Gigahertz Solutions - LOW FREQUENCY ANALYSER ME3030B

Cod: Gigahertz Solutions - LOW FREQUENCY ANALYSER ME3030B


 

Brosura produs PDF, 0.66 Mb

Descriere

This is the device for technical amateurs - especially easy to operate. It allows a straight forward assessment of the exposure, a determination of suitable remedial actions, as well as a control of their effectiveness.

Frequency range: 16 Hz - 2 KHz (compensated, better than -2 dB)

 

Features:

  • The reading shows the total pollution without any calculation required.
  • The measured values are reliably displayed directly in the entity corresponding to the building biology standard values, namely:
  • The electric field strength from 1 to 1999 V/m (against ground potential)
  • The magnetic flux density from 1 to 1999 nT.
  • An acoustic signal proportional to the field strength with "Geiger-counter-effect" helps identifying regions with increased exposure.
 

Alte produse GIGAHERTZ

GIGAHERTZ SOLUTIONS - 3D-LF-ANALYSER WITH DATA LOGGER NFA400

• ONE-dimensional potential-free measurement of the electric field (Y-axis).
• Non-isolated electric field measurement possible with integrated sensor or with the optionally available TCO conform probe TCO3.
• An integrated voice recorder facilitates the measruement analysis.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3030B

• The reading shows the total pollution without any calculation required.
• The measured values are reliably displayed directly in the entity corresponding to the building biology standard values, namely:
• The electric field strength from 1 to 1999 V/m (against ground potential)
• The magnetic flux density from 1 to 1999 nT.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3851A

• NiMH battery, battery charger / power supply unit included.
• An AC- and a DC-output.
• Increased reliability by the use of a test switching mode for the zero deviation.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3840B

• The measured values are reliably displayed directly in the entity corresponding to the building biology standard values, namely:
• The electric field strength from 1 to 1999 V/m (against ground potential)
• The magnetic flux density from 1 to 1999 nT.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3951A

• Responsivity increased by a factor of 10 (minimum display resolution: 0.1 V/m / 0.1 nT).
• NiMH battery, battery charger / power supply unit included.
• An AC- and a DC-output.

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER HF32D

• The reading shows the total pollution without any calculation required.
• The measured values are reliably displayed directly in the entity corresponding to the building biology standard values.
• An acoustic signal proportional to the field strength with "Geiger-counter-effect" helps identifying regions with increased exposure.
• Digital display of 1 µW/m² up to 1999 µW/m².

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER KIT HFE35C

• The instrument itself, based on the HF35C but with an extended frequency range reaching down to 27 MHz.
• Two antennas: The especially compensated log.-per. antenna for the range above 800 MHz

 

GIGAHERTZ SOLUTIONS - ULTRA BROAD BAND HF ANALYSER SET HFEW59BD PLUS

• For technical details please check the information supplied on the pages of the individual meters.
• The attenuator DG20_G10 contained in the kit is suitable for both meters.
• For a safe transport of the meters and antennas, the kit is supplied in a plastic case (K2).

 

GIGAHERTZ SOLUTIONS - HF-ANALYSER SET HFW59D PLUS

• Maximum video band width for the demonstration of the shortest radar pulses (< 0.5 µs).
• Optimized Peak Hold function (patent no. DE 103 34 886).
• HV20_2400G10 included for maximum sensitivity within the full frequency range: 0.01 mW/m² display resolution for measurements of weakest WLAN signals.
• Includes an especially shielded log-per antenna with excellent directional characteristics.

 

GIGAHERTZ SOLUTIONS - LOW FREQUENCY ANALYSER ME3830B

• A clearly extended frequency range: from 16 Hertz to 100 Kilohertz. This frequency range (in accordance with SBM) also includes the higher frequencies caused by, for instance, energy saving lamps, switching-mode power supplies, electronic dimmers, or monitors, which are considered especially critical.