ERA-600 EMF Electromagnetic Radiation Analyzer for Field Measurement
The ERA-600 Electromagnetic Radiation Analyzer is an essential tool for industries seeking to ensure compliance with safety standards and protect personnel from harmful radiation exposure.
Whether used in telecommunications, medical facilities, or environmental monitoring, this advanced analyzer provides precise measurements of electromagnetic fields, allowing users to identify hotspots and assess radiation levels effectively. Its user-friendly interface and portable design make it ideal for on-site assessments, empowering businesses to maintain safe operating environments and improve overall workplace safety.
Overview
The ultra-wideband electromagnetic radiation analyzer SEM-600 can measure various complex electromagnetic environments extremely accurately. The probes cover all frequencies from low frequency to microwave radiation. By equipping with different types of probes, it can measure electric field strength, magnetic field strength (magnetic induction intensity) and power density. It is also equipped with ordinary probes and other weighted type probes based on human safety standards.
Features
▪ 1Hz ~ 300GHz Ultra-Wideband Host
▪ “Full-process design” inspection management solution
▪ Power frequency electric field and magnetic field measurement values can be displayed simultaneously without switching
▪ Can simultaneously measure temperature, humidity, GPS positioning and timing
▪ Outdoor non-reflective LCD display
▪ Real-time value, root mean square value (with statistical error),
Arithmetic mean (with statistical error), maximum value,
Minimum value, statistical field strength, spatial average and other data modes
▪ More than 1 million (8G flash memory) measurement data storage
On-site wireless printing of test results, which can be connected to mobile terminals such as smartphones and PADs
Full-process intelligent management system (optional)
14 hours of continuous operation
Protection level IP54 (dustproof and waterproof)
Parameters
| Model | ERA - 600 |
| Display Type | Color LCD , anti-glare screen High light transmittance reflection technology, no strong light reflection when used in any light intensity environment No dead angle |
| Display size | 4.1-inch (320×240 resolution) large display |
| Update rate | 1 s |
| Frequency range | 1Hz~300GHz |
| Display units | V/m , kV/m , µW/cm² , W/m² , mW/cm² , mA/m, A/m, µT, mT, standard weighted value; units automatically switch according to monitoring results: V/m and kV/m , µT and mT |
| Result Type (3D Omnidirectional) | Real-time value , maximum value , minimum value , average value (RMS average , arithmetic mean) |
| Three-dimensional components (XYZ) | Real-time X value , real-time Y value , real-time Z value , total field strength value |
| Display Range | 0.01 V/m～200.0kV/m, 0.1nT～10.00 mT , 0.001 µW/cm²～100.0 mW/cm² |
| Time average | The averaging time can be selected from 1 s to 24 h , with an interval of 1 s |
| Statistical field strength | E₅ , E₅₀ , E₈₀ , E₉₅ |
| Sampling interval | 1s, custom, 1s-1h, interval 1s |
| Spatial average type | Discrete or continuous |
| Protection level | IP54 |
| Battery | Built-in large capacity rechargeable lithium battery , 4.2V , 6800 mAh |
| Working hours | More than 14 hours |
| Charging time | Less than 8 hours |
| Battery level display | Main interface icon display |
| Communication interface | Optical fiber, USB, Bluetooth |
| Operating temperature | -10°C ～ +60°C |
| Storage temperature | -30°C ～ +85°C |
| Operating humidity | Relative humidity 0~95% , non-condensing |
| Dimensions (H x W x D) | 272mm×103mm×43mm |
| weight | 550 g |
Application Scenes
▪ Power frequency electromagnetic field monitoring in high voltage power transmission and transformation projects, power distribution systems, homes, high-speed railways, subways, charging piles, etc.
▪ Radio frequency electromagnetic field monitoring of communication base stations, radars, navigation stations, satellite earth stations, and TV transmitters;
▪ Radio frequency electromagnetic field monitoring of long wave, medium wave, short wave, FM broadcast and other transmission facilities;
▪ Electromagnetic radiation monitoring of wireless charging facilities;
▪ Electromagnetic leakage of high-frequency induction furnaces, heat sealing machines, drying equipment, microwave ovens and other industrial, scientific and medical equipment;
▪ Occupational hygiene testing in the workplace;
▪ Electromagnetic environment safety assessment;
▪ Defense electronic countermeasures electromagnetic security measurement.