High-precision Gauss meter technical indicators:
① Range: 0～200mT～2000mT (1mT=10Gs)
② Sensitivity: 0.1mT
③Resolution: 1 Gauss, accuracy 1%
④Measured magnetic field: DC magnetic field (static magnetic field) Remarks: The function can be selected according to the actual needs of customers
⑤ T (Tesla)/mT (millitesla) can be switched
⑥When measuring, there is +/- polarity display + represents the north pole (N pole),-represents the south pole (S pole)
⑦Ambient temperature: 5℃~40℃
⑧Relative humidity: 20%~80% (no condensation)
●Power supply: a 9V battery 9V external power supply
●Dimensions: 150mm×70mm×25mm
●Instrument weight: 300g
●Display mode: 3 1/2LCD
Note: does not include batteries
Product Description:
1. Background of Gauss meter:
The Gauss meter is functionally designed for measuring permanent magnetic fields, with perfect functions and reliable test data.
2. Features of Gauss meter:
1. The SJ200 handheld digital Gauss meter/Tesla meter can be used to measure the magnetic induction intensity of various magnetic fields such as DC magnetic fields and permanent magnets;
2. The portable Gauss meter can be carried with you, with a wide range, convenient operation and clear digital LCD display.
3. The portable Gauss meter power supply is a 9V dry battery.
4. The Hall sensor for Gauss meter measurement can be equipped with vertical and horizontal sensors according to customer requirements;
5. The Gaussian measurement range is wide, the LCD display is clear, and the sensor structure is reasonable and not easy to damage.
6. The Gauss meter can also be equipped with a regulated power supply as standard, which can be used continuously with city power.
Third, the scope of application of Gauss meter:
1. The SJ200 handheld digital Gauss meter can measure the surface magnetic field of permanent magnet materials, the working magnetic field of DC motors, speakers, magnetic separators, and permanent magnet separators.
2. The high-precision Gauss meter can be used to detect the residual magnetism of mechanically processed items, detect the magnetic pole distribution, the residual magnetic field after the product is demagnetized, and control the magnetization of electroplated articles, detect the magnetism of the motor, and detect the magnetic flux leakage of the electromagnetic field.
