Product Short Description
- Technical Specifications
- I/O Channel Configuration
It is equipped with abundant I/O channels to meet the needs of complex industrial control scenarios. It has 8 analog input channels, 8 analog output channels, 16 digital input channels and 16 digital output channels, which can simultaneously process multiple types of analog and digital signals from on-site equipment.
- Power Supply Requirements
The module adopts a 24V DC power supply, which is in line with the standard power supply specifications of most industrial automation equipment. This enables it to be easily integrated into the existing power supply system of industrial sites without the need for additional customized power supply equipment.
- Environmental Adaptability
It has excellent environmental resistance performance with an operating temperature range of -40°C to 85°C, which allows it to work normally in extremely cold or high – temperature industrial environments. It can operate stably in an environment with a relative humidity of 5% – 95% without condensation. It also meets NEMA 4 and IP66 ratings, effectively resisting dust, water splashes and other external influences.
- Installation Form
It adopts a 19 – inch rack – mount design, which conforms to the installation standards of industrial control cabinets. This design not only facilitates standardized installation but also helps in the neat arrangement of multiple modules in the cabinet, making the later inspection and maintenance more convenient.
- I/O Channel Configuration
Description
- Functional Features
- Triple – Modular Redundant Architecture
It adopts a triple – modular redundant structure. When one of the modules malfunctions, the other two normal modules can take over its work immediately. This redundant design completely avoids system downtime caused by a single component failure and maximizes the continuous operation capability of the safety instrumented system.
- Comprehensive Fault Diagnosis Capabilities
It is equipped with comprehensive diagnostic functions that can quickly identify and isolate faults in the module and the connected signal lines. It promptly feeds back fault information to the upper – level system, which helps maintenance personnel locate and handle problems quickly and reduces the time required for system maintenance and shutdown.
- Efficient and Stable Communication Performance
It supports Ethernet and Profibus DP communication protocols. These two mainstream industrial communication protocols ensure fast and secure data transmission between the module and on-site devices as well as the upper – level control system. It realizes real – time transmission of control commands and on-site data, laying a foundation for the timely response of the safety system.
- Easy Installation and Maintenance
It is designed for simple installation and configuration. It can be seamlessly integrated with various on-site devices, which simplifies the deployment process of the entire system. Its modular structure allows for straightforward replacement of components, and it can cooperate with the Triconex system to realize online module replacement, ensuring continuous production without stopping the system operation.
- Triple – Modular Redundant Architecture
- Application Scenarios
- Petrochemical Industry
It is widely used in petrochemical processing plants, especially in equipment such as reaction kettles and distillation towers. It connects temperature sensors, pressure transmitters and emergency shut-off valve actuators. It transmits real – time data of the production process to the Triconex safety system and executes the system’s control commands to avoid accidents such as material leakage and fire caused by abnormal process parameters.
- Power Generation Industry
In thermal power, nuclear power and other power generation fields, it is applied to boiler protection systems and steam turbine control systems. It connects sensors that monitor boiler water level, steam pressure and turbine speed. It ensures that the control system can promptly receive abnormal signals and trigger protective measures such as load reduction or emergency shutdown, thus guaranteeing the safe and stable operation of power generation equipment.
- Pharmaceutical Industry
In pharmaceutical production workshops that require precise process control, the module is used in the production process monitoring system. It connects pH sensors, concentration detectors and stirring speed controllers in drug reaction kettles. It ensures the stable transmission of various key parameters in the drug synthesis process, helping to maintain the consistency and qualification rate of drug products.
- Pulp and Paper Industry
It is applied to key production links such as pulp cooking and papermaking machines in pulp and paper mills. It connects temperature, pressure and flow sensors in the pulp cooking process and the control components of papermaking machines. It realizes precise control of the cooking temperature and pulp flow, improves the quality of pulp and paper products, and prevents equipment damage caused by parameter deviations.
- Petrochemical Industry
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