Radiation & EMF Meters for Electric & Magnetic Fields, RF, Radioactivity & Radon
- SKU:
- GM300STAX
- Optional accessory for GM330 Gaussmeter
- 1-axis axial probe
- DC/AC magnetic field probe
- Wide dynamic measurement range: 0.1G – 30kG
- AC frequency range: 10–2000Hz
- SKU:
- r5109c
- SKU:
- GM300ST3A
- Optional accessory for GM330 Gaussmeter
- 3-axis vector probe
- DC/AC magnetic field probe
- Wide dynamic measurement range: 0.1G – 30kG
- AC frequency range: 10–2000Hz
- SKU:
- home
- Shipping weight:
- 0,20 kg
- SKU:
- EFM023AKC
- Shipping weight:
- 4,80 kg
- Item weight:
- 4,80 kg
Audit-Case-Set EFM 023 AKC includes :
- EFM 023
- CPS 023
- VMS 023
- UAC 110
- SKU:
- CP33
- Low-frequency alternating electric fields (LF) from 10Hz to 5kHz
- Low-frequency alternating magnetic fields (LF) from 10Hz to 5kHz
- Electromagnetic fields (HF) from 1MHz to 8GHz
- 3D measurement of magnetic fields
- Audio indicator: Excellent sound analysis for distinguishing sources
- SKU:
- CP34
- Low-frequency alternating electric fields (LF) from 10Hz to 5kHz
- Low-frequency alternating magnetic fields (LF) from 10Hz to 5kHz
- Electromagnetic fields (HF) from 1MHz to 10GHz
- 3D measurement of magnetic fields
- Audio indicator: Excellent sound analysis for distinguishing sources
- SKU:
- DT-9501
- Measurement of alpha, beta, gamma and X-ray radiation
- high measuring accuracy
- internal memory for 4000 readings
- Large LCD display
- Beep per pulse when counting pulses
- Bluetooth interface
- Data evaluation with software
- SKU:
- GM300STTT
- Optional accessory for GM330 Gaussmeter
- 1-axis thin transversal probe
- DC/AC magnetic field probe
- Wide dynamic measurement range: 0.1G – 30kG
- AC frequency range: 10–2000Hz
- SKU:
- r4102
- measuring ranges: 0-200V/m and 0-2.000V/m
- frequency range: 10Hz to 400kHz
- frequency filter module and large range of accessories
- optional AC/DC analogue outputs
- field strength proportional tone signal
- SKU:
- EFM022
- meter for electrical DC fields (electrostatics)
- measuring principle: field mill
- display of the surface voltage versus the distance
- supplied with works calibration certificate
- SKU:
- EFM025
- Item weight:
- 0,13 kg
- Meter for electrical DC fields (electrostatics)
- Measuring principle: field mill
- Display of the surface voltage versus the distance
- Li-Ion rechargeable battery, USB interface, software
- Supplied with works calibration certificate
- SKU:
- PE-ES3
- Measuring device for DC electric fields, surface voltmeter
- Measuring range: 0 to ±29.999kV
- Calculating the voltage of an object and the voltage differences in space and between solids
- Determine if sparking is likely
- Measuring voltage and surface charge of small objects
- Calculation of electric field strength
- Calculation of attraction/repulsion force between surfaces or objects
- Determination of “Ohms per square” and self-discharge time of surfaces or objects
- Analog output
- Supplied with NIST traceable calibration certificate
- SKU:
- r4003
- Shipping weight:
- 2,00 kg
- SKU:
- r4001A
- SKU:
- GM330ff
- Variations in:
-
- Variant:
- Magnetfeldmessung (DC, AC und Peak Hold)
- Großer dynamischer Messbereich: 0,1 ´´G – 30 kG
- Datenspeicherung auf SD- Karte
- AC- Frequenzbereich: 10–2000Hz
- Analoger Ausgang
- SKU:
- KSM
- Item weight:
- 0,98 kg
- SKU:
- MAGWAVE
- Magnetic pulse amplifier for connection to an oscilloscope
- 4 measuring ranges each: 0 - 6,000 gauss/volt or 0-6,000 millitesla/volt
- Max. output signal per measuring range: ±6V
- Supplied with one-dimensional magnetic probe
- SKU:
- ME3030B
- SKU:
- ME3830B
- Item weight:
- 0,31 kg
- SKU:
- r4017
- SKU:
- F0300
- SKU:
- TOM600ME
- Handheld instrument
- Measurement of leakage resistance of coverings
- Temperature & humidity measurements
- Supplied with 2 measuring electrodes ME250
- Supplied with factory calibration certificate
- SKU:
- ME250
- SKU:
- RME1
- SKU:
- TOM600
- Handheld Instrument
- Measurement of leakage resistance of coverings
- Temperature & humidity measurements
- SKU:
- r4119
- SKU:
- UHS2
1kHz to 75kHz (3-axis)
13Hz to 75kHz (1-axis)
- SKU:
- GM300STFP
- Optional accessory for GM330 Gaussmeter
- 1-axis flexible probe for universal use
- DC/AC magnetic field probe
- Wide dynamic measurement range: 0.1G – 30kG
- AC frequency range: 10–2000Hz
- SKU:
- EFM022ZBS
- meter for electrical DC fields (electrostatics)
- measuring principle: field mill
- display of the surface voltage versus the distance
- supplied in an antistatic carry case
- 2 pcs. 9V NiMH rechargeable batteries and charger
- coiled grounding cord and crocodile clip
- supplied with works calibration certificate
Please send a message to priggen@priggen.com
What types of radiation measuring instruments does PSE Priggen offer?
What types of radiation measuring instruments does PSE Priggen offer?
Our portfolio includes instruments for electric alternating fields, magnetic alternating fields, high-frequency (RF) radiation, electrostatics, static (DC) magnetic fields, as well as radioactivity and radon. This covers EMF detectors, field strength meters, broadband RF meters, electrostatic meters, gaussmeters, Geiger counters and radon monitors.
What is the difference between electric fields, magnetic fields, RF radiation and radioactivity?
Electric and magnetic alternating fields occur for example around power lines, transformers or devices operating at mains frequency (50/60 Hz up to a few kHz). RF radiation covers radio, mobile communications, WLAN, DECT, radar and similar signals in the MHz–GHz range. Radioactivity (ionising radiation) originates from radioactive materials or X-ray sources and is measured with dedicated radiation or radon instruments. Each type of field or radiation requires specific sensors and measuring ranges. ndt.net+3
For which applications are PSE Priggen radiation meters suitable?
Our radiation meters are used in industrial EMC testing, laboratories, occupational safety, power supply and distribution, on-site service and building biology / EMF assessments. Typical tasks include assessing EMF exposure at workplaces, locating interference sources, checking shielding efficiency, monitoring radioactivity and carrying out long-term radon measurements in buildings.
What should I consider when choosing an EMF or radiation meter?
Key criteria include the type of field or radiation (E-field, H-field, RF, DC magnetic field, radioactivity, radon), frequency range, measurement range and sensitivity, whether isotropic 3D measurement is required, as well as display type, alarm functions and any data logging or PC interface. For radioactivity you should also check which radiation types (alpha, beta, gamma, X-rays) can be detected and which units are used (e.g. µSv/h, cps).
Are your radiation meters suitable for EMF and building biology assessments?
Yes, many instruments – for example combined EMF meters for electric and magnetic fields plus RF radiation – are used both in technical EMC work and building biology / EMF assessments. When evaluating guideline or reference values, check that the measurement ranges, frequency coverage and resolution match the recommendations or standards you are working with. Legal requirements, however, must always be verified against the regulations applicable in your country. Computer Automation+3
Do you offer portable handheld meters as well as solutions for long-term monitoring?
Yes, we supply compact, battery-powered handheld instruments for quick on-site measurements as well as devices with data logging to record field or radiation levels over longer periods. For radioactivity and radon there are portable units as well as long-term monitors to capture temporal variations and averages and to provide proper documentation.
Do radiation and EMF meters require regular calibration?
Yes, regular calibration is recommended for reliable and comparable results, especially when instruments are used in EMC testing, occupational safety or official monitoring programmes. Calibration intervals depend on the type of instrument, how frequently it is used and your internal quality requirements. Many devices can be supplied with a factory calibration or recalibrated later; details are given in the technical data sheets and on request.
Can you help me select a suitable radiation meter or measurement concept?
Yes, we are happy to advise you. If you tell us about your measurement task, the type of fields or radiation, the required frequency or energy range, the environment (laboratory, industrial plant, office, residential building) and the desired documentation features (e.g. data logging, PC software), we will recommend suitable instruments or instrument sets. If needed, we can also help you design a complete measurement concept with several measuring points.
- Available
-
: 6 - 8 Workdays (DE - int. shipments may differ)
- Available
-
: 11 - 13 Workdays (DE - int. shipments may differ)
Radiation measuring instruments for EMC and environmental fields
Radiation measuring instruments capture electric and magnetic fields, high-frequency radiation and ionizing radiation. They are used in EMC testing, building biology, occupational safety and research. This category includes instruments for low-frequency fields, RF field meters, electrostatic meters, DC magnetic field meters as well as radiation and Radon monitors.
Measurement of low-frequency electric and magnetic fields
LF field meters measure electric and magnetic fields from power lines, transformers, motors and electrical installations. They support EMC assessments, troubleshooting and building-biology surveys.
RF field meters and electromagnetic exposure
RF broadband meters and spectrum analyzers detect fields from mobile communication, WLAN, DECT, radar and other radio services. They are used in EMC pre-compliance testing, site surveys and building-biology measurements.
Radioactivity and Radon measurement
Geiger counters and dose rate meters monitor ionizing radiation in laboratories, industry and environmental monitoring. Radon monitors track indoor Radon concentration and support mitigation strategies.
Selection criteria
Important parameters are frequency range, dynamic range, measurement uncertainty, detector type, resolution and compliance with relevant standards. Building-biology applications often require broadband instruments with intuitive indications, while EMC labs rely on detailed spectral analysis.
Benefits of professional radiation measurement
Professional instruments provide calibrated ranges, high repeatability and user-friendly operation, enabling sound assessment of electromagnetic and ionizing radiation exposure.