Narda RadMan Personal RF Monitor, BGV 2250/01
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, FCC 2250/02
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, ICNIRP 2250/06
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, SC6 2250/10
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, BGV 2250/51
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, FCC 2250/52
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, Japan 2250/53
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, IEEE 2250/55
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, ICNIRP 2250/56
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Personal RF Monitor, SC6 2250/60
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, BGV 2251/01
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, FCC 2251/02
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, Japan 2251/03
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, ICNIRP 2251/06
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, ICNIRP 2251/16
- Automatic evaluation of exposure frequencies according to human safety standard
- Minimized influence of body shielding and reflection effects
- Calibration every 3 years recommended
Narda RadMan XT Personal RF Monitor, BGV 2251/51
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, ICNIRP 2251/56
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan XT Personal RF Monitor, FCC 2251/72
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H field near field components
- Minimized influence of body shielding and reflection effects
Narda RadMan Mobile Personal Radiation Monitor, 2252/01
- 50 MHz to 6 GHz / 1 MHz to 40 GHz
- Shaped frequency response matched to your standard
- Multi-function tool – personal monitor, leakage detector, simple measurement instrument
Narda RadMan Mobile Personal Radiation Monitor, 2252/02
- 50 MHz to 6 GHz / 1 MHz to 40 GHz
- Shaped frequency response matched to your standard
- Multi-function tool – personal monitor, leakage detector, simple measurement instrument
Narda RadMan Mobile Personal Radiation Monitor, 2252/06
- Shaped frequency response matched to your standard
- Multi-function tool – personal monitor, leakage detector, simple measurement instrument
- Simultaneous e- and h-field measurement
Narda Nardalert S3 FCC Sensor, 2271/01
- Automatic evaluation of exposure frequencies according to human safety standard
- LCD on top of casing can be seen at a glance
- Display of distribution of high and low frequency components
Narda Nardalert S3 IEEE Sensor, 2271/11
- Automatic evaluation of exposure frequencies according to human safety standard
- LCD on top of casing can be seen at a glance
- Display of distribution of high and low frequency components
Narda Nardalert S3 Safety Code 6 Sensor, 2271/21
- Automatic evaluation of exposure frequencies according to human safety standard
- LCD on top of casing can be seen at a glance
- Display of distribution of high and low frequency components
Narda Nardalert S3 Safety Code 6 Sensor, 2271/22
- Automatic evaluation of exposure frequencies according to human safety standard
- LCD on top of casing can be seen at a glance
- Display of distribution of high and low frequency components
Narda Nardalert S3 ICNIRP Sensor, 2271/31
- Automatic evaluation of exposure frequencies according to human safety standard
- LCD on top of casing can be seen at a glance
- Display of distribution of high and low frequency components
Narda RadMan 2LT Personal RF Monitor, ICNIRP 2280/101
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2LT Personal RF Monitor, FCC 2280/102
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2LT Personal RF Monitor, SC6 2280/103
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2LT Personal RF Monitor, ICNIRP 2280/111
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2XT Personal RF Monitor, ICNIRP 2281/101
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2XT Personal RF Monitor, FCC 2281/102
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
Narda RadMan 2XT Personal RF Monitor, SC6 2281/103
- Automatic sensor test
- Highly visible alarm LEDs, loud buzzer plus vibration alarm
- Automatic evaluation of exposure frequencies according to ICNIRP (Directive 2013/25/EU), FCC, SC6
FieldSense FS2.0 Personal RF Monitor
- Personal RF monitor
- E and H field
- Frequency range of 50 MHz to 6 GHz
FieldSense FS60 Personal RF Monitor
- Frequency range of 50 MHz to 60 GHz
- Remote monitoring
- Adjustable wrist strap to avoid dropping device
Narda Nardalert S3 Personal RF Monitor
- Field Replaceable Sensor Modules
- Color LCD Display
- Multi-Color Alarm LED's
Narda RadMan Personal RF Monitor, Japan 2250/03
- Automatic evaluation of exposure frequencies according to human safety standard
- Simultaneous determination of E and H-field near field components
- Minimized influence of body shielding and reflection effects
Wavecontrol WaveMon RF-40 Personal EMF Monitor
- Conforms to international electromagnetic field safety standards
- E-field measurements up to 40 GHz
- Isotropic sensors
Wavecontrol WaveMon RF-8 Personal EMF Monitor
- According to the international standards on EMF safety.
- E-field measurements up to 8 GHz and H-field measurements up to 1 GHz.
- Isotropic sensors.