EHP-50F

Compact field analyzer

  • Isotropic measurement of electric and magnetic ELF fields, conforms to EMF Directive 2013/35/EU
  • Weighted Peak method for capturing complex signal shapes
  • FFT spectrum analysis for E-field and H-field in one device
  • High measurement sensitivity and large dynamic range
  • Data logger for stand alone operation

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Link: https://www.narda-sts.com/en/selective-emf/ehp-50f-field-strength-analyzer/ehp-50f-2404103/#c9782

Compact field analyzer

 

Product Features

  • Isotropic measurement of electric and magnetic ELF fields
  • Conforms to EMF Directive 2013/35/EU
  • Weighted Peak method for capturing complex signal shapes
  • FFT spectrum analysis for E-field and H-field in one device
  • High measurement sensitivity and large dynamic range
  • Optical interface for connection to PC or NBM-550 display unit
  • Data logger for stand alone operation
  • Long battery operating times, yet compact and light

Included in delivery:

  • EHP-50F Basic Unit
  • EHP-TS PC Software
  • Tripod Extension, 0.50m
  • Mini Tripod, Benchtop
  • AC/DC Battery Charger
  • O/E Converter USB, RP-02/USB
  • Cable, FO Duplex, RP-02, 10m
  • Optical Bridge Connector RP-02
  • Softcase for EHP
  • User Manual EHP

 

Specifications

  • Frequency range: 1 Hz to 400 kHz
  • Dynamic range: > 105 dB
  • Measurement range, E field: 5 mV/m to 100 kV/m
  • Measurement range, H field: 0.3 nT to 10 mT
  • Weighted Peak: 2013/35/EU, ICNIRP 2010, ICNIRP 1998
  • Temperature range: -20 °C to +55 °C
  • Weight: 550 g
  • Dimensions: 92 mm x 92 mm x 109 mm

 

Product description

Isotropic measurement of electric and magnetic ELF fields

Frequency selective FFT measuring system with high dynamic range for electric and magnetic fields from 1 Hz to 400 kHz. Sensors in all three spatial directions deliver isotropic results for selective and wideband measurements.

Uses the Weighted Peak method for standard-compliant measurement of complex signals. This method, patented by Narda, evaluates the signal by means of mathematical convolution in the time domain. The result is the direct display of the exposure as a percentage of the limit value. This makes the application particularly quick and easy to use. Weighted Peak is the basis of the limit value curves of the most important standards.