Safe & Sound PRO 5G mmWave SH EMF Meter

• Portable and compact EMF meter for rapid measurement of millimeter waves of extremely high frequencies EHF.

• Suitable for 5G High Band from 20 to 40 GHz!!
• Detects and measures 5G in the high mmWave band, from 20 GHz to 40 GHz.
• The first personal, professionally accurate and affordable high-band millimeter wave meter at a fraction of the cost of today's high-band detectors.
• Complements the Safe and Sound Pro II (SSP2) RF meter to analyze the full range of 5G frequencies.
• Digital display in microwatts/m² and V/m, includes audio, peak and average readings with maximum peak hold.
• Most common sources: 5G cell towers, 5G mobile phones, higher frequency radars and other 5G high-band devices.

• Including both Stub antenna: for general purpose measurements (360º); as Horn antenna: directional to locate the source of the signal.

Technical data

• Freq. range with Stub ant.: [20 - 40 GHz] (from 18 GHz with greater tolerance)
• Precision: with Stub ant.: +/- 5 dB de [20 - 40 GHz] * with Horn ant.: +/- 6 dB de [25 - 40 GHz]
• Measurement range: with Stub ant.: [5 - 500,000 µW/m²] [50.000,000 µW/m² with optional attenuator]. * with Horn ant.: [0,5 - 30,000 µW/m²] [3.000,000 µW/m² with optional attenuator]
• Radiation diagram with Horn ant.: 35º forward.
• Freq. Sampling Rate: 200 kHz.
• Response time: < 50 us
• Radiation diagram: directional 35º forward.
• Values on screen: PEAK, MAX and AVG.
• Audioanalysis with volume regulation.
• Micro Power USB connector for continuous monitoring (currently no software available).
• Headphone socket for 3.5 mm jack.
• Battery operation: 2 AA batteries (included).
• Battery life: 6 hours.
• Carrying case size included: 17 cm x 11 cm x 4 cm. Weight: 300 grams.

Package Content

• Package Safe & Sound PRO mmW meter.
• Quasi-isotropic Stub antenna.
• Directional Horn antenna.

• AA batteries.
• Zippered carrying case.
• Operating manual in Spanish & English.

→ Important: Currently there is still no widespread use of this frequency band by telecommunications operators. Therefore, it is logical that most measurements are very low or absent.