Showing results: 1 - 15 of 22 items found.
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RX - 213 -
Resonance Technology
Teslameter RX-213 is a portable, hall-effect magnetic field meter, measuring simultaneously - along three mutually perpendicular axes - both the DC component and the variable component of the field (AC) with a frequency of 20 Hz - 20 kHz. The latter quantity is measured as the effective value of the magnetic field (so-called true RMS ), regardless of changes in the field as a function of time.
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RX-21b -
Reply S.p.A.
The RX-21 Teslameter is a portable, hall-effect magnetic field meter that measures both the DC component and the AC component of the field. The latter quantity is measured in the frequency range 20 Hz - 25 kHz as the effective value of the magnetic field (so-called true RMS), regardless of changes in the field as a function of time. The meter's operating range is 0 - 3000 mT , switched manually or automatically.
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RX-21b -
Resonance Technology
The RX-21 Teslameter is a portable, hall-effect magnetic field meter that measures both the DC component and the AC component of the field. The latter quantity is measured in the frequency range 20 Hz - 25 kHz as the effective value of the magnetic field (so-called true RMS), regardless of changes in the field as a function of time. The meter's operating range is 0 - 3000 mT , switched manually or automatically.
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RX - 32 -
Resonance Technology
The device is designed to work as a research or service instrument characterized by a very high precision of magnetic field measurement. Thanks to the operation based on the principle of nuclear magnetic resonance ( Nuclear Magnetic Resonance - NMR ), it is a quantum device whose indications do not depend on external factors such as temperature, pressure, aging effects, etc.
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RX - 25 -
Resonance Technology
The instrument measures the magnetic field induction simultaneously along three mutuallyperpendicular axes. The measurement result shows the value of the field along any of these axes, as well as the magnitude of the induction vector B.
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CAYLAR, NMR20 Teslameter -
Caylar
The NMR20 Gaussmeter (NMR Teslameter) measures magnetic fields using the principle of nuclear magnetic resonance . This is the most precise technology for measuring the magnetic field. 1mG accuracy and 0.2ppm/year drifting.There is no temperature drift.
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Group3 Technology
Group3 are leaders in the innovation, design and manufacture of scientific instruments for magnetic field measurement solutions with ‘superior’ accuracy. With over 40 years'' experience Group3 match solutions to specifications and provide confidence with a reputation in precision, quality, reliability, accuracy and durability.
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PT2026 -
Metrolab Technology SA
Nuclear Magnetic Resonance is the most precise technology to measure magnetic fields, and the PT2026 is the most precise NMR magnetometer on the market. In optimal conditions, it achieves a precision of under ten parts per billion! But precision is just one of the features brought by the PT2026: high fields, robustness to inhomogeneous fields, 33 Hz measurement speed, improved search time – the list goes on. The key is an instrument design, using modern RF and computer technology. The result is an NMR magnetometer that opens up a host of new application areas. Magnetometer Gaussmeter
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Wuntronic GmbH
The field strength measuring instruments are ideally suited for measuring magnetic field strength but also for residual magnetism (remanece) and determination after demagnetization of metals.
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Wuntronic GmbH
The field strength measuring instruments are ideally suited for measuring magnetic field strength but also for residual magnetism (remanece)andetermination after demagnetization of metals.
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3MTS – Triple Axis Handheld Teslameter -
Matesy GmbH
3MTS is a handy 3-axis teslameter, which was developed in cooperation between Matesy GmbH and SENIS AG.
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Magnetic Instrumentation Inc.
Reference Magnets provide a stable and convenient method to verify the accuracy and calibration of Hall Effect Gaussmeters, Teslameters, and Probes.
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ZG-2 -
Wuntronic GmbH
The WUNTRONIC Zero-Gauss-Chamber insolate the environment magnet fields. The Zero field camber is very usefull for zero adjustments of Teslameters / Gauss meters.
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Projekt Elektronik Mess- und Regelungstechnik GmbH
The active probes are equipped with active amplifier electronics and have an extremely low-impedance output, ie they can also drive long lines. The output signal is calibrated according to specification. They can not only be connected to a certain type of teslameter, but can also be connected to any signal input.
