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FluxSet Magnetometers |  |
In Short Terms
Our patented FluxSetTM
magnetometers (developed in MTA MFA)
offer excellent solution for the measuring needs of industrial engineers
and research scientists for monitoring small magnetic fields in the
range of 1 nT - 0.2 mT. Thanks to the novel
operating principle our magnetometers retain their sensitivity
near to DC magnetic fields (like the much more expensive SQUID
magnetometers) while their price remains well below even that of the
frequently applied FluxGate magnetometers!
Operating Principle
The external magnetic field (which is to be measured) influences the time
necessary to produce the reversal magnetization of a ferromagnetic core under
periodic magnetic excitation. With suitable core design and excitation field
the time shift depends only on the sign and value of the given external
magnetic field component Hx,y,z (parallel with the core).
By this way the measurement of the magnetic field amplitude is replaced with
a high accuracy time measurement. Comparing the FluxSet to the more conventional FluxGate, the main difference between them is how they convert the magnetic field into electrical signal. While the FluxGate carries out Amplitude Modulation (the amplitude of the 2nd harmonic is propotional to the measured magnetic field), the FluxSet carries out Puls Width Modulation, which is more resistant against disturbing signals and the thermal noise. To improve the long-term stability of the FluxSet magnetometers even further, automatic compensation can be choosen, however, this reduces the attainable frequency range. (Here you can read more about the measuring principles.)
It should be noted, that all of the FluxSet / FluxGate magnetometers actually measure the Magnetic Field H, and NOT the Magnetic Flux Density B even if the sensitivity is given in T ! (When the measuring is performed in a media that has a relative permeability of very close to 1, as in the case of air, 10-6 T flux density corresponds to 0.7958 A/m magnetic field intensity.)
Main Features
Sensor Specifications
| MS 20/80 | MS 60/200 | |
| Temperature Range: | -20 °C to +80 °C | -60 °C to +200 °C |
| Calibration Accuracy: | 1 % | 1 % |
| Linearity Error: | < 0.1 % | < 0.1 % |
| Core Volume: | 1 mm3 | 1 mm3 |
Available Models:
| FluxSet-H | FluxSet-GC | FluxSet-C | FluxSet-G |
| FluxSet-H | Palm-Size 1-directional Magnetometer |
| This model is designed to measure only 1 component of the magnetic field at a time | |
| Range Setting: | manual |
| Selectable Ranges: |
200 T (160 A/m),
20T (16 A/m),
2T (1.6 A/m) |
| Resolution: | 3.5 digit |
| Accuracy: | 1 % |
| Analog output: | 10 mV/
T |
| Display: | LCD numeric |
| Dimensions: | 145 x 85 x 37 mm |
| Mass: | 200 g |
| Power: | 6F22 (9V) battery or external DC |
| FluxSet-GC | Differential PC-controlled Magnetometer | ||
| This model is designed to measure the axial component of the magnetic field vector and any gradients of this component with manually adjustable sensor arrangement. | |||
| Range Setting: | automatic | ||
| Selectable Ranges: | (absolute or differential) |
50T, -3dB at 100 Hz 5 T, -3dB at 10 Hz0.5 T, -3dB at 1 Hz |
|
| Resolution: | 0.025 % FS | ||
| Accuracy: | 1 % | ||
| Display: | Numeric & Graphic | ||
| FluxSet-C | 3-dimensional PC-controlled Magnetometer | ||
| This model is designed to determine the magnetic field vector by measuring its components in 3 orthogonal directions defined by the 3 sensor axes. | |||
| Range Setting: | automatic | ||
| Selectable Ranges: | (absolute or differential) |
50T, -3dB at 100 Hz 5 T, -3dB at 10 Hz0.5 T, -3dB at 1 Hz |
|
| Resolution: | 0.025 % FS | ||
| Accuracy: | 1 % | ||
| Display: | Numeric & Graphic | ||
| FluxSet-G | Palm-Size Differential Magnetometer | ||
| This model is proposed to measure the axial component of the magnetic field vector and any gradients of this component. | |||
| Range Setting: | manual | ||
| Selectable Ranges: | (absolute or differential) |
200T 20 T2 T |
|
| Resolution: | 3.5 digit | ||
| Accuracy: | 1 % | ||
| Display: | Numeric | ||
| Power: | 6F22 (9V) battery or external DC | ||
FluxALARM -
See what it can do for you!All living matter is exposed to the static magnetic field of Earth. In civilized regions elecronically induced fields also effect us, in part by distorting the static field, in part by adding to it. To prevent unfavourable effects, to measure such fields, to consistently update international limit standards and to clarify the interaction mechanisms between life and magnetic force are moral obligations of researchers.
HORIZON-MULTIPLAN Ltd. has developed a series of sensor devices for detecting even very weak magnetic fields and for effectively warning their users of unwanted magnetic effects.
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FULXALARM PRO
To measure and indicate
The mini-weight portable sensor is battery operated. The detected field intensity is output to a display as well as to an interface connector for further data processing. The device can be employed in every sphere of life (the monitor work health conditions and houshold activities, for therapeutic intervention, research and development, etc.). |
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FULXALARM MINI BADGE - for you and your child... To be worn on clothing (T-shirts, etc.) Recommended for work hygiene, pregnant women, chield-protection* and for monitoring every activity in the household. *NOTE: Low-frequency changes of magnetic field were reported to increase the risk of leukemic disease three to fourfold when compared to an unexposed child population. |
János Szöllősy
H-1525 Budapest-114, P.O.Box 49, Hungary
Phone:+36-1-3959036, Fax:+36-1-3959057, E-mail:szjanos@ns.kfkipark.hu
Manufacturer: AVIATRONIC Ltd.
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