The DSTA002B-3BSE018317R1 is an analog input board connection unit manufactured by ABB, a leading supplier of industrial automation and power technology. In industrial Settings, it acts as an intermediary between analog input boards (often sold separately) and control systems.
Here's a breakdown of its features and key points to help you understand this component:
Features:
The DSTA002B-3BSE018317R1 acts as a bridge between the analog input board and the control system. An analog input board converts electrical signals from various sensors (voltage or current) into digital data that the control system can understand and process. These sensors measure real-world phenomena such as temperature, pressure, flow, or other physical quantities.
The connection unit provides the necessary electrical connections, terminals and isolation functions to ensure normal signal transmission and power supply between the analog input board and the control system.
Main features:
Designed for analog pads: It is specifically designed to work with ABB analog pads, which receive analog signals from sensors and convert them into a digital format for the control system.
Electrical connections: Terminals are provided for connecting power, sensor signals (voltage or current) and communication lines between the board and the control system.
Isolation: Electrical isolation may be provided between the sensor signal and the control system, preventing electrical noise or ground faults from one side from affecting the other.
Panel mounting: Designed for panel mounting using standard 35 mm DIN rails for easy integration into industrial control cabinets.
Applications:
The DSTA002B-3BSE018317R1 works with a variety of ABB analog input boards for different industrial applications, including monitoring and control of physical processes based on sensor data. Here are some examples:
Process control systems: Monitor and regulate key process variables such as temperature, pressure, and flow rates in the chemical, oil and gas, and food processing industries.
Building Automation systems: Control and monitor temperature, humidity, and ventilation parameters in heating, ventilation, and air conditioning (HVAC) systems to improve building comfort and energy efficiency.
Machine monitoring: Monitor vibration, pressure, and temperature within machines for preventive maintenance, fault detection, and performance optimization.
Data acquisition systems: Collect sensor data from a variety of sources for monitoring, analysis and recording purposes in research, test and development applications.
