Multi point residual stress measurement system

NegotiableUpdate on 05/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

JHRS-LDM-30 is a high-precision multi-point residual stress measurement system based on blind hole method, using 24 bit AD sampling, supporting multi-channel synchronous acquisition, and measurement error ≤ #177; 0.1% #177; 1με， Resolution of 0.1MPa, compatible with 120 Ω strain gauges. Flexible configuration of the number of measuring points, automatic calculation of principal stress and direction, high stability and low temperature drift, suitable for stress distribution testing of workpieces such as welding, casting, machining, and heat treatment. Widely used in steel structures, pressure vessels, aerospace, rail transit and other fields, providing reliable data support for process optimization and quality safety.

Product Details

JHRS-LDM-30Multi point residual stress measurement systemDetailed introduction:

JHRS-LDM-30Multi point residual stress measurement system, is a high-precision and high-efficiency stress detection equipment developed based on blind hole method, specially tailored for residual stress distribution testing of various industrial workpieces, widely used in multiple core industrial fields. The system adopts excellent 24 bit AD sampling technology, combined with high-precision data processing modules, to achieve multi-channel synchronous acquisition, greatly improving detection efficiency and data accuracy. The measurement error is controlled within ≤± 0.1% ± 1 μ ε, and the resolution can reach 0.1MPa. It is compatible with 120 Ω strain gauges to meet the detection needs of workpieces of different specifications.

The system design is flexible and convenient, and the number of measuring points can be freely configured according to actual detection needs. It supports simultaneous detection of multiple points, effectively avoiding the limitations of single point detection and comprehensively capturing the stress distribution law of the workpiece. The device is equipped with intelligent computing algorithms that can automatically calculate the magnitude and direction of the principal stress without the need for manual conversion. It is easy to operate and reduces labor costs. At the same time, it has the advantages of high stability and low temperature drift, ensuring the consistency and reliability of data during long-term testing.

This system can be widely used for residual stress detection of various workpieces such as welding, casting, machining, and heat treatment, covering multiple industries such as steel structures, pressure vessels, aerospace, rail transit, and automobile manufacturing. Whether it is quality inspection of key components or optimization and improvement of production processes, accurate and reliable stress data support can be provided to help enterprises discover stress hazards in a timely manner, avoid risks such as workpiece deformation and cracking, ensure product quality and production safety, and help enterprises enhance their core competitiveness.

多点残余应力测量系统