fieldSENSE60 personal RF monitor
Body-worn RF monitor with three orthogonal E and H probes covering 50 MHz to 60 GHz, shaped to the occupational reference levels of ICNIRP 2020, FCC/NCRP OET65, Canada Safety Code 6 and IEEE C95.1, reporting time-averaged exposure as a percentage of the selected standard.
Last verified 12 August 2026.
Also searched as: fieldSENSE 60, FS60, fieldSENSE60
- Manufacturer
- FieldSENSE (Pty) Ltd
- Model
- fieldSENSE60
- Type
- Personal RF monitor
- Instrument class
- Broadband RF power-density meter
- Quantities measured
- power density, electric field strength, magnetic flux density
- Axes
- triple
- Peak hold
- No
- On-device logging
- Yes
- Declared accuracy
- Isotropy ±3 dB below 6 GHz; shaped response deviation from the standard ranges from 0.5 ± 5.4 dB to 7.1 ± 6.3 dB depending on band, with positive values reading conservativelyManufacturer figure, not an independent verification.
- Market status
- Currently sold
Frequency coverage by mode
One band per measuring mode, as the manufacturer states it.
- power density
- 50 MHz – 60 GHz, shaped occupational response
- electric field strength
- E field: three orthogonal probes, 50 MHz – 60 GHz
- magnetic flux density
- H field: assessed from 50 MHz – 1 GHz only
Display range by mode
- Exposure indication
- time-averaged RMS power density as a percentage of the selected occupational standard
- Damage threshold
- CW damage level 26 dB above the standard, i.e. 40,000% of the standard
Calibration
Traceable calibration process according to IEEE Std 1309-2013, with a manufacturer-stated three-year calibration interval.
Suited to
- Warning a worker climbing a mast or working in front of an antenna that they have entered a field above the occupational reference level
- Frequency coverage no consumer meter matches, up to 60 GHz, including mmWave 5G
- Comparing exposure directly against a named standard, because the response is shaped to that standard rather than flat
What it cannot do
- Reports against occupational reference levels, which are far higher than general-public limits: a low percentage on this device says nothing about a residential or precautionary target
- Not suitable for radar applications, by the manufacturer's own statement
- A shaped response is deliberately not a flat field measurement, so it cannot be read as a V/m or µW/m² survey figure
- H-field contributions are assessed only from 50 MHz to 1 GHz
- No low-frequency magnetic or electric field capability, and no source identification
What these figures are
Every number on this page is the manufacturer's own declared specification, reproduced so that models can be compared field by field. Nothing here is an independent test of the instrument, a calibration certificate, or a statement that a reading taken with it can be compared with a regulatory limit — that depends on the detector, the averaging and, where it matters legally, an accredited calibration.
Where to buy
EMR Shielding Solutions is a related company of WebKMS, which publishes EMFBase, and sells this product. The link is a stockist listing only: every figure on this page comes from the manufacturer's own documentation, and no specification, limitation or citation depends on it.
Related records
- Broadband RF power-density meter
The general-purpose instrument for Wi-Fi, cellular, 5G, smart meters and cordless phones: reports total power density across a wide band in µW/m² or mW/m², with peak-hold and average modes.
Instruments
- FCC occupational MPE, 1.5–100 GHz
5.0 mW/cm² averaged over 6 minutes for trained workers in controlled environments — five times the general-public allowance.
Exposure limits
- ICNIRP 2020 RF guidelines (100 kHz–300 GHz)
International guidelines that most countries outside the U.S. adopt into law, covering 5G, Wi-Fi, Bluetooth, mobile phones and base stations.
Standards & frameworks
Sources
- fieldsense-60-manual fieldSENSE60 personal RF monitor — user manual and data sheet — FieldSENSE (Pty) Ltd, South Africa. manufacturer, link checked 2026-08-12.
Same record, other formats