RFPHYSICAL HAZARD

RF Radiation Meters: Rent or Buy

Radio frequency (RF) radiation is a form of non-ionizing electromagnetic radiation spanning frequencies from about 3 kHz to 300 GHz, including microwave frequencies. Occupational RF exposure arises from broadcast transmitters, radar systems, RF sealing machines, induction heaters, diathermy equipment, wireless communication infrastructure, and microwave ovens.

TOP RADIO FREQUENCY RADIATION RENTAL
SMP3 DC Kit by WaveControl - EMF Meter with WPH-DC, WPF60 & WP10M Probes
Electromagnetic Fields (EMF) · Area
SMP3 DC Kit by WaveControl
Starting at $140.00 / day

COMPARE YOUR OPTIONS

Monitoring Equipment to Rent for Radio Frequency Radiation

Each kit is a WaveControl SMP meter with a set of interchangeable probes. The probes decide which fields you can measure: static magnetic fields, low-frequency electric and magnetic fields, or RF. Compare the kits in the tables below.

SMP2 by WaveControl - EMF Meter with WP400 and WPF60 Probes
Electromagnetic Fields (EMF) · Area
SMP2 by WaveControl - EMF Meter with WP400 and WPF60 Probes
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF18 Probes
Electromagnetic Fields (EMF) · Area
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF18 Probes
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF60 Probes
Electromagnetic Fields (EMF) · Area
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF60 Probes
SMP3 by WaveControl - EMF Meter with WP10M and WPF60 Probes
Electromagnetic Fields (EMF) · Area
SMP3 by WaveControl - EMF Meter with WP10M and WPF60 Probes
SMP3 DC Kit by WaveControl - EMF Meter with WPH-DC, WPF60 & WP10M Probes Top pick
Electromagnetic Fields (EMF) · Area
SMP3 DC Kit by WaveControl - EMF Meter with WPH-DC, WPF60 & WP10M Probes

COMPARE OPTIONS

Radio Frequency Radiation monitoring equipment side by side

InstrumentProbes included Frequency range by probe FFT spectrum & WPM rangeBattery run time Intrinsically safe Data logging Starting at
SMP2 by WaveControlWP400: E & H field, 1 V/m–100 kV/m, 50 nT–10 mT
WPF60: RF E-field, 1–1,000 V/m
WP400: 1 Hz–400 kHz
WPF60: 1 MHz–60 GHz
⚠ Gap: 400 kHz–1 MHz (not covered)
1 Hz–400 kHz15+ h broadband
4.5+ h with FFT
No Yes $140.00 / day
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF18 ProbesWPH-DC: static & AC magnetic, 10 µT–10 T
WP400: E & H field, 1 V/m–100 kV/m, 50 nT–10 mT
WPF18: RF E-field, 0.5–250 V/m
WPH-DC: 0 Hz–40 kHz
WP400: 1 Hz–400 kHz
WPF18: 300 kHz–18 GHz
1 Hz–400 kHz15+ h broadband
4.5+ h with FFT
No Yes $140.00 / day
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF60 ProbesWPH-DC: static & AC magnetic, 10 µT–10 T
WP400: E & H field, 1 V/m–100 kV/m, 50 nT–10 mT
WPF60: RF E-field, 1–1,000 V/m
WPH-DC: 0 Hz–40 kHz
WP400: 1 Hz–400 kHz
WPF60: 1 MHz–60 GHz
⚠ Gap: 400 kHz–1 MHz (not covered)
1 Hz–400 kHz15+ h broadband
4.5+ h with FFT
No Yes $140.00 / day
SMP3 by WaveControlWP10M: E & H field, 2 V/m–100 kV/m, 100 nT–47 mT
WPF60: RF E-field, 1–1,000 V/m
WP10M: 1 Hz–10 MHz
WPF60: 1 MHz–60 GHz
1 Hz–10 MHzUp to 24 h broadband
~10 h with FFT
No Yes $140.00 / day
SMP3 DC Kit by WaveControlTop pickWPH-DC: static & AC magnetic, 10 µT–10 T
WP10M: E & H field, 2 V/m–100 kV/m, 100 nT–47 mT
WPF60: RF E-field, 1–1,000 V/m
WPH-DC: 0 Hz–40 kHz
WP10M: 1 Hz–10 MHz
WPF60: 1 MHz–60 GHz
1 Hz–10 MHzUp to 24 h broadband
~10 h with FFT
No Yes $140.00 / day

What each kit can measure

Instrument Static fields
MRI, EV & battery, DC rail
50 Hz–400 kHz
Power lines, wiring, inverters
To 10 MHz
Anti-theft gates, BPL
To 18 GHz
FM, TV, cellular, Wi-Fi, radar
18–60 GHz
5G mmWave
SMP2 by WaveControl - EMF Meter with WP400 and WPF60 ProbesNoYesNoYesYes
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF18 ProbesYesYesNoYesNo
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF60 ProbesYesYesNoYesYes
SMP3 by WaveControl - EMF Meter with WP10M and WPF60 ProbesNoYesYesYesYes
SMP3 DC Kit by WaveControl - EMF Meter with WPH-DC, WPF60 & WP10M ProbesYesYesYesYesYes

Probe ranges are from WaveControl's probe spec sheets. Fit one probe at a time; the meter recognizes it automatically. Battery run time is shorter when running FFT spectrum analysis. Run times are manufacturer estimates and vary with configuration and conditions. Not sure? Talk to our team.

WHERE EXPOSURE OCCURS

Risks: Where Radio Frequency Radiation Exposure Occurs

RF radiation monitoring measures electromagnetic field levels near antennas, broadcast towers, radar systems, and wireless infrastructure to verify worker exposure stays within safe limits. Rent calibrated RF measurement equipment from RAECO Rents for telecom site work, broadcast engineering, and radar operations. All instruments are well maintained, annually calibrated, and shipped with the probes and accessories you need. Our team can help match the right meter and probe configuration to your frequency range and application.

Telecom & cell sites

Rooftop and tower antennas where crews work near transmitters.

Typical setup: A broadband RF meter with high-frequency probes.

Broadcast facilities

AM, FM and TV transmitter sites.

Typical setup: A broadband RF meter with high-frequency probes.

RF heaters & sealers

RF heat sealers and dielectric heaters in manufacturing.

Typical setup: RF readings at operator positions.

5G & small cell installations

New equipment in public and occupied spaces.

Typical setup: A broadband RF survey.

When do rental charges start? On the Rental Start Date you choose, not the day we ship. See how renting works

Radio Frequency Radiation monitoring questions

All rental FAQs →
When is broadband RF measurement enough, and when do I need more detail?
Broadband RF measurement is enough for general compliance screening against whole-body exposure limits and for identifying whether RF levels are significant in an area. You need frequency-specific or spectrum analysis when you need to identify the source of RF exposure, assess partial-body (limb or eye) exposure limits, or investigate interference issues.
Do I need RF spot checks or time-averaged exposure data?
Use spot checks for source identification, initial screening, or verifying that levels are below concern. Use time-averaged measurements when you need to compare against occupational or public exposure limits, since most standards are time-weighted.
Why can RF survey results be misleading?
RF levels vary with source power, frequency, antenna orientation, and reflections. A single reading at one point doesn't represent the full exposure environment. Survey multiple positions, document source operating conditions, and use the results to identify zones rather than rely on one number.
What should I know before renting RF equipment for a telecom or broadcast site?
Confirm the frequency range of the antennas at the site (cellular bands, AM/FM/TV broadcast, microwave) and whether the standard being used is OSHA, FCC MPE, or ICNIRP. Different standards apply to different site types, and the meter must cover the relevant frequency range.
Do I need an RF survey meter or an EMF meter?
Use an RF survey meter for radio frequency sources: cell towers, broadcast antennas, radar, wireless equipment. Use an EMF meter for low-frequency power-frequency fields from electrical equipment and power lines. The frequency ranges don't overlap, so the right tool depends on the source.
Where should RF measurements be taken to reflect worker exposure?
Measure at body height in the locations where workers spend time, at the distances they work from sources, and in orientations that reflect their actual positioning. Supplement with near-field readings close to antennas when workers have access to those areas.

Not sure which radio frequency radiation monitoring equipment fit your job?

Tell us where the hazard is and how many workers need coverage. We'll recommend the instrument, range and alarm settings.

For educational purposes only. Exposure limits are summarized from the cited agencies; confirm monitoring requirements for your site with a qualified safety professional.