Allen-Bradley 5069-HSC2XOB4 CompactLogix High Speed Counter Module

Product Description

Allen-Bradley 5069-HSC2XOB4 is a Compact 5000 I/O High Speed Counter Module designed for CompactLogix and Compact 5000 control systems. It provides high-speed counting, position measurement, and pulse processing functions for applications requiring fast and accurate signal acquisition. The module includes 2 differential quadrature (ABZ) counter inputs and 4 channels 24V DC sourcing outputs for direct machine control.

Specifications

• Brand: Allen-Bradley (Rockwell Automation)
• Model: 5069-HSC2XOB4
• Series: Compact 5000 I/O
• Product Type: High Speed Counter Module
• Input Channels: 2 × Differential Quadrature ABZ Inputs
• Counter Input Voltage: 3…32V DC
• Output Channels: 4 × 24V DC Sourcing Outputs
• Output Voltage Range: 10…32V DC
• Output Current: 1A per channel, 3A maximum per module
• Power Supply: 18…32V DC
• Communication: EtherNet/IP through CompactLogix system
• Mounting: DIN Rail Mount
• Module Width: 22 mm
• Dimensions: Approx. 145 × 22 × 105 mm
• Weight: Approx. 175 g
• Protection: Short-circuit and overload protection

Advantages & Features

• High-speed pulse counting for precise measurement
• Supports encoder feedback and position detection
• Provides fast response for machine control applications
• Integrated output channels simplify external wiring
• Supports diagnostics for easier troubleshooting
• Compact design saves control cabinet space
• Compatible with CompactLogix 5380/5480 and Compact 5000 I/O systems

Applications

• CNC machines
• Packaging equipment
• Servo positioning systems
• Rotary encoder monitoring
• Conveyor speed measurement
• Motion control systems
• Automated assembly equipment
• Production line counting systems

Notes

• Verify compatibility with the CompactLogix controller and firmware version before installation
• Ensure encoder signal type matches ABZ differential input requirements
• Check 24V DC wiring and output load specifications
• Install in a properly grounded control cabinet
• Avoid exceeding maximum output current ratings
• Disconnect power before module replacement