1756-PA75 Allen-Bradley New Factory Sealed 1756 PA75 ControlLogix AC Power Supply

Key Features:

• Versatile Power Input: With an input voltage range of 85-265VAC and a frequency range of 47-63 Hz, the 1756-PA75 is adaptable to various power sources, ensuring compatibility with different global power standards.
• High Output Ratings: Boasting an output power rating of 75 W @ 0…+60 °C (+32…+140 °F) and current capacities of 4A at 3.3VDC, 13 A at 5.1VDC, and 2.8 A at 24VDC, this power supply is built for demanding industrial environments.
• Optimal Placement: Designed to be installed at the leftmost side of the 1756 chassis, the 1756-PA75 ensures efficient power distribution throughout your ControlLogix system.

Technical Highlights:

• Manufacturer: Rockwell Automation
• Weight: 0.95 kg (2.10 lb)
• Dimensions: 14.0 x 11.2 x 14.5 cm (5.51 x 4.41 x 5.71 in.)
• Module Type: Standard DC Power Supply
• Series: ControlLogix
• Part Number: 1756-PA75
• Current Capacity: 4A at 3.3VDC; 13 A at 5.1VDC and 2.8 A at 24VDC
• Brand: Allen-Bradley
• Input Voltage Range: 85-265VAC
• Isolation Voltage: 250 Volts Continuous
• Max Inrush Current: 30 Amperes
• Hold Up Time: 2 cycles @ 85V AC, 60 Hz; 6 cycles @ 120V AC, 60 Hz; 20 cycles @ 220V AC, 60 Hz
• Chassis Compatibility: 1756-A4/A, 1756-A7/A, 1756-A10/A, 1756-A13/A, 1756-A17/A, and more

Why Choose the 1756-PA75?

• Reliable Power Delivery: The 1756-PA75 is engineered to provide stable and reliable power to your ControlLogix chassis, ensuring that your modules operate at peak efficiency.
• Extended Compatibility: Compatible with a variety of ControlLogix chassis, this power supply is a versatile solution for your industrial control needs.
• Safety and Protection: Equipped with a non-replaceable fuse designed to protect against short circuits and fire hazards, the 1756-PA75 is a safe choice for your power supply requirements.
• Operational Flexibility: With a hold-up time that accommodates brief power interruptions, this power supply ensures your system remains operational even during momentary power fluctuations.