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ABB DSQC504 connector unit board
Product positioning and functional overview
DSQC504 is a connector unit board in ABB industrial automation systems, which is a supporting hardware module for robots or controllers. It is mainly used for signal conversion and electrical connection management. Its core function is to provide standardized interface extensions for industrial control systems, enabling signal transmission and electrical adaptation between different devices, commonly found in robot controllers, PLC systems, or distributed I/O architectures.
Core features
Multi interface integrated design
Provide multiple electrical interfaces (such as terminal blocks and cable interfaces), supporting the access and distribution of digital signals (DI/DO) and analog signals (AI/AO).
Compatible with mainstream ABB controllers (such as IRC5 series), it can be combined with DSQC series I/O modules (such as DSQC346B, DSQC509) to build a complete automation control network.
High reliability connection
Adopting anti misconnection design (such as unique interface shape or coding) to avoid system failures caused by wiring errors.
The terminal supports high current loads (such as 24V DC, with a maximum current of 5A) and is suitable for driving actuators such as relays and solenoid valves.
Flexible system expansion
As an intermediate transfer layer, it can distribute the controller's signals to multiple peripheral devices or aggregate multiple sensor signals to a single controller, simplifying wiring complexity.
Support hot swapping (some models) for easy system maintenance and upgrades, reducing downtime.
Industrial grade protection
Compliant with IP20 protection level, suitable for dust and slight splashing scenarios in industrial environments.
Anti electromagnetic interference (EMC) design ensures stable operation in strong electromagnetic environments, such as near frequency converters.
Typical application scenarios
Robot system integration
In industrial robot workstations, DSQC504 is used to connect robot controllers with end effectors (such as grippers and welding guns), transmitting control signals and feedback signals. For example:
Connect sensors (such as force sensors) to the controller to achieve force control feedback for robot operations.
Transfer the electromagnetic valve signal to control the opening and closing action of the pneumatic fixture.
Electrical cabinet for automated production line
As the signal center of the electrical cabinet in the production line, it distributes the control signals of the PLC to the executing equipment at each workstation (such as motor drivers and indicator lights), while collecting sensor signals (such as proximity switches and encoders) and transmitting them back to the PLC.
Typical scenario: In the automobile assembly line, the signals from the vehicle positioning sensor and the robotic arm controller are transferred to ensure assembly accuracy.
Process control equipment connection
In the control systems of the chemical and food industries, it is used to connect distributed I/O modules with field instruments (such as temperature transmitters and pressure switches) to achieve centralized processing of analog signals.
Support redundant connections (such as dual power inputs) to enhance the reliability of critical processes.
Testing and Development Platform
In laboratory or R&D scenarios, as a flexible signal testing interface, it facilitates engineers to access temporary sensors or debug equipment, accelerating system development and verification.
Technical Parameter
Typical parameter values
Interface type: Terminal block (such as Phoenix terminal), M12 circular connector
Support signal types: digital quantity (24V DC), analog quantity (4-20mA/0-10V)
Maximum current/channel: Digital output: 5A; Analog output: 20mA
Working voltage: 24V DC (± 10%)
Working temperature: -20 ° C~+60 ° C
Installation method: DIN Rail installation
Certification: CE, UL, RoHS