FM500 series measurement and

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Description

The FM500 series measurement device is expertly designed for high-performance in various environments. Featuring a robust 6 U case structure and a modular design, this device allows for easy installation and maintenance, making it an ideal choice for professionals. It integrates an advanced 32-bit embedded CPU along with a real-time task system, ensuring seamless operation.

With its high EMC performance standards, the FM500 series meets the rigorous GB/T 4 level criteria, assuring reliability and stability. The remote control output control module incorporates multiple closure measures for enhanced reliability. Designed with a back insert box structure, it employs MLB technology and protective components to ensure high stability during operation.

The device is capable of high-accuracy measurements, with voltage/current measurement precision at 0.2 magnitude, and power/power factor/electric degrees at 0.5 magnitude. Additionally, it maintains accuracy under varying frequencies (+/-0.01 Hz). Equipped with a hardware real-time clock, it retains time even during power outages and supports GPS pulse for precise time settings.

Furthermore, the FM500 series operates efficiently within a wide temperature range of -25℃ to +70℃ and supports a broad power input range (85 ~ 265 Vac, 110 Vdc, 220 Vdc). Its sealed case offers strong anti-interference capabilities, making it suitable for outdoor and diverse operational environments.

Specifications

Attribute Details
Structure 6 U case, modular design
CPU 32-bit embedded CPU
EMC Performance Meets GB/T 4 level standard
Measurement Accuracy Voltage/Current: 0.2 magnitude; Power/Power Factor/Electric Degrees: 0.5 magnitude; Frequency: +/-0.01 Hz
Working Temperature Range -25℃ to +70℃
Power Input Range 85 ~ 265 Vac, 110 Vdc, 220 Vdc
Real-Time Clock Maintains time during power outages, GPS pulse supported
Anti-Interference Strong capability; suitable for outdoor use

Additional Information

  • Easy installation and maintenance due to modular design
  • High reliability from multiple closure measures in the remote control module
  • Back insert box structure enhances device stability

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