Triconex DO9662-810 Digital Output Field Termination Module

Description

• Environmental Specifications
  • The operating temperature range spans from -40°C to 85°C, enabling it to adapt to extremely cold outdoor equipment rooms and high – temperature on – site working conditions in industrial plants.
  • It has a protection level of IP20, which can prevent the intrusion of large solid particles and ensure the safe operation of internal components in general industrial environments.
• Power and Energy Consumption Specifications
  • It operates on a 24VDC power supply that matches the power supply standards of most industrial automation equipment, facilitating unified power configuration on site.
  • The module has a low power consumption of only 5 watts, which helps reduce the overall energy consumption of the entire industrial control system and reduces heat generation during long – term operation.

• Secure and Organized Wiring Management
  • It integrates 16 digital output termination points into one module, which centralizes the scattered wiring between the controller and on – site devices. This centralized design avoids confusion in on – site wiring and simplifies the work of wiring inspection and troubleshooting.
  • The dedicated terminal block structure ensures firm connection between each output point and external equipment, eliminating signal transmission interruptions caused by loose wiring in harsh industrial vibration environments.
• Strong Compatibility and Easy System Expansion
  • It achieves seamless integration with Triconex Tricon V9 and V10 systems, and can directly access the existing system architecture without modifying the original system program or hardware configuration.
  • The modular design of the module supports flexible expansion of the system’s digital output points. When the production scale expands and more on – site devices need to be connected, new modules can be added quickly to meet the increased demand for output connections.
• Reliable Protection and Anti – Interference Capabilities
  • It is equipped with robust electrical isolation technology that separates the internal circuit of the Triconex safety system from external on – site wiring. This separation prevents electrical noise and voltage fluctuations on site from affecting the stable operation of the core controller.
  • Each output point is equipped with fuse protection. This protection mechanism can cut off the circuit in time when the circuit is overloaded, avoiding damage to the module and the connected on – site equipment due to excessive current.
• Convenient Maintenance and Installation
  • The compact and lightweight structure simplifies the module’s installation process. Workers can complete the panel – mounted installation quickly without relying on complex tools.
  • The standardized interface and clear wiring identification help maintenance personnel quickly locate the corresponding connection points during daily inspection or fault handling. The module supports hot – swap, which allows workers to replace the module without stopping the entire system, minimizing maintenance downtime.

• Oil and Gas Industry
  • It is used in the emergency shutdown systems and fire – gas systems of offshore drilling platforms and onshore oilfields. It connects the safety controller with on – site equipment such as pipeline emergency shut – off valves and blowout preventer actuators, ensuring that the control signals are transmitted reliably to the executive components when dangerous situations occur.
  • In long – distance oil and gas transmission pipeline stations, it is applied to the termination connection of the output signals of the pressure monitoring system, controlling the switching of section isolation valves to quickly isolate the faulty pipeline section when pressure abnormalities are detected.
• Chemical and Petrochemical Industry
  • It is deployed in the safety interlock systems of chemical production workshops producing ethylene, chemical fertilizers and other products. It connects the controller with the emergency discharge valves of reactors and the cut – off switches of raw material feeding pumps, and transmits control signals stably to avoid dangerous reactions caused by process parameter deviations.
  • In hazardous chemical storage areas, it is used for the wiring connection between the liquid level alarm system and the storage tank feeding control valves. When the liquid level exceeds the safety limit, it ensures that the controller’s shutdown signal is accurately transmitted to the valve actuators.
• Power Generation Industry
  • In thermal power plants, it is integrated into the boiler and steam turbine protection systems. It realizes the signal connection between the controller and the boiler fuel cut – off valves, steam turbine emergency stop mechanisms and other equipment, preventing equipment damage due to over – temperature and over – pressure.
  • In nuclear power plant auxiliary safety systems, it is used for the termination of output signals of cooling system control equipment. It meets the strict requirements for signal transmission reliability in nuclear power environments and ensures the stable operation of cooling system valves and pumps.
• Other Industrial Fields
  • In the metallurgical industry, it is applied to the safety control systems of blast furnaces and continuous casting equipment. It connects the controller with the solenoid valves of the water – cooling system and the emergency stop switches of the conveying roller table, ensuring the timely transmission of control signals to protect the safety of high – temperature smelting processes.
  • In the pharmaceutical industry, it is used in the automatic production lines of sterile pharmaceuticals. It is responsible for the wiring connection between the production control system and the material conveying pipeline valves and reaction kettle feeding actuators, ensuring that each step of the pharmaceutical process is carried out in accordance with the preset procedures.
  • In the water treatment industry, it is deployed in sewage treatment plants to connect the central controller with the aeration pumps, sludge discharge valves and other equipment in the biochemical treatment process. It ensures the stable transmission of output control signals and guarantees the normal operation of each sewage treatment link.