Compatible Voltage Ranges: It is compatible with analog input modules that support 0 – 5 VDC, -5 to +5 VDC or 0 – 10 VDC voltage ranges, matching the signal output specifications of most industrial sensors and transmitters.
Terminal Configuration: It is equipped with 16 voltage input terminals with common return terminals. When paired with 32 – point analog input modules, two such termination boards are required for full connection.
Compatible Modules: It works with multiple modules. For example, it can be used with 3510, 3511 pulse input modules and 3515 pulse totalizer input modules, as well as 3700, 3701 and 3721 analog input modules.
Physical and Environmental Parameters
Dimensions: Its specific dimensions are 7.62 cm in width, 12.7 cm in height and 10.795 cm in depth, and the compact size allows it to be easily installed in control cabinets with limited space.
Weight: It weighs about 100 grams, which is lightweight and will not impose excessive load on the installation structure of the control cabinet.
Environmental Adaptability: It adopts rugged materials for manufacturing, which enables it to resist harsh conditions such as extreme temperatures, vibration and shock in industrial sites and ensures long – term reliable operation.
Strong Compatibility with Diversified Modules: It has a versatile design that supports connection with various types of modules. It provides 8 differential input signal terminals when used with pulse input modules, 16 input signal terminals when used with pulse totalizer input modules, and 16 voltage input terminals for analog voltage signals, meeting diverse wiring needs of different industrial scenarios.
Facilitated Wiring and Management: It is equipped with two sets of labels marked 1 – 16 and 17 – 32. These clear labels help operators quickly and accurately complete wiring operations, avoid wiring confusion and errors, and improve the efficiency of system installation and subsequent inspection and maintenance.
Reliable Signal Transmission Guarantee: Its structural design and material selection are tailored to industrial environments. It can reduce the impact of external electromagnetic interference and electrical noise on signal transmission, ensuring that the signals between I/O modules and the controller are transmitted stably and accurately, which lays a foundation for the accurate judgment and control of the industrial control system.
Convenient Maintenance and Upgrade: The modular matching method it adopts makes the replacement of faulty modules simple. When a certain connected functional module breaks down, the termination board itself does not need to be disassembled and replaced as a whole. Only the faulty functional module needs to be maintained, which minimizes system downtime and reduces maintenance costs.
Application Scenarios
Petrochemical Industry: It is installed in refineries and petrochemical plants. It connects the I/O modules of the Triconex 3000 system with sensors and actuators on distillation columns and reactors. It ensures the stable transmission of pressure, temperature and flow signals, supporting the safe operation and precise control of the production process.
Power Generation Industry: It is applied in thermal power and hydropower plants. It is used in the connection between the control system modules of key equipment such as boilers and turbines and field detection equipment. It guarantees the real – time and accurate transmission of equipment operation signals, which is conducive to the timely adjustment of equipment operating parameters and the prevention of sudden equipment failures.
Chemical Industry: It plays a role in chemical production workshops. It connects the input and output modules of the control system with the detection and control equipment of chemical reaction kettles and storage tanks. It ensures that the system can timely obtain the state signals of production equipment and reliably send control instructions, preventing dangerous accidents such as chemical leakage and reaction out of control.
Nuclear Power Industry: It is used in the safety monitoring system of nuclear power plants. It is involved in the signal connection between the Triconex 3000 system and nuclear safety – related detection equipment. Its high reliability and stability can ensure that the safety system can accurately obtain data in extreme environments and provide a guarantee for the safe operation of nuclear power plants.
Manufacturing Industry: It is integrated into automated production lines, such as automobile manufacturing and electronic component production lines. It connects the control modules of the production line with sensors and execution components such as conveying equipment and assembly robots. It ensures the coordinated operation of various parts of the production line and improves the stability and efficiency of the production process.
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