New Probe EFD-9091 Now Available for the FieldMan EMF Meter

Narda Releases the New EFD-9091 Probe For FieldMan Broadband Meters

Designed to be used with the Narda FieldMan Electromagnetic Field Meter, the new EFD-9091 probe is capable of detecting electric fields from 100 MHz to 90 GHz. Suitable for frequencies used in radar technologies, telecommunications, satellite communications and radio link, the probe’s high linearity and sensitivity ensure precise measurements for general public and occupational safety.

The probe's interface digitally communicates measurement data to the base unit, eliminating the need for calibrations on the FieldMan base unit. Instead, only the probe requires calibrating, with accreditation up to 18 GHz. Calibration data is stored in the probe itself and is automatically factored into the measurements. When the predominant field strength frequency is identified, a correction factor can be used to improve measurement precision.

Key features of the probe include:

• Isotropic measurements
• Excellent sensitivity from 0.5 V/m
• Wide True RMS range up to 61.4 V/m
• No calibration required on base unit
• Automatic offset correction with no zero adjustment required
• Broad temperature range of -20 °C to +50 °C

To see the EFD-9091 Probe’s full specifications, click on the datasheet below.

FieldMan EFD-9091 Probe Datasheet

More About the Narda FieldMan EMF Meter

The Narda FieldMan Electromagnetic Field Meter is a radiation meter designed to provide omnidirectional measurements of high and low frequency electromagnetic fields from 0 Hz (DC) to 90 GHz. With a clear, intuitive interface and precise, highly sensitive measurements, the unit is ideal for use in a wide variety of applications.

Narda FieldMan Electromagnetic Field Meter

Capable of measuring high and low frequency electric and magnetic fields up to 90 GHz

LEARN MORE

Narda Safety Test Solutions’ range of radiation meters are available in Australia exclusively from Air-Met Scientific for sale, rental and service. Contact your local Air-Met Scientific office to learn more.