PRODUCT DESCRIPTION: Digital Magnetic Field Strength Meter Hall Effect Tesla Meter, Magnetic Field Intensity Meter

Introduction:
The Tesla meter is a specialized instrument used for inspecting and checking flux density, widely utilized in the field of magnetic measurement. The HGS10C digital Tesla meter model, controlled by SCM, is suitable for handheld operation. It measures DC or AC magnetic fields and flux density, offering a wide measuring range, simple operation, and clear display. Additionally, it includes functions such as holding Measure Value/Peak Value, unit changeover between mT or Gs, selectable measuring ranges of 200mT or 2000mT, and others like resetting zero by key. Powered by a single 9V battery, it can be used continuously for about 20 hours.

Application:

Magnetic field distribution of material surfaces
Working magnetic field produced by instruments such as iron-removing devices, magnet-selecting machines, magnet chucks, magnet spools, and demagnetizing coils
Detection of leakage magnetic iron surfaces
Main Technical Parameters:

Range: 0200mT2000mT
Accuracy: ±2%
Sensitivity: 0.01mT, 0.1mT
AC Magnet Field: 50-200Hz
Temperature of Environment: 5℃-40℃
Relative Humidity: 20%-80% (no condensation)
Power Supply: 9V Battery, constant DC power
Dimension: 150mm×70mm×30mm
Weight: N.W: 500g, G.W: 900g
Display: 4½ LCD
Features:

Peak/Real Value Switch
DC/AC Switch
Range Changing
mT/Gs Unit Changing
Power On/Off
External Power Supply Socket
Sensor Connecting
LED Screen
Zero/Reset Reading
Operation Request:

Avoid using the instrument in inappropriate conditions.
If errors occur in measurement, adjust the screw of the resistance slightly by loosening the handle of the probe.
Ensure correct operation to prevent errors or mistakes, following the provided instructions.
Do not attempt to repair, disassemble, or reconstruct the instrument.
Use only recommended power accessories and avoid reversing the terminals of the outer power supply.
Protect the instrument and probe from damage due to strong vibration or dropping.
Keep hands or other objects with dirt away from the probe.
Avoid exposure to strong sunlight, high temperature, humidity, water, oil, rust air, vibration, and other adverse conditions during use, placement, or storage.