Product Short Description
Technical Specifications
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- Electrical Parameters
- Input voltage is fixed at 24 volts direct current, conforming to the standard power supply requirements of industrial control equipment.
- Power consumption is kept at 3.5 watts, featuring low energy consumption that reduces the overall power load of the control system.
- It is equipped with 8 digital input channels, 8 digital output channels, 2 analog input channels and 2 analog output channels to meet multi-type signal acquisition and control needs.
- Communication Specifications
- Comes with two serial ports to support simultaneous connection with multiple external devices.
- Compatible with RS – 232, RS – 485 and Modbus protocols, which cover the communication needs of most industrial on – site devices.
- The maximum data transfer rate reaches 115.2 kilobits per second, ensuring efficient and real – time data transmission.
- Communication parameters can be configured through software, adapting to different device communication requirements.
- Electrical Parameters
Description
- Physical Dimensions & Weight
- The module has a compact size of 130 millimeters × 100 millimeters × 70 millimeters, which is easy to install in limited – space control cabinets.
- The weight is approximately 0.5 kilograms, reducing the load on the mounting racks of the control system.
- Environmental Adaptability
- Operating temperature ranges from – 40°C to 85°C, enabling stable operation in both extremely cold and high – temperature industrial sites.
- Storage temperature is consistent with the operating temperature range of – 40°C to 85°C, facilitating long – term storage without affecting performance.
- Operating and storage humidity is 5% to 95% relative humidity without condensation, adapting to humid industrial environments such as water treatment plants.
- Auxiliary Hardware
- Equipped with dedicated status light – emitting diodes for each serial port. These indicators display the communication and working status of each port in real time, enabling quick troubleshooting.
- The module is made of aluminum alloy, which enhances its heat dissipation performance and mechanical strength to resist physical impacts in industrial environments.
Function Features
- Dual – function Integration
It integrates the functions of serial link control and input/output. It not only realizes data interaction between the Ovation DCS and external devices but also directly collects on – site analog and digital signals and sends control signals to actuators, integrating communication and control to simplify the system structure.
- Versatile Protocol Compatibility
Support for multiple industrial serial protocols eliminates compatibility barriers between the module and different brands and types of industrial devices. It can be flexibly connected to various on – site equipment without the need for additional protocol conversion modules, reducing system configuration costs.
- Flexible Configuration & Easy Diagnostics
Software – based parameter configuration allows users to adjust communication and input/output settings according to specific industrial process requirements without modifying hardware. The LED status indicators provide intuitive real – time feedback on port operation, enabling maintenance personnel to quickly identify communication failures or port malfunctions and shorten troubleshooting time.
- Reliable & Stable Industrial – grade Performance
The low – power design with 3.5 watts of power consumption ensures long – term stable operation without overheating. The aluminum alloy material and strict industrial – grade production standards enhance its resistance to electromagnetic interference and mechanical vibration, ensuring continuous and reliable work even in complex and harsh industrial on – site environments.
- Seamless Integration with Ovation DCS
The module is specially optimized for the Ovation DCS, which can be seamlessly integrated into the existing Ovation control architecture without complex adaptive debugging. It realizes unified management and control through the DCS, improving the overall coordination and operational efficiency of the system.
Application Scenarios
- Petroleum & Natural Gas Industry
It can be deployed in oil wells, oil pipelines and refineries. It connects pressure sensors, flow meters and pipeline control valves on site. It transmits collected data such as oil pressure and flow to the central Ovation DCS and executes control commands from the system to adjust valve openings. It ensures the stability and safety of oil extraction, transportation and refining processes even in high – temperature and high – pressure field environments.
- Chemical Processing Industry
Applied in chemical production workshops, it links temperature sensors, concentration detectors and chemical feeding pumps. It collects real – time data of key parameters in chemical reactions and sends control signals to adjust the feeding speed and reaction temperature. Its multi – channel input/output function meets the multi – parameter monitoring and control needs of complex chemical production processes, ensuring product quality consistency and production safety.
- Power Generation Industry
Suitable for thermal power plants, hydropower plants and other power facilities. It connects generators, transformer monitoring equipment and switchgear. It collects data such as generator load and transformer temperature and realizes remote control of switchgear operations through the DCS. Its stable communication performance ensures the reliable operation of power generation and transmission links and supports the stable supply of the power grid.
- Water Treatment Industry
Used in municipal sewage treatment plants and industrial wastewater treatment systems. It connects liquid level sensors, pH detectors, water pumps and dosing devices. It collects data such as sewage level and pH value, and controls the start and stop of water pumps and the dosage of chemicals according to preset procedures. Its resistance to humid environments ensures continuous operation in water treatment workshops and guarantees the standard compliance of treated water.
- Food & Beverage Processing Industry
Deployed in food processing lines such as beverage filling and dairy product production. It connects production line speed sensors, temperature control equipment and packaging machinery. It monitors key process parameters such as processing temperature and filling speed in real time and adjusts equipment operation parameters through control signals. It helps maintain the stability of the production process and ensures food safety and consistent product quality.






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