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Measures vector components (X, Y, Z) and magnitude of static magnetic field with USB datalogging.
The Gaussmeter Model GM1-HS reads moderate-strength static magnetic fields up to 800 G with a resolution of 0.01G. It measures magnetization of ferrous metals, solenoids and the far field of strong magnets
Comes with:
The Gaussmeter Model GM1-ST measures the field of even the strongest magnet (to 20kG) down to fine resolution (0.1G). Features rapid turn-on and fast update.
Comes with:
Electric Field Stability Cap further shields the sensor of AIC3 products from surrounding electric fields that can impact readings. It is primarily useful when measuring very high concentrations of ions where measurements can change significantly with small electric fields nearby. For use with: AIC3ST AIC3Pro
Three-axis vector probe for the GM330 magnetometer—three X, Y, Z sensors read all field components at once and report true magnitude regardless of orientation, plus a configurable button for Freeze, Data Collection, Peak Hold, and Autozero.
Choose it when the field direction is unknown, changing, or awkward to chase by hand—no aligning the probe to get an accurate reading.
Dedicated axial probe for the GM330 magnetometer—a rigid, single-axis design that reads the field along the probe axis with repeatable angular precision, plus a configurable button for Freeze, Data Collection, Peak Hold, and Autozero.
Choose it when your measurements are consistently axial—reaching into bores, coils, and solenoids where a fixed sensor orientation matters.
Universal flex probe for the GM330 magnetometer—measures both transverse and axial fields, with a configurable button for Freeze, Data Collection, Peak Hold, and Autozero.
Our default recommendation when you’re not sure which probe your application needs.
Thin transverse probe for the GM330 magnetometer—a slim, rigid tip that reads the field across the probe face for gap measurements, plus a configurable button for Freeze, Data Collection, Peak Hold, and Autozero.
Choose it when you’re measuring inside narrow gaps—between magnet poles, in motor or speaker air gaps, and across slots down to 0.65mm.
The MagWave, a fast magnetic waveform sensor, is intended to display pulses of magnetic field (one axis of the field) on an oscilloscope (not included). It accurately converts magnetic signals into voltage signals in real-time.
These capabilities make the MagWave an ideal instrument for measuring the output from PEMF generating equipment or other rapidly changing magnetic sources.
The LNA 10 oscilloscope preamp will significantly improve the small-signal performance of oscilloscopes at frequencies below 1MHz.
The TriField EMF Meter is an AC gaussmeter, AC electric field meter, and radio power density meter in a single unit, that combines all the features needed for fast, accurate measurements of electromagnetic fields (EMF). In addition to standard AC measurement modes, a special frequency weighted mode will properly scale the magnetic and electric measurements to indicate the full magnitude of currents produced by each type of field inside the human body.
Laboratory gaussmeter that reads AC/DC magnetic fields, true peak field, has an alarm and USB datalogging. Maximum range is 30,000 gauss. Select 1 probe that is included in the cost of the meter. You can select more probes for your GM2 by returning to the GM2 Product Family page after adding a GM2 to your cart.
Laboratory gaussmeter that reads AC/DC magnetic fields, true peak field, and total field magnitude, with a configurable alarm and onboard SD-card data logging. Accepts both single-axis and true 3-axis probes, with a maximum range of 30,000 gauss.
Every GM330 includes:
Displays X, Y, Z and magnitude, for rapid magnetic field measurements, such as mapping the MRI fringe field (including the 5 gauss line) and scanning for residual magnetism. Displays the field values, with a user selectable sound and light alarm and USB datalogging. Maximum range is ±799.99 gauss.
An electrostatic meter, the USSVM2 reads static electricity without contact. It measures voltage on surfaces and can be used to calculate charge density on insulators. It has peak hold and a resolution of 1/10 of a volt on a 20K volt range.
