1/4" Drive Electronic Torque Tester (ETT™) (5.6 - 56 dNm) - CDI Torque Products

The CDI Torque Products 501-I-ETT 1/4" Drive Electronic Torque Tester is a precision instrument engineered for verifying and calibrating torque tools in professional automotive and industrial settings. With a robust operating range of 5.6 to 56 dNm, this tester ensures accurate torque measurement, critical for maintaining fastener integrity and preventing component damage. Its durable construction and versatile features make it an indispensable asset for quality control and routine tool maintenance.

Key Features

• Exceptional Accuracy: Delivers ± 0.5% of indicated value accuracy (clockwise & counter-clockwise) from 10% to 100% of full scale, ensuring precise torque verification for critical applications.
• Multiple Operating Modes: Features four distinct modes—Peak, Power Tool, First Peak, and Track—to accommodate a wide range of testing requirements, from click wrenches to electric screwdrivers.
• Durable & Flexible Design: The integral transducer and sturdy housing allow for secure mounting in virtually any position, providing long-term reliability in demanding work environments.
• Enhanced Visibility: A unique neck design provides a clear line of sight to the LCD display, even when testing long torque wrenches, improving operational efficiency.
• Dual Scale Measurement: Offers flexible readouts in both English and metric units (English/Nm or English/cNm, dNm), catering to diverse measurement standards.

Applications

The CDI 501-I-ETT is an essential tool for professional technicians, mechanics, and quality assurance personnel. It is ideally suited for verifying the accuracy of various torque-applying devices, including click wrenches, beam wrenches, and low-torque power tools. Understanding what is dnm torque and its application, this tester allows for precise measurement and validation of lower torque values. This is particularly crucial in applications involving sensitive components, such as engine parts, electronic assemblies, and intricate machinery, where accurate dNm torque application is paramount to prevent overtightening, under-tightening, and subsequent component failure.