Product Short Description
Technical Specifications
- Electrical Parameters
- It operates on a 24V DC power supply, which conforms to the standard power supply configuration of most industrial control systems and ensures compatibility with on-site power equipment.
- It is equipped with 16 switch input channels and supports analog input signals including 4 – 20mA DC and 0 – 10V, as well as analog output signals such as 4 – 20mA DC and HART.
- It supports multiple communication protocols such as RS485, Modbus, and HART, enabling seamless data exchange with different types of external PLCs and upper – level control systems.
- It has a program capacity of 6MB and a data capacity of 3MB, which can store basic control logic and process data to meet daily signal processing and communication needs.
- Physical Parameters
- Its dimensions measure 100mm × 60mm × 25mm, and it weighs 0.1 kilograms, featuring a compact size that saves installation space inside control cabinets.
- It adopts FBM207b type terminals and a modular structure, which facilitates wiring operations and subsequent disassembly and maintenance.
- It achieves an IP66 protection level, which effectively prevents dust and water from entering the internal components and ensures stable operation in harsh on-site conditions.
Description
- Environmental Parameters
- It has an operating temperature range of -40°C to 85°C, which allows it to adapt to extreme temperature environments such as outdoor industrial sites and high-temperature workshops.
- It meets UL certification standards, complying with the safety and quality requirements of industrial automation equipment and ensuring safe operation in electrical control circuits.
Function Features
- Efficient System Interconnection Capability
The module specializes in connecting external PLC devices to Foxboro’s I/A Series DCS, breaking down communication barriers between different control systems. It realizes smooth transmission of control commands and process data between heterogeneous systems, which is essential for achieving integrated control of complex industrial production lines that involve multiple types of control equipment.
- Multi-Signal Processing Compatibility
It can handle both digital input signals from contact sensors and various analog signals such as 4 – 20mA and 0 – 10V. It can adapt to signals from temperature, vibration, and speed sensors simultaneously, eliminating the need for additional signal conversion modules and simplifying the overall configuration of the control system while reducing equipment investment costs.
- Reliable and Durable Structural Design
With an IP66 protection level, the module resists dust intrusion and water splashing. Its rugged housing and high-quality terminal connections maintain stable performance even in dusty, humid, or vibrating industrial environments. The modular design allows for quick installation and replacement without disrupting the operation of the entire control system, minimizing maintenance downtime.
- Strong System Compatibility
It seamlessly integrates with Foxboro’s I/A Series systems and supports multiple mainstream communication protocols. It can match with most common external PLC brands and models on the market. This compatibility enables it to be flexibly applied to upgraded or renovated industrial control systems without the need to replace a large number of existing equipment.
Application Scenarios
- Petrochemical Industry
It is deployed in oil refineries, natural gas processing plants, and long-distance pipeline systems. It connects external PLCs that control pumps, valves, and separators with the I/A Series DCS. It transmits data such as pipeline pressure, oil flow rate, and tank liquid level between the two systems. It enables the central control room to uniformly monitor and regulate the entire production and transportation process, preventing safety accidents such as pipeline leaks and equipment overloading.
- Power Industry
In thermal power and hydropower plants, it is installed in the control systems of boilers, steam turbines, and power distribution cabinets. It links the PLCs responsible for monitoring feed water systems and combustion systems to the main I/A Series control platform. It ensures the timely transmission of parameters such as steam temperature, generator load, and circuit breaker status. It helps the control system adjust fuel supply and power output in real time, maintaining stable power generation and ensuring the safe operation of the power grid.
- Pharmaceutical Industry
It is used in automated production lines for pharmaceutical preparation and packaging. It connects PLCs that control mixing equipment, filling machines, and sterilization devices to the I/A Series system. It transmits signals such as raw material proportioning, mixing time, and sterilization temperature. It ensures that all production links strictly comply with preset process standards, which guarantees the uniformity and qualification rate of pharmaceutical products and meets pharmaceutical production quality management specifications.
- Metallurgical Industry
It is applied in steelmaking and non-ferrous metal smelting workshops. It connects PLCs controlling blast furnaces, converters, and rolling mills with the I/A Series DCS. It collects and transmits signals such as furnace temperature, molten steel level, and conveyor belt speed. It coordinates the operation of various production equipment, promptly adjusts smelting parameters when abnormalities occur, and avoids equipment damage caused by excessive temperature or improper operation while improving production efficiency.
- Water Treatment Industry
It is installed in urban sewage treatment plants and industrial wastewater treatment systems. It links PLCs of sedimentation tanks, filtration equipment, and dosing systems to the central I/A Series control system. It transmits data such as water level, pollutant concentration, and dosing amount. It allows the control system to precisely regulate the operation of each treatment unit, ensuring that the treated water meets environmental discharge standards and improving the efficiency of water resource recycling.
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