ABB DSQC202 Robot Computer

ABB DSQC202 Robot Computer

Product Overview

DSQC202 is a member of ABB DSQC series products, specially designed for the control and management of industrial robot systems. It adopts advanced control technology and algorithms to achieve efficient, precise and stable control, and is widely used in automotive manufacturing, electronics manufacturing, aerospace, robot manufacturing and other fields.

Main Features

High efficiency and stability: DSQC202 has excellent performance and stability, which can ensure the stable operation of industrial robot system under various working conditions.

Flexible control: support for a variety of programming languages, such as C, C++, Python, Java, etc., which is convenient for users to program and debug according to actual needs.

Rich communication interfaces: Provide various communication interfaces such as Ethernet, RS232, RS485, etc., which is convenient for data exchange and communication with other devices and systems.

Safe and reliable: meet CE, UL and other certification standards to ensure the safety and reliability of the product in the process of use.

Technical specifications

Input voltage: AC 100-240V

Output voltage: DC 24V

Maximum power: 200W

Maximum current: 8A

Operating Temperature: -10℃+50

Storage temperature：-40℃~+70℃

Size: 150mm×120mm×70mm

Weight: 1.2kg

Areas of application

DSQC202 robot computer is widely used in various industrial robot systems, such as assembly line and welding line in automotive manufacturing field; automated production line and test line in electronic manufacturing field; precision machining and assembly in aerospace field; as well as robot research and development and testing in robot manufacturing field.

Summary

ABB DSQC202 Robot Computer is a high-performance, flexible and reliable, safe and stable robot controller module. It adopts advanced control technology and algorithms, supports multiple programming languages and communication interfaces, and is able to meet the control and management needs of various industrial robot systems. At the same time, its rich technical specifications and wide range of application areas make it an important part of the industrial robotics field.

The main features of the parallel bus B448C  are:

• Specification based on IEEE P 896 (future  bus) 

• Time multiplexing of addresses and data  (16 bit) 

• Asynchronous data transmission with  handshake 

• Integrity checking of each data exchange. 

• Up to 32 master units having equal status,  actively accessing the bus 

• Common internal 24 V auxiliary supply  for all electronic units; redundant 24 V are  possible.

Tripping output and binary input unit  216DB61 

• 8 outputs for two-pole control of auxiliary  tripping relays 

• Monitored output amplifiers 

• 16 digital inputs for the signals from the  input auxiliary relay assembly (two each  can be used to externally enable and block  tripping respectively) 

• Activated outputs and inputs indicated by  LEDs 

• Front space requirements: one rack division.