Full-Life-Cycle Material Assessment Solution For Industrial Equipment

Full-Life-Cycle Material Assessment Solution For Industrial Equipment

Portable Indentation Instrument — Technical Specifications INDENTER Indenter diameter: Ø 1 mm DEPTH Maximum indentation depth: 150 μm LOAD Maximum load capacity: 3,000 N Load resolution: 0.1 N DISPLACEMENT Displacement resolution: 0.01 μm Z-axis travel range: ±15 mm SPEED Indenter moving speed range: 0.0001 – 10 mm/min SAMPLING Data sampling rate: 10 kHz MATERIALS Compatible material types: Carbon steel, low-alloy steel, high-strength steel, austenitic stainless steel MEASURABLE PROPERTIES Tensile strength, yield strength, yield-point behavior, strain-hardening exponent, elastic modulus, Brinell hardness, fracture toughness (KIC / KIIC), residual stress, fatigue strength STANDARDS Reference standards: ISO/TR 29381, GB/T 39635-2020 POWER Main unit power supply: Built-in rechargeable battery with charge-level indicator; dedicated charger included CONTROL Operating terminal: Tablet (wired connection); mouse support HARDWARE KIT Standard components: Indenter main unit, main controller, tablet, controller charger, tablet charger, device-to-controller connection cable
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Description
Technical Parameters

1. Introduction
From incoming material inspection and production testing to long-term equipment operation and failure analysis, industrial machinery requires material assessment at different stages. The YH3000 provides a portable instrumented indentation solution for material testing throughout the equipment life cycle.

2. Application Scenarios

The system can be used for incoming material inspection, production inspection, finished-product inspection, safety operation assessment, material aging and fatigue evaluation, as well as failure and accident analysis. Its on-site testing capability is also suitable for large equipment and critical localized areas.

3. Product Description

The YH3000 integrates portable hardware, a control system and analytical software to evaluate strength, plasticity, elasticity, hardness, toughness, fatigue-related properties and residual stress. Its on-site testing capability reduces the limitations of conventional destructive sampling and supports localized inspection of large industrial equipment, providing a comprehensive testing approach for life-cycle condition assessmen

 
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