FM800 Magnetic Moment Tester
FM800 Digital Magnetic Moment Tester
By a coil, we can get the flux density Φ (mWb /mVs) of a magnet in the LCD .
Also,With the helmholtz coil, we can get the get the magnetic moment (M) (uWb.cm / uVs.cm) , the magnetic field strength Br (Tesla / kGs ).
More Info of FM800
Features:
1. Membrane switch keyboard, with multiplexing function
2. Magnetic flux test of constant magnetic field or DC magnetic field
3. Embedded microcomputer control, 24-bit high-precision op amp
4. 3.2 inch 256*128 LCD monitor with backlight function
5. It has excellent intelligent drift adjustment and suppression functions, and high noise immunity.
6. Multiple unit options: Gs, Tesla, Wb, Vs, wb*cm
7. 5 sets of parameters for measuring coils can be stored
8. RS-485, relay switching output interface (suitable for PLC, etc.)
9. It can be controlled remotely by computer
*10. It has an analog signal output function
11. Hardware Peak Lock
12. High and low threshold alarm function, support local and remote
FM800 Parameters:
Input channels: 1
Input Type: Two Terminals, Ground as a Reference
Input resistance: 1K, 10K, 100K and 1MΩ
Display refresh update rate: 10Hz
Display resolution: LCM256128 3.2 inch LCD screen
Integral capacitance: 1 μF
Input resistance: 1 K- 10 K- 100- K- 1 M
Range: 2mWb 200mWb 200 mWb 2000mWb
Resolution: 0.0001 mWb, 0.001 mWb, 0.01 mWb, 0.1 mWb
Accuracy: ±0.5% of reading ±0.05% of range
Maximum Input Voltage: 10V (2mVs range) , 100V (other range)
Integration drift: ±1μWb/minute
Display units: Vs, Wb, Gs, T, Wb×cm, Vs×cm, A,A*m²
Order of magnitude: μ, m, k, m automatic switching
Serial interface: RS-485 (Modbus-RTU protocol);
Baudrate: 4800, 9600, 19200, 38400;
IO interface: three-stage alarm output function PNP
Ambient temperature: -15 ~ 55°C .
Power requirements: 220VAC, 50 or 60 Hz;
Dimensions: 240 mm W × 320 mm L ×110 mm H
Weight: about 3 kg
The standard configuration includes a 100 Helmholtz test coil
The coil adopts a non-magnetic material skeleton and a sample test bench; The effective diameter is 100mm, the coil constant is designed to be 0.009×××Wb*cm/V*s±0.0001, and the accuracy is 0.2%;(The smaller the constant, the higher the coil sensitivity)







