The CellSensor EMF/ELF Meter

Using the CellSensor as an EMF/ELF meter requires the use of an external sensor probe. Without the probe the Cell Sensor measures only RF emissions and is calibrated for emissions in the 900 MHz – 1800 MHz band which is  generally Cell phones. With the probe the CellSensor becomes a fully featured low frequency Electromagnetic Field meter. The external single axis probe means that the meter can be positioned such that it is easy to see and read the display while at the same time the probe can be best placed to properly detect and measure the EMF emissions correctly. The CellSensor is a single axis gauss meter, however, ELF fields are three dimensional. Thus, in order to obtain a more accurate measurement of a field you must read the strength of the field in three axis, x, y, and z (horizontal, vertical and sideways). Once the readings are obtained in these three positions you could perform calculations to come up with the final value. On a paranormal investigation calculating values would be prohibitive. It is recommended instead to slowly tilt the device at various angles to find the strongest reading and use that angle for your reading.

Specifications

Detects:         Cellular Phone radiation

                        Electromagnetic Fields generated by AC appliances and cables

Range:            0-1 and 0-10 milliWatts/cm2 (RF)

                        0-5 and 0-50 milliGauss.

Accuracy:       5% 

• Includes Remote Probe for ELF field measurements
• Easy to use and operate
• Audio and visual signals
• Rugged construction, high quality components
• Comprehensive manual and instruction book
• Flattened frequency response curve in ELF mode for increased accuracy.

NOTE: Meters like the CellSensor are calibrated for 50/60 Hz. Their frequency curve dips down below that range which makes you miss some ELF areas. Extremely low frequency (ELF) fields includes alternating current (AC) fields and other electromagnetic radiation from 1 Hz to 300 Hz. The ideal EMF meter for paranormal investigators should have a long flat response curve of  (1) and the lower the ranges can go the better. It should, if possible, be able to detect DC fields. The CellSensor response curve is shown below.