Magnetometer | MF-1M
Magnetometer - Overview
The magnetometer (gaussmeter) measures residual magnetisation and magnetic heterogeneity in ferromagnetic products. It assesses magnetisation levels before welding gas and oil pipes, and evaluates static, alternating, and pulsed magnetic fields from various magnetic objects. The main purpose of the device is to measure the parameters of a static magnetic field – intensity (induction), and its gradient. Using a transverse probe, the user can measure the residual magnetisation of the material after magnetic particle inspection, the level of the magnetic component of industrial interference, and the magnetic induction of a variety of devices, components and products. The device allows users to measure the parameters of an alternating magnetic field – values of intensity (induction), as well as the parameters of single pulses of a magnetic field – peak values of intensity (induction). The magnetometer can display the measured value in units of Ampere/Centimetre (A/cm), Gauss (Gs) and Tesla (mT). There is a conditional CODE scale, which allows the user to assess the change in the magnetic fields without reference to the scale. It displays the signal like a graph, which allows the user to monitor the change in the magnetic field strength by scanning the product. Also, in this operating mode, the user can set thresholds for limiting values of the measured parameters. The device is sealed and can be used in conditions of high humidity. The housing is a silicone case, making the device shockproof. The temperature range is from -20 to + 40 ° C. It has the ability to create a measurement archive that can be transferred to a PC using special software.
Magnetometer - Features
- Measures Static (DC) Magnetic Field
- Measures Alternating (AC) and Pulsed Magnetic Fields
- Units of Measurement - Ampere/Centimetre (A/cm), Gauss (Gs) and Tesla (mT)
- Threshold Exceedance Alarm Function
- Various Probes - ± 100G, ± 1000G, ± 3000G, ± 30000G
- Shockproof
- Archived Measurements
- PC Software















