ABB DSQC236G YB560103-CD – Product Description

Overview

The ABB DSQC236G digital I/O board supports reliable signal communication inside ABB S4C and S4C+ robot controllers. It provides stable connectivity between the controller and external automation devices that rely on fast and consistent signal exchange. Moreover, its robust design ensures dependable operation in production environments where consistent robot performance is essential.

This board forms part of ABB’s DSQC module lineup and delivers high-quality signal processing for industrial robots. In addition, its modular structure allows quick replacement during maintenance or system upgrades, which helps minimize downtime on demanding production lines.

Technical Specifications

Model: DSQC236G
Part Number: YB560103-CD
Type: Digital I/O Interface Board
Compatibility: ABB S4C / S4C+ Robot Controllers
Function: Provides digital input and output channels
Channels: Approx. 32 digital inputs and 32 digital outputs
Signal Voltage: 24 V DC typical
Power Supply: From robot controller backplane
Dimensions: 250 × 180 × 25 mm
Weight: 0.5 kg
Mounting: Rack or slot inside controller cabinet
Operating Temperature: –10 °C to +55 °C
Storage Temperature: –40 °C to +85 °C
Protection Class: IP20
Country of Origin: Sweden / Switzerland

FAQ

Q1: Does the DSQC236G support both input and output signals?
Yes. It provides digital inputs and outputs to connect sensors, switches, and external automation devices.

Q2: Which ABB robot controllers are compatible with this module?
The DSQC236G works with ABB S4C and S4C+ controller families.

Q3: How is the module powered inside the robot controller?
It receives power directly from the controller backplane without additional wiring.

Q4: Can this I/O board operate in demanding industrial conditions?
Yes. Its temperature range and build quality support reliable performance in most automation settings.

Q5: What industries commonly use the DSQC236G board?
It is widely used in automotive manufacturing, welding automation, packaging lines, and diverse robotic applications.