brief introduction
With the increasing application of electromagnetic waves in human daily life, the issue of electromagnetic radiation and health has gradually been taken seriously by humans. The assembly of a series of electrical or electronic devices that generate potentially risky electric and magnetic fields under certain conditions, with the most concerning being the field that generates low-frequency electromagnetic fields, such as communication&DC high-voltage transmission and transformation systems, large motors, distribution rooms, subways and other environments are closely related to human life, but they have the characteristics of scattered stations, wide coverage areas, and high electromagnetic field strength. Traditional field strength meters are difficult to achieve comprehensive and continuous monitoring of them. Germany's KoleyLimited technologyThe company's low-frequency electromagnetic field online monitoring systemEMS-150This problem has been perfectly solved.
Low frequency electromagnetic field online monitoring systemEMS-150Adopting omnidirectional electricitya place where people gatherThe magnetic field integrated probe integrates the most advanced 3D data synchronization acquisition technology, ensuring accurate and reliable data measurement even at very low radiation levels, while the measurement results are not affected by the direction of the radiation source. systemEMS-150The frequency of the electromagnetic field in response is1Hz-150kHz,Powerful upper computer software canPermanently saved in the system terminalHistorical data,The built-in memory of the probe can store a certain amount of data, ensuring the integrity of the data,Users can complete data monitoring, transmission, and analysis functions through the system, establish basic databases for various regions, and gradually improve the database system for environmental electromagnetic radiation in China, in order to provide reference for studying long-term changes in electromagnetic radiation levels.
Low frequency electromagnetic field online monitoring systemEMS-150Each site adopts an independent operation mode and storage module, and users can customize the monitoring condition parameters of each site according to real-time needs. The system can be remotely controlled, and the system automatically transmits data that meets user needs to the terminal. The development of this function ensures the timeliness of data and to a large extentgroundsReduced the loss of manpower and material resources.
Low frequency electromagnetic field online monitoring systemEMS-150The related equipment is simple and lightweight, easy to install and move, and can be installed both indoors and outdoors. The testing site can be repeatedly selected, and the system will automatically calibrate after startup,selectSpectrum analysis modeCan accurately identify the main sources of electromagnetic radiation in the environment.systemEMS-150useFiber optic connection systemterminal,Ensuring data stability, customizable up to100riceThe systemEMS-150The extension function is to be connectableE300As a portable display, the host can display real-time values, maximum values, minimum values, average values, and alarm thresholdsSpectrum analysisAnd station numbers, etc.
application
Low frequency electromagnetic field online monitoring system developed by Koehler in GermanyEMS-150It is developed for the field of generating low-frequency electromagnetic fields, and is used to comprehensively and continuously monitor the intensity of non ionizing radiation generated in this field. The data from various discrete stations is collected into the system and analyzed horizontally and vertically for comparison. For stations that exceed the limit, relevant measures are taken in a timely manner to minimize the risk. The applicable places include:
exchange&DC high-voltage transmission and transformation system, large motors, generators, large-scale manufacturing and processing plants, distribution rooms, induction furnaces, subways, trams, computer rooms, sensitive instrument rooms、Hospitals and other workplaces.
System advantages
1Integrate the most advanced 3D data synchronization acquisition technology
2Omnidirectional electricitya place where people gatherMagnetic field integrated probe, response frequency is1Hz~150kHz
3accuracy±0.5dBAccurate data can be measured even at very low radiation levels
4pass throughPCThe software can permanently save data
5The probe memory can store a certain amount of data to ensure data integrity
6Users can complete data monitoring, transmission, and analysis functions through the system
7Independent operating mode and storage module
8Users can customize measurement condition parameters
9The system can be remotely controlled and automatically calibrated after startup
10Optional spectrum analysis mode
11Ultra large capacity rechargeable battery orDCpower supply
12ConnectableE300Host as a portable display
13The device is simple and lightweight, and can be repeatedly selected for testing
14optical fiberConnection, customizable up to100rice
Interface Display
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on-line monitoring systemEMS-150The display interface of the upper computer software is shown in the above figurePCendIt can display basic system information, system settings information, data analysis information, trend charts, and spectrograms, and quickly identify the main radiation sources in the environment through spectrograms. |
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Technical Parameter
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probe Type |
Omnidirectional electricitya place where people gatherMagnetic field integrated probe |
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technology |
Three dimensional data synchronization acquisition technology |
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response frequency |
1Hz~150kHz |
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measuring range |
Electric field:0.01V/m ~100 kV/m Magnetic field:0.5nT~10mT |
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overload |
Electric field:200kV/mMagnetic field:20mT |
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band width |
100Hz/200Hz/400kHz/500Hz/1kHz/2kHz/10kHz/50kHz/100kHz/150kHz |
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Software usage platform |
Can be installed onWIN XP/WIN7/WIN8/WIN10Waiting for the systemPCend |
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Software interface module |
Basic information: Time/Site No/serial number/Calibration Date/Second calibration date/Version number, etc System settings: Language/mode/Result Type/average time/alarm threshold/Real time value/Standards, etc Data analysis: storage time/Storage interval/Storage conditions/Data Download/print/Data transmission, etc Trend chart: Curve/Maximum value/Current value, etc Spectrum diagram: Spectrum curve/Maximum marker value, etc |
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resultType mode |
Standard mode/XYZmode/Spectrum mode |
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storage capacity |
pass throughPCSoftware that can permanently save historical data The probe memory can store a certain amount of data to ensure data integrity |
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accuracy |
±0.5dB |
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Linearity |
±0.2dB |
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interface |
Fiber Connections(Standard configuration)10Rice, customizable up to a maximum length of100rice) |
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calibration |
Self calibration after system startup |
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power supply |
Ultra large capacity rechargeable battery orDCpower supply |
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Equipment installation conditions |
Can be installed both indoors and outdoors, with repeatable point selection testing |
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temperature range |
operate-15 °C ~ +50 °C save-30 °C ~ +70°C |
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humidity |
5% ~85%,No condensation |
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Extended functionality |
ConnectableE300hostMake portable displays |
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Product standards |
According to European standards: CISPR, VDE, MIL, VG, EN 55011, EN 55013, EN 55015, EN 55022, MIL-Std-461 |
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Upper computer software suite |
containFiber optic (standard configuration)10Rice, customized according to actual conditions), fiber optic converter, and upper computer software |


