US$ 668.00
ex. VAT, ex. delivery costs
With the gauss meter PCE-EMF 40, it is possible to measure magnetic fields up to 2000 mG directly. At the same time, the gauss meter shows the strength of the magnetic field numerically using an X, Y and Z axis.
An electrostatic measurement is particularly important to check whether surfaces, components or the human body are electrostatically charged. Such electrostatic charges can be detected with the gauss meter.
The gauss meter PCE-MFM 4000 is used in the laboratory and quality assurance to measure the strength of magnetic fields. The gauss meter is delivered with two different sensors. A magnetic field sensor is available for general measurements in the Gauss and milli-Tesla range, as well as a precision sensor for measurements in the milli-Gauss and micro-Tesla range.
Tabletop device with 2 sensors
General Probe Range: 0-3000 milli-Tesla (0-30,000 Gauss)
Precision Probe Range: 0-300 micro-Tesla (0-3000 milli-Gauss)
For static and changing magnetic fields
Highly accurate Transverse Hall sensor
Different units selectable (mG / µT)
Data storage on SD memory card
The gauss meter PCE-MFM 4000 is used in the laboratory and quality assurance to measure the strength of magnetic fields. The gauss meter is delivered with two different sensors. A magnetic field sensor is available for general measurements in the Gauss and milli-Tesla range, as well as a precision sensor for measurements in the milli-Gauss and micro-Tesla range.
Tabletop device with 2 sensors
General Probe Range: 0-3000 milli-Tesla (0-30,000 Gauss)
Precision Probe Range: 0-300 micro-Tesla (0-3000 milli-Gauss)
For static and changing magnetic fields
Highly accurate Transverse Hall sensor
Different units selectable (mG / µT)
Data storage on SD memory card
- Incl. ISO calibration certificate
PCE-EM 30 is a digital portable 3-axis electromagnetic field meter or EMF detector used to measure electromagnetic radiation generated by electronic devices and electric installations. This triple-axis EMF meter provides greater precision than single-axis models as well as affords the ability to assess EMFs from more than one source at a time.
An electrostatic measurement is particularly important to check whether surfaces, components or the human body are electrostatically charged. Such electrostatic charges can be detected with the electromagnetic field (EMF) meter.