ABB DSQC313

Description

The ABB DSQC313 is an industrial robot controller widely used in industrial manufacturing and automated production lines. The following is a specific description of its parameters, specifications, dimensions, weight, series, characteristics and functions:

Parameters and specifications:

Accuracy: ±0.5% reading (flow rate >0.3m/s, field calibration); ±1.0% reading (flow rate >0.3m/s, no need for field calibration); ±0.003m/s accuracy error (when flow rate <0.3m/S).

Measurable flow rate range: Very low flow can be measured, the limited flow rate is 0.01m/s.

Power supply: Built-in rechargeable battery, charging power supply is 220VAC 50HZ ~ 60HZ±15%@5VAmax.

Voltage and current: Voltage is 24V, current range is 100-400A.

Sensor pipe diameter planning: The applicable pipe diameter ranges from 20mm to 4000mm.

Size and weight:

Dimensions: Specific dimensions are not available.

Weight: Approximately 2KG.

Series:

The ABB DSQC313 belongs to ABB’s Robotics family.

Features:

High reliability: The ABB DSQC313 industrial robot controller has high reliability to ensure long-term stable operation of the robot.

High control accuracy: Through advanced control algorithms and industrial-grade hardware, efficient, stable and accurate robot control can be achieved.

Simple operation: The controller supports a variety of interfaces and communication protocols to facilitate connection and integration with other devices, while providing programming interfaces to enable users to easily control the movement and operation of the robot.

Wide application range: The controller is widely used in automobile manufacturing, electronic manufacturing, food processing, chemical manufacturing, machinery manufacturing, medical equipment manufacturing and environmental protection and other fields.

Functions:

The main role of the ABB DSQC313 industrial robot controller is to control the movement and operation of the robot, enabling it to complete various tasks. Through programming, the robot can achieve accurate positioning, motion trajectory planning and perform complex work tasks, thereby improving production efficiency and product quality.