FOXBORO SCD2200-RTU Remote Terminal Unit Control Module

Powerful Data Processing Capability: It can efficiently process various collected data, providing an accurate basis for system control and ensuring stable and efficient production processes.

High Reliability and Stability: Adopting high-quality components and strictly tested circuit designs, it can operate stably in various harsh industrial environments. It also has self-diagnosis and fault protection functions, which can promptly detect and handle potential problems.

Modular Structure: Featuring a modular structure, it can create multiple redundant communication and rack configurations, offering fast, simple, and reliable configuration and operation requirements, and can be flexibly combined and expanded according to actual needs.

Open Programming and IP Connectivity: Providing advanced functions for a wide range of remote measurement and control applications, it supports IP connectivity and open programming, facilitating integration with different systems and personalized function customization.

Central Processing Unit (CPU): As the "brain" of the module, it is responsible for processing various input signals, executing logical control and data processing tasks, such as calculating collected sensor data and determining whether to issue control instructions according to preset logic, serving as the decision-making center of the module.

Memory: Used to store various temporary or permanent data, including collected data, historical records, running programs, and configuration parameters, ensuring data reliability and durability. Even if the module is powered off, key data will not be lost.

Digital Input Unit: Responsible for collecting on-site switch signals, such as the on-off status of relay contacts, and can also be switch signals in the form of voltage or current. It usually adopts optical isolation technology, which can resist interference from strong electric and magnetic fields on-site, ensuring stable operation in harsh environments.

Digital Output Unit: Used for remote control of remote equipment, capable of performing operations such as starting and stopping equipment, and triggering sound and light alarms. It controls external equipment by outputting relay contact signals or specific voltage and current signals.

Analog Input Unit: Collects various analog signals, such as standard 4-20mA and 0-10V signals, and can also process non-standard analog signals. It has high-precision A/D conversion function, which can convert analog signals into digital signals for CPU processing, and also has isolation function to prevent interference between different signals.

Analog Output Unit: Mainly used to control automatic control systems such as PID regulation systems, and realizes precise control by outputting analog signals (such as 4-20mA, 0-10V) to adjust parameters of on-site equipment.

Pulse Input Unit: Used to collect the frequency of pulse signals, often connected to devices such as flow meters. It calculates parameters such as flow by measuring pulse frequency, and also has optical isolation function to ensure the accuracy of signal collection.

Digital Quantity Input Unit: Receives various serial data signals, supports different communication interfaces such as RS485, RS232, and RS422, and can transmit data with other devices with corresponding interfaces.

Communication Module: It is a key part of realizing remote monitoring, supporting multiple communication protocols such as DNP3 slave (TCP/IP and serial) and IEC 61850 client protocols. It can exchange data with the central control system or other devices through Ethernet interfaces, serial ports, etc., send processed data, and receive remote instructions.

Power Module: Provides stable power supply for the module, usually supporting AC or DC power supply modes, with overvoltage and overcurrent protection functions, ensuring the module can work normally in different power environments, and providing reliable power support for other hardware modules.