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Product Introduction
The ABB DSQC 228 YB560103-BL/1 Resolver Filter Board is a specialized signal processing and safety interface module developed for industrial robotic control systems. It is primarily used to condition resolver feedback signals, ensuring accurate transmission of position and speed data to the controller.
This board is commonly installed in ABB robot control cabinets, where it supports stable motion control by filtering electrical noise and improving signal integrity. Its design is focused on maintaining precise resolver signal quality, which is essential for achieving consistent and repeatable robotic movements.
In addition to signal filtering, the module integrates PC safety board functionality, including relay output and dual connection capability. These features allow it to operate within safety circuits and redundant system architectures. The rack-mounted structure ensures easy installation and efficient space utilization within control systems.
Product Specifications
| Parameter | Value |
|---|---|
| Product Name | DSQC 228 Resolver Filter Board |
| Manufacturer | ABB |
| Part Number | YB560103-BL/1 |
| Function Type | Resolver Filter + Safety Interface Board |
| Input Signal | Resolver Feedback |
| Output Signal | Filtered Resolver Signal |
| Safety Function | PC Safety Board |
| Relay Output | Supported |
| Connection Type | Dual Connection |
| Mounting Method | Rack Mount |
| Application Field | Industrial Robotics |
| Signal Processing | Noise Filtering / Signal Stabilization |
| System Compatibility | ABB Robot Controllers |
| Dimensions | 191 × 30 × 130 mm |
| Weight | 0.28 kg |
Applications
● Industrial Robot Systems
Used in ABB robotic platforms to ensure accurate resolver feedback, enabling precise control of robotic axes and movement trajectories.
● Motion Control Environments
Applied in servo and drive systems where resolver signals must be stabilized for high-precision motion performance.
● Safety-Critical Control Systems
Integrated into safety circuits using relay output functionality, supporting protective shutdown and fault response mechanisms.
● Electrically Noisy Industrial Sites
Ensures stable signal transmission by filtering interference in environments with high electromagnetic disturbance.
● Redundant System Architectures
Supports dual connection configurations, enabling fail-safe operation and improved system reliability.
Advantages
● Effective Resolver Signal Conditioning
Delivers clean and stable feedback signals, significantly improving motion control accuracy.
● Integrated Safety Board Design
Combines filtering and safety functionality, reducing the need for additional modules and simplifying system design.
● Dual Connection for Redundancy
Enhances reliability by allowing parallel signal paths, reducing the risk of system failure.
● Reliable Relay Output Function
Provides dependable switching capability for control and safety applications.
● Industrial-Grade Durability
Designed for continuous operation under demanding conditions, including electrical noise and vibration.
● Optimized for ABB Robotics
Ensures seamless integration with ABB robot controllers, improving compatibility and reducing setup time.
