Allen Bradley 1756-PB75R Original Packaging Module in Stock

The Allen Bradley 1756-PB75R Redundant Power Supply is a high-performance 75W power module designed for ControlLogix programmable automation controllers (PACs). Built to support continuous operation and minimize downtime, the 1756-PB75R ensures system reliability by providing automatic power redundancy in the event of a supply failure. This module is fully compatible with all ControlLogix chassis and mounts easily on a DIN rail, making it an ideal solution for industrial automation systems that demand performance and reliability.

⚙️ Key Features of the 1756-PB75R Power Supply:

• 75W output power for ControlLogix systems

• Redundant design ensures uninterrupted operation

• 24V DC input voltage, 3.125A current

• Compatible with all ControlLogix chassis

• DIN rail mounting for simplified installation

• IP20-rated enclosure for dust resistance and component protection

• Isolation voltage: 250V for enhanced electrical safety

🏭 Common Applications:

The Allen Bradley 1756-PB75R is engineered for use in critical control environments, including:

• Machine Control Systems

• Process Automation

• Data Acquisition Networks

• Industrial Monitoring

• Environmental Control Systems

📊 Technical Specifications:

✅ Benefits of the Allen Bradley 1756-PB75R:

• Redundant functionality ensures uninterrupted power delivery

• Enhanced system reliability with automatic failover

• Easy integration with ControlLogix architecture

• Compact and lightweight design simplifies installation

• Industrial-grade protection for harsh environments

🏁 Conclusion:

The Allen Bradley 1756-PB75R Redundant Power Supply is a mission-critical component for ControlLogix-based automation systems, offering consistent power delivery, redundant protection, and easy compatibility with existing infrastructure. Whether you’re upgrading a current system or designing a new automation solution, the 1756-PB75R provides the power, protection, and peace of mind needed for uninterrupted industrial operation.