ABB DSQC658 3HAC025779-001 Interface Board

Input Voltage: 24 V DC (±10%)

I/O Channels: 16 digital inputs, 16 digital outputs

Communication Interface: DeviceNet/Profinet (varies by model)

Safety Functions: Dual-channel safety inputs (2)

Operating Temperature: 0°C to +55°C

Certification: CE, UL, ISO 13849-1 (PLd)

Mounting: DIN rail

Flexible programming: ABB DSQC658 supports a variety of programming languages ​​or programming methods commonly used in the industrial field. The control logic can be tailored by engineers according to specific application requirements, and then sequence control, conditional judgment, complex cycle operations, etc. can be easily realized through programming.

High reliability: ABB DSQC658 uses high-quality electronic components and a sturdy shell to adapt to harsh industrial environments. It has good shock resistance, dust resistance, and resistance to ambient temperature changes. The internal key components or functions often adopt redundant design to reduce the risk of whole machine failure and ensure continuous operation.

Diagnostic and monitoring functions: The built-in diagnostic tool can monitor the working status of its own channels, detect abnormal signals in real time, and report faults in time. By linking with the superior monitoring system, technicians can remotely obtain ABB DSQC658 operating parameters and diagnostic information, quickly troubleshoot and perform maintenance.

Industrial automation: This module can control the operating sequence of different equipment on the factory production line. This coordination ensures that each robot arm knows when to move its parts and the conveyor belt knows when to run, ensuring smooth assembly. It is able to obtain signals from curve sensors on the production line to understand when to start or stop the operation and send control commands to the corresponding actuators.

Robotics: When used in conjunction with industrial robots, ABB DSQC658 can process the robot's input and output signals about the gripper, sensors on the robot, etc. The robot is also able to operate more intelligently within its space, correctly following the logic associated with its programmed tasks.

Process control: In various fields such as chemical and food processing, it can be integrated into control systems that manage conditions such as temperature, pressure and flow. The purpose of ABB DSQC658 automation is to ensure a stable production process by receiving signals from measuring instruments and sending control signals to valves, pumps or other equipment.