FM10S frequency selective electromagnetic radiation analyzer

FM10SThe electromagnetic radiation analyzer is a new generation portable low-frequency electromagnetic field intensity analyzer designed and manufactured in accordance with the latest standards. It has complete spectrum analysis functions and can be used forIncluding power frequency and low frequency10Hz~400kHz)Accurate measurement of various low-frequency electromagnetic wave intensities in various occasions, includingWith powerful functions and simple operation, the overall structure has good ergonomics principles, which is very suitable for the needs of rapid on-site measurement or fixed-point long-term monitoring, and can well meet the requirementsThe measurement and evaluation of the power frequency electric field strength and power frequency magnetic field strength of power frequency power systems, transmission and transformation lines, and related power equipment or instruments, as well as the monitoring of low-frequency electromagnetic field strength in the field of occupational health, are ideal equipment for monitoring by power engineers, occupational health inspectors, universities, research institutions, and other personnel.

FM10SAdopting a design that separates the host and probe, the host adopts4.3The inch touch screen design displays comprehensive and detailed information, with a portable and compact overall structure. It integrates a high gain signal amplifier and adopts the latest multitasking microprocessor control technology, which can quickly distinguish and process extremely small electromagnetic field signals in the environment while effectively eliminating the influence of environmental factors, achieving ideal high accuracy and potential free measurement. The new generation multifunctional host has multiple measurement modes: time-domain mode, spectral mode, and numerical mode. The measurement modes can be quickly switched between, providing detailed measurement information to the measurer quickly and maximally. At the same time, the host comes standard with large memory, which automatically saves measurement data, automatically draws data trend curves, and other advanced functions.

FM10SStandard external power supply&Magnetic field composite probe, where the electric field is a one-dimensional probe and the magnetic field is a three-dimensional isotropic probe. The probe is lightweight and compact, making it easy to hold or install on a non-conductive support for work. The host automatically recognizes and calibrates the probe. We also offer a range of external probe options to meet the testing needs of different fields.

Main features:

l The overall structure is compact and portable, making it easy for individuals to carry and use

l Large size touch screen display（4.3'）Display comprehensive and detailed information

l Multiple measurement modes:Time domain mode, spectrum mode, numerical mode, fast switching

l Fully functional and versatile (AC electromagnetic field measurement, static magnetic field measurement, luminous flux measurement, electrostatic measurement, body voltage measurement, etc.)DCMeasurement)

l Easy to operate and use, providing multiple measurement range options in spectrum measurement mode:2kHz/100KHz/400kHz

l Standard configuration of high-sensitivity electromagnetic composite probe (single axis electric field)&Magnetic field three-axis display, three-axis comprehensive value (only magnetic field), single axis value, and peak value displayed simultaneously

l Measurement range: Magnetic field:1 nT~200uT /electric field0.1 V / m~20kV/m

l standard configuration32GBData logger, supports manual operation&Automatic recording of measurement data, convenient for long-term and single point measurements

Application scope:

FM10SLow frequency electromagnetic radiation analyzerIt is a cost-effective measuring device that can perfectly meet the measurement needs in the field of low-frequency electromagnetic radiation measurement. It is very suitable for on-site use and meets the precise detection requirements in various complex electromagnetic environments in real life. It is also very suitable for third-party testing institutions to carry out environmental magnetic field radiation monitoring business, such as alternating current transmission engineering/transformer substation/Measurement of power frequency electric field strength and power frequency magnetic field strength in the surrounding environment of high-voltage lines and other power sources; TV tower/radio station/radar/The radio frequency electric field in the surrounding environment is set up by telecommunications base stations and other operators&Determination of power density; Various industrial production equipment in occupational workplaces/Power frequency electricity around welding equipment, etc&magnetic field intensity. The device has a high degree of intelligence and is easy to operate and use. Operators do not need complex professional training. They only need to select the corresponding test probe, connect the probe, and the host automatically recognizes the probe and starts measuring after turning on. Function switching can be quickly achieved through the host's shortcut keys.

Applicable standards and measurement methods:

l HJ/T10.2-1996Guidelines for Radiation Environmental Protection Management-Electromagnetic Radiation Monitoring Instruments and Methods

l GB8702-2014Electromagnetic Environment Control Limits

l GJB5313-2004Electromagnetic Radiation Exposure Limits and Measurement Methods

l HJ681-2013Electromagnetic Environment Monitoring Method for Communication Transmission and Transformation Engineering

l DL/T988-2005Measurement Methods for Power Frequency Electric and Magnetic Fields of High Voltage AC Overhead Transmission Lines and Substations

l DL/T1187-2012《1000kVElectromagnetic Environment Control Values for Overhead Transmission Lines

l GB/Z-T 189.3-2018Measurement of Physical Factors in the Workplace1Hz-100kHzElectric and Magnetic Fields

l GB/Z-T 189.3-2007Workplace Physical Factors Measurement3Partial Power Frequency Electric Field

l GB/T32577-2016Measurement method for magnetic field strength generated by electronic and electrical equipment in manned environments of rail transit

l TB/T 3551-2014Low frequency magnetic field limits and measurement methods in high-speed trains

l GB/T37130-2018Measurement method for vehicle electromagnetic field relative to human exposure

l GB/TxxxxxxxElectromagnetic exposure limits and testing methods for wireless charging of electric vehicles

l DB44/T 1472-2014Electromagnetic Pollution Limits and Measurement Methods for Electric Vehicles

Typical applications:

l Electromagnetic field measurement of industrial equipment such as industrial furnaces, welding systems, RF heating, tempering, etc;

l Thermal, medical, RF emissionNMRElectromagnetic field measurement of equipment such as nuclear magnetic resonance;

l Measurement of power frequency electromagnetic fields in power plants, high-voltage lines, substations, and related systems;

l Electromagnetic radiation measurement of radio stations, television towers, communication base stations, radars, and other wireless communication systems;

l Measurement of low-frequency electric and magnetic fields for traction power equipment in railway and ground transportation systems（EN 50500）；

l Electromagnetic field or electromagnetic radiation detection of household appliances such as induction cookers and electric fans（EN 62233）；

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