The 3-Axis Gauss / Tesla meter is a scientifically developed device for measuring Ultra Low Frequency (ELF) of 30 ~ 2000 Hz, which uses three internal orthogonal sensors to test a wide range of magnetic fields, independent of measurement angle. The measurement data is recorded in milliGauss (m..
M0198195 is a broadband EMF / RF Field Strength Meter for high-frequency radiation monitoring with a range: 50MHz - 3.50GHz. It is designed for measurement of the value of the electromagnetic field of the radio frequency which can be measured non-directional (isotropic) by means of the three-channel..
T206 is a solar power meter and can be used for measurement of the power of incident solar radiation per unit area reaching the sensing sensor of the meter. This solar tester has a precision light sensor that provides precise and fast measurement when switched on, making it the best handheld solar p..
Isotropic 3- AXIS device for Measurement of Radio Frequency Magnetic Field strength
3-AXIS RF meter is an isotropic (non-directional) device designed to reliably measure and monitor the strength of radio frequency magnetic fields with a frequency range of 50Mz ~ 3.5GHz. The device uses a 3 Channe..
Power supply: 1 x 9V battery - included
T91 model is a single-axis Gauss meter / EMF with extremely low frequency (ELF) of 30 ~ 300Hz. Measurement readings are provided in two measuring units - milliGauss (mG) and microTesla (μT), which can be switched at any time at the user's request.
M0198191 is an EMF / ELF meter - a Gauss - meter which measures electromagnetic field of ELF (extremely low frequency) from 30Hz to 300Hz. The reporting is provided in milliGauss (mG) and microTesla (μT), optionally, the unit can be turned off at any time simply by pressing the corresponding button...
E04-13 is a compact handheld device designed to measure the strength of electromagnetic waves at home or when working on wiring or electrical appliances. The sensor is designed to measure the strength of the electromagnetic waves located near the device or at a particular location. The device divide..