Product Details:

The equipment can measure various magnetic signals including magnetostriction Barkhausen noise, tangential magnetic field, incremental magnetic permeability, multi-frequency eddy currents, and hysteresis loops. It can extract over 40 characteristic magnetic parameters from the diverse types of signals obtained from the measurements.

Automated detection parameters: Speed high 20 times/s

Accuracy of mechanical property index testing: Primarily depends on experimental calibration data, model uncertainty, and probe consistency

Micro-magnetic Detector Excitation Frequency Range: Magnetization Frequency: 20Hz~1kHz; Eddy Current Frequency: 10kHz~500kHz

Sample Rate: High at 40 MS/s

Power: 220VAC, 50Hz

Battery-powered: Supports portable lithium-ion battery power, continuous working time > 2 hours

Ambient Temperature: 5~45℃

Relative Humidity: <80%

Protection Level: Sensor: IP30; Instrument Main Unit: IP40

Working Noise: <75dB

Product Introduction:

The bidding equipment is based on specific calibration experiments, establishing appropriate models that can quantitatively and indirectly characterize the surface hardness, depth of hardening/decarburization layers, residual stress, yield strength, elongation, plastic deformation, retained austenite, impact work, ductile-brittle transition temperature, and fracture toughness of ferromagnetic materials.

Product Features:

Basic control and detection parameter settings of the instrument are solidified in the form of a configuration file. Supports importing new configuration files to accommodate different test materials.

2. Signal display inspection, automatic magnetic parameter extraction, and data storage

3. Automated modeling of quantitative prediction test metrics, display of predicted results.

4. Export function for test setup data and raw data in Excel file format

5. Software data interface for secondary development (such as supporting MATLAB data access and machine learning algorithm development).