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ABB DSQC639

¥14,250.00

Parameters and specifications:

Dimensions: 165 x 120 x 45 mm.
Weight: about 1 kg (as described in the search result [2], but note that another search result [5] mentions a total product weight of 0.76kg, which may be a slight difference between different versions or configurations).
Power supply voltage: 24 VDC.
Maximum power consumption: about 30 W.
Memory: 128 MB.
Communication interface: Ethernet, serial port, USB, etc.
Number of control axes: Up to 16 axes can be controlled.
Control accuracy: up to 0.1 micron.

Category:

Description


Parameters and specifications:

Dimensions: 165 x 120 x 45 mm.
Weight: about 1 kg (as described in the search result [2], but note that another search result [5] mentions a total product weight of 0.76kg, which may be a slight difference between different versions or configurations).
Power supply voltage: 24 VDC.
Maximum power consumption: about 30 W.
Memory: 128 MB.
Communication interface: Ethernet, serial port, USB, etc.
Number of control axes: Up to 16 axes can be controlled.
Control accuracy: up to 0.1 micron.
Speed: up to 10 m/s.
Control period: 1ms.
Programming language: A variety of programming languages based on IEC 61131-3 standards, such as LD, ST, FBD, SFC, etc.

Features:

High precision control: The DSQC639 controller can achieve control accuracy of up to 0.1 micron, meeting the needs of applications requiring high precision robot action.
Large capacity storage: DSQC639 controller built-in 128 MB memory, can store a large number of programs and data, to meet the requirements of complex robot control system.
Various security measures: including password protection, user rights control, etc., to ensure the security and stability of the control system.
Multiple interfaces: easy to connect and communicate with various industrial equipment.
Easy to program: supports multiple programming languages and protocols for easy integration and control with various industrial robots.

Functions:

Industrial robot control: The DSQC639 computer unit may be used to control the movement and operation of industrial robots, handling complex trajectory planning, coordinate transformation and motion instructions, enabling robots to perform precise actions in applications such as manufacturing, assembly and processing.
Production line automation: On the production line, computer units can be used to control various equipment, conveyor belts, robotic arms, etc., to automate the production process.
Data processing and communication: Capture data from sensors, devices, and other systems and transmit it to upper-level control systems for analysis and decision making.
Logic control: Allows complex logic conditions and operational processes to be configured to meet different automation needs.
Equipment Monitoring and diagnostics: Real-time monitoring of equipment status, failures, and alerts to support predictive maintenance and troubleshooting.

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