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HIMA F8652X

¥13,428.00

Parameters and Specifications:

  • Processor: Based on Arm Cortex TDA4VM processor (for the 984865265 model)
  • Memory:
    • Flash EPROM for Operating System: 1 MB
    • Flash EPROM for User Program: 512 kByte
    • Data Memory (sRAM): 256 kByte
  • Interfaces:
    • 2 Serial Interfaces: RS 485
    • Other communication interfaces (e.g., Ethernet, Profibus) may be available
  • Operating Temperature: -20℃ to 60℃
Category:

Description

Parameters and Specifications:

  • Processor: Based on Arm Cortex TDA4VM processor (for the 984865265 model)
  • Memory:
    • Flash EPROM for Operating System: 1 MB
    • Flash EPROM for User Program: 512 kByte
    • Data Memory (sRAM): 256 kByte
  • Interfaces:
    • 2 Serial Interfaces: RS 485
    • Other communication interfaces (e.g., Ethernet, Profibus) may be available
  • Operating Temperature: -20℃ to 60℃

Dimensions:

  • Width: 120 mm
  • Height: 80 mm
  • Depth: 40 mm3

Weight:

  • Approximately 2.2 kg (for the PLC processor module)

Series:

  • Belongs to HIMA’s family of safety control modules and systems

Features:

  • Safety Control: Designed for implementing safety controls in industrial systems
  • Programmability: Allows users to configure and customize safety logic using safety programming languages such as IEC 61131-3 standard PLC programming
  • Multi-functionality: Provides multiple input and output (I/O) points for connecting various safety sensors, switches, actuators, and control devices
  • Communication Capability: Equipped with communication interfaces for data exchange and remote monitoring with other industrial control systems and devices
  • Fault Diagnosis: Capable of detecting hardware and communication faults and providing relevant information for maintenance and repair

Applications:

  • Chemical Industry: Monitoring and controlling the safety of chemical processes to prevent accidents and hazards
  • Oil & Gas: Safety control in oil fields, refineries, and natural gas processing facilities
  • Power Industry: Ensuring the safety of power distribution, generation, and substation equipment
  • Manufacturing: Controlling the safety of production lines, robots, and other industrial equipment
  • Transportation Control: Monitoring and controlling traffic signals, railway signals, and tunnel safety systems
  • Nuclear Industry: Ensuring the safety of nuclear power plants and facilities