Magnetic Field Measurement
Bartington Fluxgate Magnetometer, 1-axis
This standalone single axis fluxgate magnetometer is a portable, high-performance instrument. It provides measurement and display of the intensity of static and slowly varying magnetic fields in the direction of the probe.
- Range from 0.1nT to 2mT
- Axial and Transverse Probes
- Cryogenic Probes
- High-vacuum Probes
Bartington Mag-01H D/I System
The Mag-01H D/I system consists of a precision single-axis fluxgate magnetometer mounted on top of a non-magnetic theodolite.
- Excellent angular precision to at least 6 seconds of arc
- Low noise and offsets
- Non-magnetic Wild T1 theodolite
Bartington Fluxgate Magnetometer, 3-Axis, Low Noise
Bartington 3-Axis Fluxgate Sensors are compact, high performance fluxgate sensors with integral electronics that provide precision measurements of static and alternating magnetic fields in three axes.
- Range: ±70, ±100, ±250, ±500, or ±1,000µT
- Output: ±10V Full Scale
- Bandwidth: DC to 3kHz
- Noise: <6pT/√Hz at 1Hz
Bartington Fluxgate Gradiometer, Grad601
The Grad601 is a land use single-axis gradiometer with a 1m separation between the two fluxgate sensors.
- 1m separation
- 1 or 2 gradiometer sensors
- Turnkey system incl. battery, logger and carry case
- Cart based system available
Bartington Fluxgate Magnetometer, 3-axis, High Temp
High temperature fluxgate probes for operation to 175° C or 215° C.
- Directional drilling.
- Measurement while drilling (MWD).
- Borehole tool attitude monitoring.
Bartington Fluxgate Sensors, 3-axis, Miniature and Low Power
Bartington Fluxgate Magnetomers with lower power, smaller size, wide bandwidth or lower cost for applications such as probe arrays.
- Low Power: Mag648/648
- Miniature Size: Mag612
- Wide Bandwidth: Mag639
- Lower Cost: Mag690
Bartington Fluxgate Gradiometer, 3-axis, Digital
Grad-13 provides high resolution vector measurements of the strength and direction of magnetic fields on land or in water.
- Baselines from 500mm to 1000mm
- Land and submersible (200m) versions
- Measuring range of ±70 or ±100μT
- Integral three-axis accelerometer with ±2g range
Metrolab THM1176/TFM1186 USB Teslameter
The Metrolab THM1176 and TFM1186 are unique three-axis Magnetic Field Probes with USB Interface and power via the interface.
- TFM1186: 100uT range
- THM1176-LF: 8mT range
- THM1176-MF: ±0.1, 0.3, 1, 3T range (manual or auto-select)
- THM1176-HF: ±0.1, 0.3, 1, 3T, 20T range (manual or auto-select)
Bartington Fluxgate Magnetometer, 3-axis, Space
Spacemag-Lite is a compact three-axis fluxgate magnetometer for spaceflight applications. Built from commercial off the shelf components to control cost in CubeSat applications.
- Conforms with ‘Pumpkin’ CubeSat PCB specifications
- Vacuum compatible
- Noise: ≤ 20pTrms/√Hz at 1Hz
- Probe-only and PCB schematics version available
Senis 3MTS USB Teslameter
The 3MTS is an easy-to-use handheld Teslameter/Gaussmeter to measure all 3 magnetic field components simultaneously within a very small a volume.
- 3-axis Hall probe
- Measurement ranges: 100mT, 500mT, 3T, 20T
- Measurement accuracy: <1% (100mT, 500mT), <3% (3T)
- Bandwidth: DC – 500Hz
Senis Magnetic Field Transducer, 1-Axis
Senis Magnetic Field Transducer, 1-axis
- I1A Integrated Hall probe for very low noise measurements
- F1A Fully-Integrated Hall probe for very high spatial resolution
- Range: ±20mT … ±20T
- Bandwidth: 2.5kHz
Senis Magnetic Field Transducer, 3-Axis
Senis Magnetic Field Transducer, 3-axis
- F3A Fully-Integrated Hall probe for very high spatial resolution
- Range: ±20mT … ±20T
- Bandwidth: 25kHz
Senis Magnetic Field Transducer, Cryogenic, 3-Axis, K3A
Senis Magnetic Field Transducer, Cryogenic, 3-axis
- Measures 3D (Bx, By, Bz) magnetic fields at cryogenic temperatures to 1 K
- Measurement Ranges: ±2T, ±5T or ±9T
- Sensitive volume of less than 0.6 mm3
- Bandwidth: DC to 1kHz
- Optional calibrations to 0.25 % accuracy and high fields ±9 T
Senis Magnetic Field Transducers, Three-Axis, AC
Senis Magnetic Field Transducer, 3-axis, AC
- Magnetic Field Measurement Range: ±10mT
- Magnetic Field Resolution <1.5μTrms
- Frequency range from 10kHz to 200kHz
- Phase Accuracy: <3° at 85kHz
Group3 Digital Teslameter, 1-axis, DTM-133
The Group3 DTM-133 is a high performance Hall effect teslameter (gaussmeter) with digital linearity correction to provide 0.03% accuracy, resolution to 100ppm, and a temperature stability of 100ppm/°C.
The DTM-133 digital Hall teslameters (gaussmeters) provide superior accuracy, resolution, and long term measurement stability.
Group3 Digital Teslameter, 1-axis, DTM-151
The Group3 DTM-151 is the highest performance Hall effect teslameter (gaussmeter) commercially available with digital linearity and temperature correction to provide 0.01% accuracy.
The Group3 DTM digital Hall teslameters (gaussmeters) provide superior accuracy, resolution, and long term measurement stability.
Group3 Digital Teslameter, 3-axis, DTM-333
The technology and accuracy of Group3 DTM-333 is the same as the DTM-133 but in a 3D or 3 Channel environment.
- Resolution of 1 part in 12,000
- 4 ranges
- Maximum field 3 Tesla
- Integrated touch screen
- Accuracy ± (0.03% of reading + 0.03% of full scale) with 3DT-132, LPT-130 or MPT-132 probe
Senis 3MH6 High-Precision, Low-Noise Teslameter
The Senis 3MH6 is a low noise teslameter with integrated 1-,2-, or 3-axis Hall Probes (Bx, By, Bz)
- Measurement of DC & AC magnetic fields
- Four selectable magnetic field ranges: 100mT, 500mT, 2T, 20T
- In-factory calibrated to +/-2T
- High-field calibration to +/-9T
- Magnetic DC resolution: better than 1ppm
Metrolab Digital NMR Teslameter, PT2026
The Metrolab PT2026 Teslameter (Gaussmeter) utilized the nuclear magnetic resonance (NMR) of protons or deuterons in a magnetic field.
- Extended range of 38 mT – 30 T
- Ultra-high precision: < 10 ppb at 3 T
- Integrated 3-axis Hall sensor
- Versatile software interface
Metrolab Digital NMR Teslameter, PT2025
The Metrolab PT2025 Teslameter (Gaussmeter) utilizes the nuclear magnetic resonance (NMR) of protons or deuterons in a magnetic field. It achieves 5ppm absolute accuracy and 0.1µT (1mG) resolution for measurement or mapping of uniform magnetic fields in the range 0.043T (430G) to 13.7T (137kG).
- PT2025 has been replaced by PT2026. See PT2026 for all new systems.
Metrolab Magnetic Field Camera, MFC2046
The Metrolab MFC2046 Magnetic Field Camera utilizes a proton NMR sensor Array to simultaneously measure up to 32 field points with better than 5ppm absolute accuracy and 0.1ppm relative accuracy in 0.5 to 2 seconds. The very high resolution and stability of the MFC also enable measurement of magnet stability and noise effects.
Metrolab Magnetic Field Camera, MFC3045
The Metrolab MFC3045 Magnetic Field Camera, utilizes a proton NMR sensor Array to simultaneously measure up to 32 field points with better than 5ppm absolute accuracy and 0.1ppm relative accuracy in 0.5 to 2 seconds. Leading MRI Magnet and System manufactures have adopted the MFC3045 to provide a ten times improvement in mapping resolution and a ten times reduction in aqusition period.
Metrolab HallinSight® 3-D-Hall Magnetic Field Camera
HallinSight® Hall Magnetic Field Cameras offer an off-the-shelf solution for mapping static magnetic fields.
- Measurement on a 2.5 mm grid
- Lateral geometric position error < 50 μm
- Vertical geometric position error < 10 μm
- Orthogonality error < 0.1°
- Resolution 4 μT
- Standard measurement range ± 100 mT
Metrolab Fast Digital Integrator, FDI2056
The Metrolab FDI2056 Fast Digital Integrator is a high precision, high speed voltage integrator. Combined with an appropriate flux coil, it makes an extroidinarily fast, flexible and sensitive magnetometer.
- Flexible: Wide range of inputs, to ±20V max
- Fast: 500 kS/s
- Precise: 18 bit resolution
- Real-Time Data Acquisition
Senis NVM-01 NanoVolt Amplifier
The NVM-01 is a low noise amplifier module, for sensitive DC/AC measurement and data acquisition systems. It is ideal as an input for accurate voltage measuring systems down to nV range and for measuring of low noise and of low impedance sources.
- Ultra-low noise & offset fluctuation amplifier, allowing very high resolution measurements (spectral density of noise down to 1 nT/ Hz )
- Very high linearity