The XTB750B01 HUCD420038R0001 HIEE440503P201 circuit board is a dedicated signal processing and interface circuit board compatible with ABB industrial automation control systems, belonging to the ABB S800 I/O series. It is commonly used in distributed control systems (DCS) and PLC systems, undertaking core tasks such as centralized signal processing, interface expansion and control signal transfer, and is suitable for industrial scenarios including process control and factory automation.
Featuring reliable signal processing capability and flexible system compatibility, it can be seamlessly integrated with mainstream control systems such as ABB Ability System 800xA and supports standard industrial communication protocols, enabling efficient data interaction between field devices and control systems. Adopting an industrial-grade hardware design, the circuit board has excellent anti-interference performance and stability for continuous operation in harsh industrial environments. It also supports convenient installation and maintenance operations, helping to improve the overall reliability and operation & maintenance efficiency of the system.
Core Functions
Centralized Signal Processing: With multi-channel signal processing capability, it can collect, convert and preprocess analog and digital signals, supports common industrial signal types such as 24V DC, and is compatible with signal inputs from various sensors and actuators, providing accurate data support for the control system.
System Interface Expansion: Served as an interface expansion unit, it can expand the quantity and types of I/O interfaces of the control system, and is compatible with multiple signal input/output modes. It meets the multi-device connection requirements in complex industrial scenarios and improves the flexibility of system interface adaptation.
Efficient Data Communication: It supports industrial communication protocols such as MasterBus 300 and is compatible with submodule carriers including SC510 and SC520, ensuring high-speed data transmission with the controller and the real-time performance and accuracy of signals, thus providing a guarantee for the rapid decision-making of the system.
Reliable Operation Assurance: Built-in protection mechanisms against overcurrent, overvoltage and short circuit, it features excellent electromagnetic compatibility, which can resist electromagnetic interference in industrial sites and adapt to a wide operating temperature range of -40°C to 70°C, ensuring the stable operation of the circuit board under harsh working conditions.
Convenient Operation and Maintenance: Supporting hot-swappable function, it can be replaced during system operation. Combined with the online configuration feature, it reduces downtime for maintenance and lowers operation and maintenance costs. Meanwhile, its standardized design facilitates fault diagnosis and component replacement.
Technical Parameters
Signal Processing: Supports multi-channel analog and digital signal processing, compatible with 24V DC digital signal and standard analog signal input. Each single channel features stable signal sampling and conversion capability.Communication Capability: Compatible with the MasterBus 300 communication protocol and submodule carriers such as SC510 (without slave processor) and SC520 (with slave processor), with a data transmission rate meeting industrial real-time requirements.Power Supply Specification: Adaptable to industrial standard power supply, supporting switching between main and backup power supplies. The power supply voltage range is compatible with the commonly used industrial voltage of 19.2-30V DC, ensuring power supply stability.
Environmental Adaptability: The operating temperature range is 0°C - 55°C, the storage temperature range is -40°C - 70°C, and the relative humidity is 5% - 95% (non-condensing). It has an IP20 protection rating and excellent vibration and shock resistance performance.
Physical Characteristics: Adopts a compact design, suitable for DIN rail mounting, with dimensions complying with industrial standards. It facilitates dense deployment in control cabinets and reduces installation space occupation.
Application Scenarios
Process Control Field: Applied in DCS systems of chemical, power, petroleum and other industries, it collects on-site signals such as pressure, temperature and flow rate to realize real-time monitoring and control of production processes and ensure the stability of production workflows.
Factory Automation Scenarios: Adapted to production lines in automobile manufacturing, electronic processing and other fields, it connects switches and sensors of production equipment to realize equipment status monitoring and control signal transmission, improving the automation level of production lines.
Mechanical Control Field: Used in machine tools, packaging machinery and other equipment, it undertakes the tasks of control signal transfer and processing, supports precise control of equipment actions, and ensures the safe and efficient operation of equipment.
Robot Control Applications: Serving as an interface unit of robot control systems, it realizes signal interaction between robots and external equipment, supports robot motion control, status monitoring and other functions, and improves the working accuracy and reliability of robots.
Advantages and Features
High Adaptability: Compatible with ABB mainstream control systems, it supports a variety of communication protocols and submodule carriers, adapts to different industrial scenarios and equipment types, and reduces the difficulty of system integration.
High Reliability: Industrial-grade hardware design and multiple protection mechanisms ensure stable operation in complex industrial environments, reduce the probability of failures, and improve the overall availability of the system.
Convenient Operation and Maintenance: Hot swap and online configuration functions greatly reduce maintenance downtime; standardized design facilitates fault diagnosis and lowers operation and maintenance costs.
Efficient Integration: Compact structure and high-density interface design reduce installation space occupation, adapt to the needs of dense deployment, facilitate efficient system integration, and lower the overall deployment cost.
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