EMFPHYSICAL HAZARD

EMF Meters: Rent or Buy

Electromagnetic fields (EMF) are areas of energy that surround electrical devices and wiring. In occupational settings, EMF exposure arises from power lines, industrial equipment, welding operations, radiofrequency equipment, and medical devices such as MRI machines.

TOP ELECTROMAGNETIC FIELDS 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 Electromagnetic Fields

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.

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
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

COMPARE OPTIONS

Electromagnetic Fields monitoring equipment side by side

InstrumentProbes included FFT spectrum & WPM rangeEst. battery run time Intrinsically safe Data logging Starting at
SMP3 DC Kit by WaveControlTop pickWPH-DCWP10MWPF60 1 Hz–10 MHzUp to 24hrs broadband
~10hrs with FFT
No Yes $140.00 / day
SMP2 by WaveControlWP400WPF60⚠ Gap: 400 kHz–1 MHz (not covered) 1 Hz–400 kHz15+hrs broadband
4.5+hrs with FFT
No Yes $140.00 / day
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF18 ProbesWPH-DCWP400WPF18 1 Hz–400 kHz15+hrs broadband
4.5+hrs with FFT
No Yes $140.00 / day
SMP2 DC Kit by WaveControl - EMF Meter with WPH-DC, WP400, and WPF60 ProbesWPH-DCWP400WPF60⚠ Gap: 400 kHz–1 MHz (not covered) 1 Hz–400 kHz15+hrs broadband
4.5+hrs with FFT
No Yes $140.00 / day
SMP3 by WaveControlWP10MWPF60 1 Hz–10 MHzUp to 24hrs broadband
~10hrs with FFT
No Yes $140.00 / day

Probe frequency coverage

Each bar shows the frequency range one probe covers. Click a probe for its full specs. Every kit takes one probe at a time; the meter recognizes it automatically.

Magnetic field (H) Electric & magnetic field (E & H) Electric field, RF (E)

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
SMP3 DC Kit by WaveControl - EMF Meter with WPH-DC, WPF60 & WP10M ProbesYesYesYesYesYes
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

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 Electromagnetic Fields Exposure Occurs

EMF meters measure electric and magnetic field strength to assess worker exposure against limits such as ICNIRP guidelines or IEEE C95.1, and to document conditions near high-voltage equipment, substations, and industrial motors. Choose a broadband EMF meter when you need to evaluate exposure across a wide frequency range in a single survey, rather than an RF-specific meter designed only for telecom or antenna site work. Our rentals include WaveControl SMP2 and SMP3 meters with interchangeable probe configurations covering DC through 60 GHz, annually calibrated and functionally tested before shipment, with guidance on probe selection and orientation for your specific frequency range. If you are unsure which probe combination fits your application, our technical team can help match the setup to your frequency range and exposure standard so your results hold up in reporting.

Automotive & electric vehicles

Drivers and passengers are exposed to low-frequency magnetic fields from vehicle electrical and electronic systems, and electric vehicles raise the stakes. Vehicle assessments run from DC to 400 kHz.

Probes: WPH-DCWP400WP10M

Standards: IEC 62764, GB/T 37130, MBN 10284-2, PSA-MR02 B217110

Industry

Worker exposure near induction heating, welding, RF heating and drying equipment, and electrolysis, plus pre-market testing of household appliances and lighting.

Probes: WPH-DCWP400WP10MWPF18WPF60

Standards: EN 50519 (induction heating), IEC/EN 62822-1, -2 and -3 (welding), IEC 62233 (household appliances), IEC 62493 (lighting), EN 50527 (workers with active implants)

Energy

On-site compliance measurements at power plants, high-voltage lines, substations and distribution networks.

Probes: WP400WP10M

Radar & aerospace

Radar stations, satellite and communications equipment, with fields from a few kilohertz up to gigahertz. The SMP3 meter detects pulse peaks as short as 1 µs.

Probes: WP400WP10MWPF18WPF60

R&D laboratories

Electrical and electronics labs often run RF equipment. A broadband meter with an RF probe measures total exposure across the equipment's working frequency range.

Probes: WPF18WPF60

RFID & EAS systems

Anti-theft gates and RFID readers in public spaces. Staff working near them are exposed more than people passing through, and most systems run at low frequency.

Probes: WP400WP10M

Standards: EN 50364, IEC/EN 62369-1

Telecommunications

Cell sites, broadcast and other transmitters. Far-field measurements usually need only an electric-field (E) probe.

Probes: WPF18WPF60

Standards: IEC 62232 and EN 50492 (base stations), EN 50496, EN 50554, EN 50475 and EN 50476 (broadcasting), EN 50400 and EN 50401 (radio equipment)

Electromedicine

MRI, diathermy, hyperthermia and electrosurgery equipment. Staff working nearby are exposed more than patients, so measurements cover both low and high frequencies.

Probes: WPH-DCWP400WP10MWPF18WPF60

Standards: IEC 60601

Railway

Low-frequency traction power and RF communications, inside and outside trains and in stations.

Probes: WPH-DCWP400WP10MWPF18WPF60

Standards: EN 50500

Buildings & offices

Occupant questions about fields from wiring, electrical rooms or nearby equipment. A broadband survey with a low-frequency probe answers most of them.

Probes: WP400WP10M

Application notes and standards from WaveControl. Your safety professional decides which standard applies to your site.

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

Electromagnetic Fields monitoring questions

All rental FAQs →
What should I document so EMF results are defensible?
Document the instrument and probe model, frequency range, measurement locations, distance from source, probe height, and whether the reading is time-averaged or a peak. Without that context, EMF numbers are hard to interpret later.
How do I decide where to measure in a facility?
Measure where people actually work (workstations, walk paths, maintenance positions) and near the highest field areas (close to transformers, VFD panels, bus ducts). The goal is to characterize exposure, not just find the absolute maximum.
When should I use a broadband EMF meter instead of an RF-only meter?
Use a broadband EMF meter when you need to assess both low-frequency fields (power lines, motors, transformers) and high-frequency RF fields (antennas, wireless devices) in the same survey, or when the specific source frequency is unknown and you need a general-purpose assessment. Use an RF-specific meter when your sources are known RF emitters and you need frequency-selective measurements or directional information.
What commonly causes misleading EMF conclusions?
The most common causes: using a broadband meter that can't distinguish frequency, then comparing the result to a standard that applies only to a specific frequency range. Also common: measuring peak field levels near a source and comparing to whole-body average exposure limits, which are not directly comparable. Not accounting for distance falloff, not identifying all contributing sources in the area, and using a meter that isn't appropriate for the frequency of the source being measured are also frequent problems.
When does probe orientation and measurement technique matter most for EMF surveys?
Always — but especially near directional sources, in tight equipment rooms, and when results will be compared to exposure limits. Small changes in distance, height, and probe orientation can substantially change readings, so repeatable technique is essential for results that hold up in a report.
What's the key decision before renting an EMF meter setup?
Decide what sources you're evaluating (power equipment, RF transmitters, or both), what frequency range matters, and what standard you're reporting to. That determines probe selection and whether you need separate measurements for electric field versus magnetic field.

Not sure which electromagnetic fields 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.