CCC TMPU-1002

  • Input Signal: Supports a variety of analog and digital input formats.
  • Output Signal: Standard industrial control signals, such as 4 – 20mA, 0 – 10V.
  • Communication Interface: Supports industrial – standard communication protocols like Modbus, Profibus, etc.
  • Power Supply Voltage: 24V DC.
  • Electrical Isolation: Provides efficient electrical isolation between input and output channels.
  • Operating Temperature: – 40°C to + 70°C.
  • Humidity Range: 5% to 95% (non – condensing).
  • Installation Method: DIN rail or rack – mountable.
Category:
Description
Functional Features
  • Signal Conversion and Processing: Converts input signals (such as analog and digital signals) into the standard signal format required by the system, ensuring signal compatibility and stable transmission in the control system.
  • Data Transmission and Communication: Supports multiple industrial – standard communication protocols, enabling data exchange with the host computer or other modules. It provides efficient, low – latency data transmission to meet real – time control requirements.
  • Signal Isolation and Protection: Provides electrical isolation to prevent signal interference, enhancing the system’s noise immunity and reliability. It also protects equipment from over – voltage and surges.
  • Modular Design: The compact modular design is easy to install, integrate, and maintain. It supports seamless integration with other CCC control modules to expand system functions.
  • High Reliability and Stability: With an industrial – grade design, it can adapt to harsh environments (high temperature, humidity, vibration, etc.) and has the ability to operate stably for a long time, reducing the risk of system failure.
Application Scenarios
  • Oil and Gas Industry: Used in natural gas pipeline compressors to control and optimize the operation of compressors during natural gas transportation, ensuring efficient and stable gas transmission. It is also used in LNG plants’ compressor systems to optimize cooling and transportation efficiency, as well as in compressor control during drilling, oil production, and oil transportation in oil field equipment.
  • Power and Energy Industry: In gas – turbine – driven compressor systems, it achieves precise control to improve power generation efficiency. It is also used to control the blowers and air – supply fans in coal – fired or gas – fired power plants to improve combustion efficiency.
  • Chemical and Industrial Manufacturing: Used for gas compression in chemical production, such as in key processes like ammonia synthesis, ethylene production, and oil refining. It also optimizes the gas supply in factory production in industrial air – compression systems to improve production efficiency.
  • Aviation and Marine Industry: Applied to ship compressor control in ship power systems to improve fuel efficiency and ensure the normal operation of equipment. In aviation, it is used in the auxiliary systems of aircraft engines for turbine engine control, improving flight safety and stability.
  • Environmental Protection and Water Treatment: Optimizes the control of air compressors in sewage treatment aeration systems to improve sewage treatment efficiency, and controls air – compression equipment in industrial dust – removal systems to improve the performance of environmental protection equipment.
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