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セキュリティセンサー EPE Conseil Cemprotec 34のPDF クイック・スタート・マニュアルをオンラインで閲覧またはダウンロードできます。EPE Conseil Cemprotec 34 2 ページ。

Detect ambient electro-smog

supplies), magnetic fields from high voltage lines, transformers and inverters, or Hyper Frequencies resulting from cell towers,

WiFi/WiMax networks or cordless landline phones, etc.)

Press the "on-off" button once to switch on the device in standard mode.

Hold the device at arm length away from your body.

Move slowly around to detect ambient electro-smog (the device performs a new detection every two seconds).

NB: to switch the sound on or off, press and hold the "on-off" button.

Detect ambient Radio Frequencies (RF) smog with enhanced sensitivity (detecting peak values)

cell towers, WiFi/WiMax networks or cordless landline phones, radio and TV broadcasting, etc.)

Press the "on-off" button once to switch on the device in standard mode.

Press the "select" button once to enter high-resolution RF mode. LED 1 and 2 will stay lit.

Hold the device at arm length away from your body.

Move slowly around to detect ambient electro-smog (the device performs a new detection every two seconds).

NB: In this mode, all 24 LEDs show RF radiation. The LEDs at the bottom indicate the lowest radiation level while the LEDs at the top show the

highest level of radiation.

Standard mode table

Low frequency

magnetic and electric

(detection range : 1 MHz - 10 GHz)

Levels

CEMPROTEC lights

[BF] – Alternating

electric field in V/m

(volt per meter)

CEMPROTEC

[RF] – Radio [µW/m²]

(microwatt per

square meter)

Alternating magnetic

field in [nT]

(Nanotesla)

High-resolution RF mode table (enhanced sensitivity)

shown by all of the 24 LEDs). Detection range : 1 MHz - 10 GHz) values in µW/m² (Microwatt per square meter).

Levels

High frequency [µW/m²]

CEMPROTEC

Levels

High frequency [µW/m²]

CEMPROTEC

*Peak values are detected. Actual values may vary slightly from the values specified in this table as a result of differences in individual electronic components.

Exposure limits depend on individual sensitivities. The values measured are purely indicative and shall not engage the liability of E.P.E. Conseil.

Standard mode graph with thresholds

EF: Baubiologie, SBM (2015)

RF: Baubiologie, SBM (2015)

RF: Conseil de l'Europe (Résolution 1815, moyen terme (2011))

EF: TCO 99 norm (1999) et NCRP (USA-1995)

MF: Baubiologie, SBM (2015)

RF:0 V/m

0,08 V/m

RF:0 µW/m²

15 µW/m²

EF:0 V/m

6 V/m

MF:0 nT

20 nT

Indicative field strengths for Radio Frequencies (RF) in Volt per meter (V/m) and Microwatt per square meter (µW/m²), Electric Fields (EF) in Volt per meter (V/m)

and Magnetic Fields (MF) in Nanotesla (nT), depending on the colour of the LEDs that light up. The thresholds mentioned above are recommendations and norms

from the corresponding sources (see below).



Baubiologie MAES-SBM. (2015). Indicative values in Baubiologie for rest rooms. In addition to the stanard measuring technique in baubiologie SBM-2015. Retrieved December 2, 2015, from

2015_fr.pdf. (recommendation)



BioInitiative. (2012). BioInitiative Report 2012. In A Rationale for Biologically-based Exposure Standards for Low-Intensity Electromagnetic Radiation. Retrieved November 16, 2015, from http://www.bioinitiative.org/table-of-contents/.

(recommendation)



Council of Europe. (2011). Resolution 1815 (2011) Final version. In The potential dangers of electromagnetic fields and their effect on the environment. Retrieved November 16, 2015, from

XML2HTML-en.asp?fileid=17994&. (recommendation)



NCRP, (1995) "Biological Effects and Exposure Criteria for Radiofrequency Electromagnetic Fields", NCRP Report No.86, Bethesda, Maryland, USA. (norm)



TCO Development. (2012). TCO-Certified-Displays-6.0. In TCO Development. Retrieved November 16, 2015, from http://tcodevelopment.com/files/2013/04/TCO-Certified-Displays-6.0.pdf#page=28. (norm)

(i.e. electric fields from electric cables and appliances (such as computers, fuse boards, lamps and power

(indicative field strength is shown with each row of 8 LEDs)

field (detection range : 10 Hz - 5 kHz ; detection on all three dimensions (3D) and RF field

+ Y1

100

300

400

(indicative field is shown with each row of 8 LEDs)

MF: TCO 99 norm (1999) et NCRP (USA-1995)

0,12 V/m

0,19 V/m

0,27 V/m

40 µW/m²

100 µW/m²

200 µW/m²

15 V/m

20 V/m

25 V/m

80 nT

120 nT

160 nT

Y1 +

Y2 +

110

150

200

300

140

180

220

300

When the Peak function is activated only the RF is detected (indicative field strength is

2,5

550

750

1000

1250

RF: Bio-Initiative (2012) et Conseil de l'Europe (Résolution 1815, court terme (2011))

0,34 V/m

0,43 V/m

300 µW/m²

500 µW/m²

30 V/m

35 V/m

200 nT

300 nT

(i.e. Radio Frequencies resulting from

Y3 +

R1 +

500

750

1000

1250

1500

400

650

1000

1500

2000

100

140

1500

1750

2000

2250

0,53 V/m

0,61 V/m

0,69 V/m

750 µW/m²

1000 µW/m² 1250 µW/m² 1500 µW/m²

40 V/m

50 V/m

60 V/m

400 nT

1000 nT

1500 nT

http://baubiologie.fr/IMG/pdf/valeurs_sbm-

http://assembly.coe.int/nw/xml/XRef/Xref-

(radio waves)

R2 +

1750

2000

2500

3000

180

225

2500

2750

0,75 V/m

∞

70 V/m

2000 nT