Torque Tester Universal, 25-250/180-1800 InLb, 3/8-1/2''Dr
Elevate your torque testing capabilities with the AUET/MTM-250-1800 Torque Tester Universal. Its wide torque range, multiple operating modes, and user-friendly features make it an indispensable tool for quality control professionals across various industries. Invest in this advanced torque tester and experience precision, versatility, and reliability like never before.
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Details
Product information
Overview
Introducing the AUET/MTM-250-1800 Torque Tester Universal, an advanced and versatile solution for measuring torque values with utmost precision. Engineered by AIMCO, this torque tester combines exceptional performance with user-friendly features to cater to the diverse needs of quality control professionals.
- Torque Range: 25-250/180-1800 InLb
- Drive Size: 3/8-1/2''
- Modes: Peak, First Peak, Track
- Display: 20.3, 203.4
- Accuracy: +/-0.5%
| Technical Specifications | |
|---|---|
| SKU | AUET/MTM-250-1800 |
| Manufacturer | AIMCO |
| MPN | AUET/MTM-250-1800 |
| Features & Benefits | |
| Wide Torque Range: With a broad torque range of 25-250/180-1800 InLb, the AUET/MTM-250-1800 is capable of testing a wide variety of applications, making it an indispensable tool for quality control in various industries. | |
| 3/8-1/2'' Drive Size: The 3/8-1/2'' drive size offers versatility and compatibility with a wide range of torque transducers, ensuring seamless integration into existing testing setups. | |
| Multiple Modes: The torque tester provides three operating modes: Peak, First Peak, and Track, allowing users to select the most appropriate mode based on their specific testing requirements. | |
| Adjustable Auto-Clear Feature: The adjustable auto-clear feature simplifies the testing process by automatically resetting the display after a predetermined time, enhancing efficiency and reducing the risk of human error. | |
| Repeatable Joint Simulator: The inclusion of a repeatable joint simulator enables accurate and consistent simulation of real-world fastening conditions, ensuring reliable and repeatable torque measurements. | |