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Introduction
TD8510 is composed of excitation and measurement host, Epstein square ring, single-chip magnetometer (optional) and full-automatic measurement software. It can measure the AC magnetic properties of oriented or non-oriented silicon steel sheet, transformer or electronic core in the frequency range of 45Hz~65Hz.
Reference
Application
Epstein frame method: measuring 30 mm*(300 ~ 320) mm sheet
Winding method:measuring ring type, U type, CD type iron core.
measuring Hm, Bm, Jm, Ps, Ss, μa.
Drawing hysteresis loop, P-H / P-J, μ-H etc.
Features
The device has independent electrical parameter calibration function, is calibrated with a high-grade electrical standard meter.
Exciter has strong output capability, effective excitation power of 500VA, maximum magnetization field of 10KA/m.
Support defaulting Bm and Hm for progressive reduction demagnetization.
Full frequency range testing with high accuracy and repeatability.
Equip with software which could calculate result, draw curve, and manage data.
Modular design for update and maintenance.
Introduction
TD8510 is composed of excitation and measurement host, Epstein square ring, single-chip magnetometer (optional) and full-automatic measurement software. It can measure the AC magnetic properties of oriented or non-oriented silicon steel sheet, transformer or electronic core in the frequency range of 45Hz~65Hz.
Reference
Application
Epstein frame method: measuring 30 mm*(300 ~ 320) mm sheet
Winding method:measuring ring type, U type, CD type iron core.
measuring Hm, Bm, Jm, Ps, Ss, μa.
Drawing hysteresis loop, P-H / P-J, μ-H etc.
Features
The device has independent electrical parameter calibration function, is calibrated with a high-grade electrical standard meter.
Exciter has strong output capability, effective excitation power of 500VA, maximum magnetization field of 10KA/m.
Support defaulting Bm and Hm for progressive reduction demagnetization.
Full frequency range testing with high accuracy and repeatability.
Equip with software which could calculate result, draw curve, and manage data.
Modular design for update and maintenance.
Parameter
Parameter of magnetic measurement
Parameter | Typical Test Point① | Accuracy (k=2) | Repeatability |
Hm | 10 A/m~10 kA/m | 0.3% | 0.1% |
Jm / Bm | B10 ②... B10000 | 0.3% | 0.1% |
Ps | P0.1 ③... P1.9 ( P1.7 ) | 0.5% | 0.2% |
Test condition:( 23 ± 5 )℃,Epstein frame method. Need sample demagnetization before test.
Loading way and position of sample may cause 1%~2% error.
Remarks:
Test points are only for reference. Actual results (Hm, Jm / Bm, Ps etc. ) are related to sample materials, testing frequency, testing current, load voltage.
B10 is the flux density while H = 10 A/m, and so on.
P0.1 is the specific total loss while B = 0.1 T, P1.7 is the typical test point of non-oriented silicon steel.
Parameter of electrical measurement
Output | Exciting Voltage | 0.1 Vpk~200 Vpk |
Exciting Current | 0.5 mApk~15 Apk | |
Frequency | 45 Hz~65 Hz | |
Exciting Power | 0~500 VA | |
measurement | Voltage Accuracy (k = 2) | 0.05%*RG④ |
Current Accuracy (k = 2) | 0.05%*RG④ | |
Power Accuracy (k = 2) | 0.1%*FS⑤ |
Remarks ④:RG is the range;⑤:FS = Voltage range × Current range
Parameter
Parameter of magnetic measurement
Parameter | Typical Test Point① | Accuracy (k=2) | Repeatability |
Hm | 10 A/m~10 kA/m | 0.3% | 0.1% |
Jm / Bm | B10 ②... B10000 | 0.3% | 0.1% |
Ps | P0.1 ③... P1.9 ( P1.7 ) | 0.5% | 0.2% |
Test condition:( 23 ± 5 )℃,Epstein frame method. Need sample demagnetization before test.
Loading way and position of sample may cause 1%~2% error.
Remarks:
Test points are only for reference. Actual results (Hm, Jm / Bm, Ps etc. ) are related to sample materials, testing frequency, testing current, load voltage.
B10 is the flux density while H = 10 A/m, and so on.
P0.1 is the specific total loss while B = 0.1 T, P1.7 is the typical test point of non-oriented silicon steel.
Parameter of electrical measurement
Output | Exciting Voltage | 0.1 Vpk~200 Vpk |
Exciting Current | 0.5 mApk~15 Apk | |
Frequency | 45 Hz~65 Hz | |
Exciting Power | 0~500 VA | |
measurement | Voltage Accuracy (k = 2) | 0.05%*RG④ |
Current Accuracy (k = 2) | 0.05%*RG④ | |
Power Accuracy (k = 2) | 0.1%*FS⑤ |
Remarks ④:RG is the range;⑤:FS = Voltage range × Current range