Overview: The M-Test MK4 is a universal handheld device designed for measuring magnetic fields. It is equipped with a probe featuring a push button, LED indicators, and a sensor. The device is supplied in a carrying case with accessories, excluding optional items.
Specifications:- Magnetic Field Measurement Range:
- Static Field: -19.99 to +19.99 mT or -15.9 to +15.9 kA/m; -199.9 to +199.9 mT or -159 to +159 kA/m; -1999 to +1999 mT or -1590 to +1590 kA/m (switchable between mT and kA/m).
- Alternating Field: 14.14 mT or 11.25 kA/m; 141.4 mT or 112.5 kA/m; 1414 mT or 1125 kA/m with True-RMS, frequency range 14 to 1000 Hz (sine, triangle, square wave).
- Measurement Uncertainty: +/- 1.5% in the lower range, +/- 0.6% in the middle and upper ranges, with +/- 1 digit at 23°C.
- Zero Point Stability: +/- 0.05 mT; +/- 0.04 kA/m after 1 minute.
- LED Polarity Indicator: Red for North Pole, Green for South Pole, Orange for Alternating Field.
- Polarity Display on Device: ( ) for North Pole, (-) for South Pole.
- Polarity Indicator Threshold: +/- 0.5 mT; +/- 0.4 kA/m.
- Automatic Device Shutdown: Approximately 4 minutes with battery power.
- Battery: 9 V, Type 6 LF 22; AM6, with an operating duration of approximately 20 hours.
- Probe Cable Length: 1.2 meters.
- Weight: 300 grams including battery.
Options:- Calibration certificate for traceability documentation to national standards.
- Software with data cable for data logging and analysis.
- Instrument case.
- 9 V DC stabilized power adapter.
Functionality: The M-Test MK4 is designed for precise detection and measurement of static or dynamic magnetic fields. Its thin tangential probe allows for accurate, point-specific measurements in hard-to-reach areas or on surfaces. It is particularly suitable for measuring permanent magnets or small ferromagnetic parts. The device detects magnetism instantly through a responsive colored LED by scanning the surface of the part with the probe. The 'Peak Hold' function, controlled by a button on the probe body, allows users to easily identify and record areas with the highest field strength for each polarity.
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