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SPECIFICATIONS
Frequency range of operation.................................................................. 50 MHz – 6 GHz
Frequency response .................................................Shaped (Occupational / Controlled)
ICNIRP (2020)
‚
FCC [NCRP] OET65 (1997)
‚
Sensor polarisation ................................................................................................. Isotropic
Isotropy
......................................................................................................................... ± 3 dB
1
Probes .........................................................3 orthogonal E-field and 3 orthogonal H-field
Result type ..................................................................Time-averaged RMS power density
Calibration interval ................................................................................................... 2 yearly
CW damage level ..................................... 26 dB above Standard / 40 000 % of Standard
Battery type .................................. 2 x 1.5 V Size AAA(LR03) Alkaline (non-rechargable)
Battery life ....................................................................6 months – 1 year (average usage)
Weight (incl. batteries) ....................................................................................0,25 lb, 115 gr
Dimensions ................................................................................................146 x 26 x 42 mm
Impact Protection (IP) Rating (IEC EN 60529) ......................IP64 (battery cap closed)
IK Rating (IEC EN 62262) .......................................................................................... IK08
Temperature range ........................................................................................ -20 °C to 50 °C
Fall detection ...................................................................................... 3-axis accelerometer
Frequency response
Frequency
50 MHz — 80 MHz
80 MHz — 500 MHz
500 MHz — 1 GHz
1 GHz — 2 GHz
2 GHz — 6 GHz
1.
Isotropy is the measure of deviation from the mean over the sphere at a frequency, below 6 GHz.
2.
The response is a combined E & H field deviation from the relevant standard as is reported by the exposure
indicators with planar wave illumination on the rear-side of the device, both vertically & horizontally polarised.
3.
The response is determined using a traceable calibration process according to IEEE Std 1309-2013 where a
vertically and horizontally polarized planar wave illuminates the rear side of the device.
4.
Positive values indicate conservative readings i.e. early warning.
5. Important: Only use the device within the specified frequency range. Measurements outside this frequency
range will not be accurate and cannot be guaranteed.
6.
H field contributions assessed from 50 MHz — 1 GHz only.
7.
Not suitable for Radar applications.
8.
Do not apply metallic-based stickers to the device.
6
Canada Safety Code 6 (2015)
‚
IEEE C95.1 (2005)
‚
2,3
ICNIRP
FCC/NCRP
1,1 ± 3,3 dB
1,1 ± 3,3 dB
2,5 ± 2,5 dB
2,8 ± 2,5 dB
1,2 ± 3,5 dB
2,3 ± 3,5 dB
0,3 ± 4,4 dB
1,4± 4,4 dB
0,9 ± 3,3 dB
0,9 ± 3,3 dB
Canada SC6
-0,9 ± 3,3 dB
1,6 ± 3,1 dB
0,8 ± 3,9 dB
-1,5 ± 4,5 dB
-0,8 ± 3,5 dB
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