ABB DSTC130

Technical parameters

Input voltage: ABB DSTC130 usually operates within a specific input voltage range. Generally, it can operate at an input of about 24V DC, which is commonly used in many standard industrial power systems. And in order for its internal components to work reliably and uninterruptedly, it requires a stable power input.

Machine learning and artificial intelligence: It is able to run machine learning and artificial intelligence algorithms directly on the device and process large data sets without cloud integration. For example, it can communicate with the high-performance industrial Ethernet protocol EtherCAT for fast, real-time data exchange with other devices in the automation network. Modbus TCP support is included, making it easy for various controllers, sensors, and actuators from different industrial systems to interoperate with ABB DSTC130.

Position resolution: ABB DSTC130 has good resolution in position detection. Even in some modes, millimeter-level accuracy can be achieved. Its accuracy is very strict and is very suitable for controlling the precise position of mechanical parts.

Features

Enhanced dynamic performance optimization: A highlight of the ABB DSTC130 is its ability to achieve dynamic performance optimization. It can continuously learn the motion characteristics of linked mechanical parts, such as acceleration segments, deceleration segments, and load changes. Through this analysis, it automatically processes control parameters to provide smooth and efficient operation. For example, in a robotic arm application, it adjusts according to the weight and movement speed of the object to achieve precise positioning and stable work.

Multiple safety mechanisms: Because safety is always a top priority. ABB DSTC130 has built-in safety functions such as over speed detection and position limit monitoring. When any abnormal speed or position deviation exceeds the preset safety threshold, it can immediately take safety measures, such as shutting down the relevant power supply or initiating emergency braking, to ensure the safety of equipment and personnel in the working environment.

User-friendly configuration interface: The product provides a simple and easy-to-use configuration interface. Engineers can define its functions and control logic using graphical programming tools or text-based programming languages. Generally speaking, this is fast programming, which is used to quickly customize it according to each application requirement, thereby minimizing system integration time.

Application Scope

Robotics and Automation: ABB DSTC130 is widely used in robotic applications to control the precise movement of the arm. Whether in industrial manufacturing work such as welding, painting or assembly, or in delicate operations in service robots, its high position resolution complements the dynamic performance to fully optimize the way the robot arm works.

Packaging and Material Handling: Provides precise control of conveyors, robotic grippers and sorting mechanisms for production lines. ABB DSTC130 allows precise positioning of products onto packages and sorting of different goods based on certain conditions, thereby improving the efficiency and accuracy of the entire packaging-related process

Machine Tool Applications: ABB DSTC130 can help control tool movement along different axes in rotary axis machine tools, lathes, etc. Its ability to optimize dynamic performance helps achieve high levels of machining and surface finish by accurately aligning the tool to the workpiece.