Triconex 3604E 24VDC 16-Point Triple Modular Redundancy Digital Output Module - Image 1
Triconex 3604E 24VDC 16-Point Triple Modular Redundancy Digital Output Module - Image 2
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Triconex 3604E 24VDC 16-Point Triple Modular Redundancy Digital Output Module
Triconex 3604E 24VDC 16-Point Triple Modular Redundancy Digital Output Module - Image 2
Triconex 3601E Opto-Isolated Triple Modular Redundancy Digital Output Module
Triconex 3601E Opto-Isolated Triple Modular Redundancy Digital Output Module
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Triconex 3623T 16-Point Triple Modular Redundancy Supervised Digital Output Module
Triconex 3623T 16-Point Triple Modular Redundancy Supervised Digital Output Module

Triconex 3604E 24VDC 16-Point Triple Modular Redundancy Digital Output Module

  • Technical Specifications
    • Electrical and Signal Parameters
      • It is equipped with 16 non-commoned independent output channels, with a nominal output voltage of 24 VDC and a voltage adaptation range of 22 – 45 VDC.
      • Each channel can carry a current of 2A, and the signal response time is less than 1ms, enabling rapid execution of control commands.
      • It adopts optical isolation technology, with a point-to-point isolation voltage of 1500 VDC, which can effectively prevent electrical interference between channels and external circuits.
    • Physical and Weight Parameters
      • Its dimensions are 49cm × 45.3cm × 6.8cm, and it is designed for 19-inch rack mounting, which is consistent with standard industrial control cabinet installation specifications.
      • The weight of the module is 3.65 kg, and its solid structure ensures stability during long-term operation.
    • Environmental Parameters
      • The operating temperature range is -40°C to 85°C, which allows it to adapt to the extreme temperature fluctuations of various outdoor and indoor industrial sites.
      • It can work normally in an environment with a relative humidity of 0% – 95% (non-condensing), resisting the impact of humid air on internal components.
Category:
Description
  • Functional Features
    • Triple Modular Redundancy Ensures Ultra-High Reliability
      • The triple modular redundancy technology equips the module with three identical and independent signal processing channels. When one channel breaks down, the other two channels can still maintain normal operation through a voting mechanism. This design achieves 99.9999% reliability and avoids system downtime or misoperation caused by single-point faults.
      • The module is configured with output voter diagnostic for each output point, and the loop-back function enables each microprocessor to read the output value, so as to quickly detect potential faults in the output circuit and reduce hidden dangers.
    • Convenient Maintenance and Versatile Compatibility
      • The hot-swappable design allows maintenance personnel to replace the module during system operation without interrupting the industrial process, maximizing the continuous operation time of the system.
      • It supports multiple communication interfaces such as Modbus, DNP3, and OPC. This compatibility enables it to seamlessly connect and exchange data with a variety of industrial automation equipment and control systems, reducing integration difficulty.
  • Application Scenarios
    • Oil and Gas Industry
      • In offshore drilling platforms and onshore oil refineries, it is integrated into emergency shutdown systems and pipeline control systems. It controls the opening and closing of emergency cut-off valves and the start-stop of oil transfer pumps. When abnormal pressure or gas leakage is detected, it can quickly issue instructions to cut off the oil and gas transmission path and avoid major safety accidents.
      • In oil and gas storage and transportation stations, it drives the alarm and valve control components of the storage tank monitoring system. Once the liquid level of the storage tank exceeds the safety limit, it can immediately trigger the alarm and close the feeding valve to ensure the safety of storage and transportation.
    • Power and Chemical Industry
      • In nuclear power and thermal power plants, it is used in steam turbine control systems and boiler safety protection systems. It controls the action of safety valves and fuel supply components. When the equipment operating parameters are abnormal, it can quickly cut off the fuel supply or release pressure to protect the safety of core equipment such as generators and boilers.
      • In chemical plants, it is applied to reactor interlock systems and material delivery control systems. It controls the start-stop of agitators and the switching of material valves. When the reaction temperature or pressure deviates from the set range, it can immediately stop the reaction process and cut off the material supply to prevent dangerous chemical reactions.
    • Rail Transportation and Water Treatment Industry
      • In rail transportation systems, it is used in train braking control and track signal control systems. It converts control signals into braking actions and signal light switching commands to ensure the safe operation and accurate signal transmission of trains.
      • In large-scale water treatment plants, it controls the operation of water intake pumps, dosing pumps and drainage valves. It adjusts the operation state of relevant equipment according to the water quality and water level detection signals to ensure the stability and efficiency of the water purification and drainage process.
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