Gigahertz Solutions - HFW59D RF Meter (2.4 GHz - 10 GHz)
HFW59D RF Meter Options:
$1,178.00
Description
Gigahertz Solutions HFW59D RF Meter
Specialized, Professional-Level RF Analyzer For Higher RF Frequencies
The Gigahertz Solutions HFW59D RF Meter detects wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operating in the higher frequency ranges of 2.4 GHz – 10 GHz with audio signal analysis.
It has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
Wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operate in the higher frequency ranges of 2.4 GHz – 10 GHz. The HFW59D has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
“Know for sure” what EMF levels you are being exposed to – own a Gigahertz Solutions HFW59D RF Meter.
Features
Features:
- Fully compensated up to 10 GHz, which includes the frequently used high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar)
- Maximum VBW for realistic readings of even the shortest radar pulses(smaller than 0.5 µS)
- Optimized peak hold function
- 1 µW/m² display resolution (for higher sensitivity, e.g., for wireless LAN signals, use HV20_2400G10)
- Includes a specially designed LogPer antenna with optimized reception pattern
- Contains an internal high-pass filter at 2.4GHz to reliably suppress the commonly dominant GSM and DECT cordless phone frequencies
- Calibrated AC signal output for demodulated signal analysis
- Scalable DC output for data logging.
- Specifically designed for the measurement of modulated signals (“pulse” mode)
- The meter’s audio tone replicates the patterns and intensity of measured RF emissions.
- Plug-in earphone accessory is optional.
- Comes equipped with both the NiMH rechargable battery and battery charger, a storage/carrying case to hold all the components for the HFW59D.
Additional Features:
- Antenna: Directional Logarithmic Period “LogPer” 2.4 – 10 GHz 45º
- AC/DC Outputs: Facilitates equipment interfacing: oscilloscopes/spectrum analyzers / full audio assessment/data logging (5mV DC or 10mV per digit) switchable
- LCD Display: Easy to read 3.5-digit display
- Accuracy / Linearity Deviation: +/- 4.5dB
- Audible Tone: The meter’s audio tone replicates the patterns and intensity of measured RF emissions
- Signal Detection Type: Peak, Average, and Peak Hold feature
- Battery: Rechargeable battery and power adapter supplied
- Battery Low Indicator: Meter will auto–power off 3 minutes following battery low signal display
- Auto Power Off: Saves on battery use – will auto-power off after 40 minutes of continuous EMF testing
- Measuring Ranges: Min:1 –1999 µW/m² // Max: 0.01 – 19.99 mW/m². For increased sensitivity with lower measurement values, please use the preamplifier, which can be purchased separately. Details below.
- Measuring Ranges with Preamplifier HV20_2400 G10: Min: 0.01-19.99µW/m² // Max: 0.1-199.9µW/m²
Inclusions
- HFW59D: Radio Frequency Analyzer
- Plastic Carrying Case: K5 (33x 27 x 8 cm) (13 x 10.6 x 3.2 inches)
- Antenna: Logarithmic Periodic 2.4 – 10 GHz
- Users’ Guide: RF Analyzer
- 2 Year Warranty: Certificate
- Battery Pack: Rechargable with Charger/Power Supply
- Silicone Protective Cover: Black






$1,419.00
Description
Gigahertz Solutions HFW59D RF Meter
Specialized, Professional-Level RF Analyzer For Higher RF Frequencies
The Gigahertz Solutions HFW59D RF Meter detects wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operating in the higher frequency ranges of 2.4 GHz – 10 GHz with audio signal analysis.
It has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
Wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operate in the higher frequency ranges of 2.4 GHz – 10 GHz. The HFW59D has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
“Know for sure” what EMF levels you are being exposed to – own a Gigahertz Solutions HFW59D RF Meter.
Features
Features:
- Fully compensated up to 10 GHz, which includes the frequently used high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar)
- Maximum VBW for realistic readings of even the shortest radar pulses(smaller than 0.5 µS)
- Optimized peak hold function
- 1 µW/m² display resolution (for higher sensitivity, e.g., for wireless LAN signals, use HV20_2400G10)
- Includes a specially designed LogPer antenna with optimized reception pattern
- Contains an internal high-pass filter at 2.4GHz to reliably suppress the commonly dominant GSM and DECT cordless phone frequencies
- Calibrated AC signal output for demodulated signal analysis
- Scalable DC output for data logging.
- Specifically designed for the measurement of modulated signals (“pulse” mode)
- The meter’s audio tone replicates the patterns and intensity of measured RF emissions.
- Plug-in earphone accessory is optional.
- Comes equipped with both the NiMH rechargable battery and battery charger, a storage/carrying case to hold all the components for the HFW59D.
Additional Features:
- Antenna: Directional Logarithmic Period “LogPer” 2.4 – 10 GHz 45º
- AC/DC Outputs: Facilitates equipment interfacing: oscilloscopes/spectrum analyzers / full audio assessment/data logging (5mV DC or 10mV per digit) switchable
- LCD Display: Easy to read 3.5-digit display
- Accuracy / Linearity Deviation: +/- 4.5dB
- Audible Tone: The meter’s audio tone replicates the patterns and intensity of measured RF emissions
- Signal Detection Type: Peak, Average, and Peak Hold feature
- Battery: Rechargeable battery and power adapter supplied
- Battery Low Indicator: Meter will auto–power off 3 minutes following battery low signal display
- Auto Power Off: Saves on battery use – will auto-power off after 40 minutes of continuous EMF testing
- Measuring Ranges: Min:1 –1999 µW/m² // Max: 0.01 – 19.99 mW/m². For increased sensitivity with lower measurement values, please use the preamplifier, which can be purchased separately. Details below.
- Measuring Ranges with Preamplifier HV20_2400 G10: Min: 0.01-19.99µW/m² // Max: 0.1-199.9µW/m²
Inclusions
- HFW59D: Radio Frequency Analyzer
- Plastic Carrying Case: K5 (33x 27 x 8 cm) (13 x 10.6 x 3.2 inches)
- Antenna: Logarithmic Periodic 2.4 – 10 GHz
- Users’ Guide: RF Analyzer
- 2 Year Warranty: Certificate
- Battery Pack: Rechargable with Charger/Power Supply
- Silicone Protective Cover: Black






$1,806.00
Description
Gigahertz Solutions HFW59D RF Meter
Specialized, Professional-Level RF Analyzer For Higher RF Frequencies
The Gigahertz Solutions HFW59D RF Meter detects wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operating in the higher frequency ranges of 2.4 GHz – 10 GHz with audio signal analysis.
It has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
Wireless technologies such as Radar, Bluetooth, WLAN, WiMAX, and cordless telephones operate in the higher frequency ranges of 2.4 GHz – 10 GHz. The HFW59D has been designed to detect and measure the RF emissions generated within this range, including the high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar).
“Know for sure” what EMF levels you are being exposed to – own a Gigahertz Solutions HFW59D RF Meter.
Features
Features:
- Fully compensated up to 10 GHz, which includes the frequently used high radar frequency band at 8.5 through 9.5 GHz (Aviation, Naval, Military, Traffic Control Radar)
- Maximum VBW for realistic readings of even the shortest radar pulses(smaller than 0.5 µS)
- Optimized peak hold function
- 1 µW/m² display resolution (for higher sensitivity, e.g., for wireless LAN signals, use HV20_2400G10)
- Includes a specially designed LogPer antenna with optimized reception pattern
- Contains an internal high-pass filter at 2.4GHz to reliably suppress the commonly dominant GSM and DECT cordless phone frequencies
- Calibrated AC signal output for demodulated signal analysis
- Scalable DC output for data logging.
- Specifically designed for the measurement of modulated signals (“pulse” mode)
- The meter’s audio tone replicates the patterns and intensity of measured RF emissions.
- Plug-in earphone accessory is optional.
- Comes equipped with both the NiMH rechargable battery and battery charger, a storage/carrying case to hold all the components for the HFW59D.
Additional Features:
- Antenna: Directional Logarithmic Period “LogPer” 2.4 – 10 GHz 45º
- AC/DC Outputs: Facilitates equipment interfacing: oscilloscopes/spectrum analyzers / full audio assessment/data logging (5mV DC or 10mV per digit) switchable
- LCD Display: Easy to read 3.5-digit display
- Accuracy / Linearity Deviation: +/- 4.5dB
- Audible Tone: The meter’s audio tone replicates the patterns and intensity of measured RF emissions
- Signal Detection Type: Peak, Average, and Peak Hold feature
- Battery: Rechargeable battery and power adapter supplied
- Battery Low Indicator: Meter will auto–power off 3 minutes following battery low signal display
- Auto Power Off: Saves on battery use – will auto-power off after 40 minutes of continuous EMF testing
- Measuring Ranges: Min:1 –1999 µW/m² // Max: 0.01 – 19.99 mW/m². For increased sensitivity with lower measurement values, please use the preamplifier, which can be purchased separately. Details below.
- Measuring Ranges with Preamplifier HV20_2400 G10: Min: 0.01-19.99µW/m² // Max: 0.1-199.9µW/m²
Inclusions
- HFW59D: Radio Frequency Analyzer
- Plastic Carrying Case: K5 (33x 27 x 8 cm) (13 x 10.6 x 3.2 inches)
- Antenna: Logarithmic Periodic 2.4 – 10 GHz
- Users’ Guide: RF Analyzer
- 2 Year Warranty: Certificate
- Battery Pack: Rechargable with Charger/Power Supply
- Silicone Protective Cover: Black






Video
Manuals
Product Specification
Frequency Range of Meter:
2.4 GHz to 10 GHz
Measurement Ranges:
Min: 1 – 1999 µW/m²
Max: 0.01 – 19.99 mW/m²
Measurement Ranges (with HV20):
Min: 0.01 – 19.99 µW/m²
Max: 0.1 – 199.9 µW/m²
Attenuation:
Modules available to extend the scales in increments of 20db
Antenna:
Standard True Logarithmic Periodic Antenna 2.4 GHz – 10 GHz
(Sold Separately or in the HFEW59D RF Meter Kit) Ultra Broadband Omni-Directional Antenna (UBB2410) 2.4 GHz to 10 GHz
Audio Analysis:
Identification of pulsed radiation sources (WLAN, WiFi, air-traffic control radar, etc)
Outputs:
AC (demodulated signal, calibrated) and scalable DC output
Signal Evaluation:
True Peak and average
Accuracy:
+ / – 4.5 dB
Linearity Deviation:
+ / – 4.5 dB
Rollover:
+ / – 5 digits
Power:
9.6 V NiMH battery pack and power supply included
Weight:
Approx. 1.25 kg
Material of the Case:
Plastic
Product Specifications
| Frequency Range of Meter | 400 MHz to 7.2 GHz (will detect signals from 200 MHz to 8 GHz) |
| Accuracy | +/- 6dB – 3rd Party Certified – testing report attached |
| Measurement Range | 0.001 µW/m² to 3,180,000 µW/m² (Linear response between 0.1µW/m² and 1,000,000µW/m²) |
| Sampling Rate | 200 kHz |
| Response Time | <5 μs |
| LED Range @ 2.4 GHz–Green (Flashing) | <1 µW/m² |
| LED Range @ 2.4 GHz–Green | 10 µW/m² |
| LED Range @ 2.4 GHz–Yellow | 10 – 100 µW/m² |
| LED Range @ 2.4 GHz–Orange | 100 – 1,000 µW/m² |
| LED Range @ 2.4 GHz–Red | 1,000 – 10,000 µW/m² |
| LED Range @ 2.4 GHz–Red (Slow Flashing) | 10,000 – 100,000 μW/m² |
| LED Range @ 2.4 GHz–Red (Fast Flashing) | >100,000 μW/m² |
The Food and Drug Administration or Therapeutic Goods Association has not evaluated these statements. This product is not intended to diagnose, treat, cure, or prevent any disease.