TH2200 Electrical Steel Magnetic Measurement Device Calibration System

NegotiableUpdate on 05/27

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The TH2200 electrical steel magnetic measurement device calibration system is dedicated to tracing the AC/DC magnetic properties of electrical steel magnetic measurement devices. The main accuracy of the calibration system has far exceeded the current global mainstream magnetic measurement device accuracy (at least 3 times), and can achieve the traceability of magnetic parameters to basic electrical physical quantities supported by the M.C method and H-coil method

Product Details

研发背景

With the widespread application and rapid improvement of the quality of electrical steel products, the use of electrical steel magnetic measuring devices for quality control by upstream and downstream enterprises of electrical steel is becoming increasingly widespread. Professional testers are paying more attention to the confidence level of device measurement data (such as absolute measurement uncertainty, annual rate of change of instrument measurement error, etc.). In the past, we used reference samples to compare single point measurements of devices to evaluate their measurement level, which is far from sufficient and does not meet the requirementsIEC 60404-2-2008，A.3 Calibration aspectsThe requirements for device calibration in the chapter, and with the development of measurement technology, many instruments can be used to calibrate the magnetic parameters of reference samples.
In light of this, we have developedTH2200It is an instrument specifically designed for traceability calibration of electrical steel magnetic measuring devices, and can be sent to metrology departments or qualified third-party testing institutions to obtain calibration certificates. Its absolute measurement uncertainty has far exceeded the accuracy of mainstream commercial magnetic measuring devices worldwide(at least3More than twice, but not includingSSTSingle chip magnetometer and Epstein square coil, etc
Error generated by magnetometer)The system realizes the traceability of magnetic parameters to basic electromagnetic physical quantities and analyzes the magnetization process (by observing the DC component in the AC current to determine whether the AC excitation of the device is qualified). It breaks through the use of low power factor loss traceability technology and weak signal ultra-low noise amplification technology to solve the problemH-coilThe calibration problem of the magnetic measurement device in the law is difficult, and it is also equipped withThree axis flux gates are used to measure environmental magnetic fields (including geomagnetic fields and power frequency alternating magnetic fields) in order to determine the impact of the environment on magnetic measurements. It is an ideal choice for calibrating electrical steel magnetic measuring devices.

Main applications

Calibration adoptsM.Claw(Current measurement method)A magnetic measurement device using the square coil method or single-chip method for principle manufacturing.
Calibration adoptsH-coillaw(Magnetic field coil method)Electrical steel magnetic measuring device manufactured by principle.
Confirm measurement data during the development of new magnetic material products, delivery and acceptance of bulk products.
Cooperate with a highly stable excitation power supply to establish a high-precision magnetic measurement system.

Features

Electrical parameters can simultaneously measure voltage, current, frequency, phase, and power(Active, reactive, and visible)Power factor, waveform coefficient, peak coefficient, etc.
◉ It has three measurement modes: average value, peak value, and effective value, and can automatically switch the range. The optimal measurement uncertainty is up to0.01Grade.
◉ Users only need to input sample parameters to measureHTheBTheJThePsTheHcTheBr、 μ and other magnetic parameters(Multiple units to choose from).
◉ DrawB-Hand M-HCurve, record demagnetization curve, evaluate demagnetization effect(The demagnetization performance has a significant impact on the accuracy of low magnetic induction measurement)Multiple sets of loss separation solutions are available for customers to choose from.
Unique low-power factor power measurement and traceability technology ensures accurate measurement of iron loss under high frequency and high magnetic induction.
◉ analyzableDC～ 64 Measure the total harmonic distortion factor for sub voltage, current, and power harmonic components( THD )And waveform coefficients.
Harmonic measurement bandwidth up to1 MHzHarmonic analysis can be performed using various methods such as histograms, percentages, measured values, and waveform charts.
◉ Can be displayed in real-time onceI( t )TheH( t ), twiceU( t ),B( t )Waveform, analyze the magnetization process of the magnetometer.
The system has internal and external synchronization options, which can achieve synchronous testing with electrical steel magnetic measurement devices and improve system accuracy.
10.4-inch high-definition color touch screen, providing multiple interface styles, intuitive display of measurement values, and convenient operation.
◉ Rich communication interfaces:RS232/USB/LANIt is convenient to set up an automatic testing system, equipped with professional software to achieve data management and printing.

Electrical parameter indicators

Accuracy index

Environmental magnetic field measurement