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Triconex 9573-110F Analog Input Communication Module
Triconex 9573-110F Analog Input Communication Module
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Triconex 9750-210 32-Point Current Input Terminal Board
Triconex 9750-210 32-Point Current Input Terminal Board

Triconex 9662-610 Standard Termination Panel

Technical Specifications

  • Electrical Parameters
    • It adopts 24 VDC termination option and has an input voltage range of 0 to 55 VDC, which can adapt to the voltage requirements of different field digital output devices.
    • The long – term drift is less than 0.3%, and the frequency range covers 14 to 60 kHz, ensuring the stability of signal transmission.
    • The maximum power consumption of the panel is 10 W, which will not cause excessive power load to the overall safety system during long – term operation.
  • Physical Parameters
    • Its overall dimensions are 12.7 cm × 12.7 cm × 5.1 cm, and the weight is 0.3 kg. The compact size allows it to be installed in control cabinets with limited space.
    • It adopts DIN rail installation mode, and the installation process is simple and efficient, which is convenient for quick assembly and later position adjustment.
Category:
Description
    • Environmental Parameters
      • The operating temperature range is -40°C to 85°C, and the storage temperature range is consistent with the operating temperature range, which can adapt to extreme temperature environments in both indoor control rooms and outdoor industrial sites.
      • It has an IP67 protection level, which can completely prevent the intrusion of dust and resist the erosion of short – term immersion of water, and can work stably in humid and dusty industrial workshops.
  • Functional Features
    • Specialized Matching and Stable Signal Transmission
      • It is specially tailored for 32 – point supervised and non – supervised digital output modules. It achieves seamless docking with such modules without additional adapter parts, and ensures the stability of signal transmission during the connection process.
      • The low long – term drift performance ensures that the signal will not have obvious deviation during long – term transmission, and provides accurate signal support for the decision – making of the safety instrumented system.
    • Strong Environmental Adaptability and Protection
      • The IP67 protection level and wide temperature adaptation range enable the panel to operate normally in various harsh industrial environments such as high temperature, low temperature, humidity and dust. It avoids performance degradation or failure caused by environmental factors.
      • It has an anti – electromagnetic interference design, which can effectively isolate electromagnetic signals generated by surrounding industrial equipment, prevent interference with the transmitted signals, and ensure the purity of the signals.
    • Easy Installation and Maintenance
      • The modular design and DIN rail installation method simplify the deployment process of the equipment. It can be quickly installed and fixed without complex assembly steps.
      • The standardized wiring interface design facilitates maintenance personnel to sort out and check the lines. When there is a wiring fault, the fault point can be quickly found and handled, which shortens the maintenance time and reduces the downtime of the production line.
  • Application Scenarios
    • Oil and Chemical Industry
      • In onshore refineries, it is connected with the digital output terminals of control valves and emergency shutdown switches in distillation and catalytic cracking units. It transmits the control signals from the safety system to the on – site equipment stably, ensuring that the equipment can execute start – stop and adjustment commands in a timely manner.
      • In offshore oil drilling platforms, it matches the digital output modules of gas detection and fire alarm systems. It realizes the reliable transmission of alarm trigger signals and ensures that relevant emergency measures can be activated immediately when potential safety hazards occur.
    • Power Industry
      • In thermal power plants, it is used in the auxiliary control system of boilers and steam turbines. It connects the digital output modules with the on – site actuator switches, and transmits the operating state control signals of the equipment, ensuring the stable operation of the power generation process.
      • In substations, it is integrated into the power equipment safety monitoring system. It undertakes the signal termination and transmission tasks between the digital output modules and the switchgear, protecting the safe and stable operation of the power transmission and distribution system.
    • Pharmaceutical and Metallurgical Industry
      • In pharmaceutical production workshops, it is matched with the digital output modules of automated production lines. It connects with the control switches of mixing, granulating and tableting equipment, ensuring that the control signals of each production link are transmitted accurately, and maintaining the standardization and consistency of drug production.
      • In metallurgical plants, it is applied to the blast furnace and converter control system. It connects the digital output modules with the on – site feeding and temperature control actuators, and transmits control signals stably to ensure the smooth progress of smelting processes and the quality of metallurgical products.
    • Water Treatment Industry
      • In large – scale sewage treatment plants, it is connected with the digital output modules and the switches of water pumps, valves and other equipment in the water treatment process. It transmits the start – stop control signals of the equipment, ensuring that each link of sewage collection, treatment and discharge is carried out in an orderly manner according to the set process.
      • In water supply systems, it is used in the water pressure and flow control system. It realizes the reliable transmission of control signals between the digital output modules and the on – site regulating valves, ensuring the stability of water supply pressure and flow.
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