Periodic verification using a 0.1-grade 50kN standard force measuring instrument.

Periodic verification using 0.1 class 50kN standard force measuring instrument  

Product Overview

The 0.1 class 50kN standard force measuring instrument is a high-precision measuring device widely used in domestic and international benchmark and secondary benchmark mechanical standard laboratories, provincial-level metrology standard laboratories, defense, aerospace, and various other industries' quality metrology and testing institutions. Its design complies with the current standard force measuring instrument verification regulation JJG144-2007 and meets the technical specifications and requirements for all classes of standard force measuring instruments.

Product Features

1. High-Precision Measurement: 0.1 class measurement accuracy ensures the accuracy and reliability of measurement results.
2. Stable Performance: Utilizes advanced AC excitation core technology to provide extremely stable measurement capabilities.
3. High Resolution: Ratio voltage provides a measurement capability of 2 million display divisions, with a minimum resolution of 0.001μV/V.
4. High-Speed Response: Capable of real-time peak measurement at up to 10,000 times per second, suitable for peak detection in dynamic and impact applications.
5. Bidirectional Calibration and Measurement: Supports bidirectional calibration and bidirectional measurement, with bidirectional 6-segment linear correction function, optional 6/24/40 channels.
6. Data Printing and Communication: Both measurement data and calibration data can be printed and output, supports RS232 data communication, and provides three communication output formats.
7. One-Key Unit Conversion: Load units can be converted with one key among N (Newton), kN (kilonewton), kg (kilogram), and lb (pound).
8. Diverse Calibration Methods: Supports two calibration methods: load calibration and sensitivity data mV/V input calibration.

Scope of Application

This force measuring instrument is mainly used for the verification and calibration of force measuring instruments and equipment such as material testing machines and presses. At the same time, it can also be used for the measurement, verification, and calibration of "force values" of other related instruments, equipment, components, and structural parts. Its high precision and stable performance make it a standard configuration for quality and technical supervision, metrology and testing, scientific research institutes, universities, quality inspection institutions, relevant departments, and enterprises.