data recording and quality control documentation.
• Bidirectional Operation: Designed to measure torque accurately in both clockwise and counter-clockwise directions, offering versatility for a wide range of fastening requirements.
• Durable Construction: Built with professional-grade materials and a sturdy torsion beam design, ensuring exceptional durability and consistent performance under rigorous daily use in professional settings.
• N.I.S.T. Traceable Calibration: Each wrench is individually serialized and includes a certificate of calibration traceable to N.I.S.T., guaranteeing adherence to high accuracy standards for critical applications. Accuracy meets or exceeds ASME standards and ISO 6789 bidirectionally from 20% to 100% of scale.

Applications

The CDI 2403NLDNSS dial torque wrench is an essential instrument for tasks demanding precise fastener tightening across various professional sectors. In automotive maintenance and repair, it is utilized for critical applications such as engine assembly, transmission work, and securing wheel lug nuts to manufacturer specifications, ensuring vehicle safety and component longevity. For industrial settings, this precision instrument ensures that components on assembly lines are accurately secured, mitigating the risk of material fatigue or part damage. It is also effective for machinery repair, equipment installation, and quality control procedures where consistent and verifiable torque application is paramount for operational reliability.