Honeywell 8U-PWSP05 Power Supply Module

The Honeywell 8U-PWSP05 is a high-performance power supply module designed to deliver reliable and efficient power to Series 8 I/O systems. This module provides a stable 24V DC output with a 20A capacity, ensuring consistent power distribution for demanding industrial automation applications.

Key Features:

24V DC output with 20A capacity to support high-power loads
Specifically designed for Series 8 I/O systems, ensuring seamless integration
High efficiency and low power dissipation for optimal performance
Overcurrent and overvoltage protection for enhanced system safety
Compact design for easy installation and space optimization

Technical Specifications:

Parameter	Value
Model Number	8U-PWSP05
Input Voltage Range	35-240V AC
Output Voltage	22.5-29.5V DC
Output Current	20A
Efficiency @ 120V AC	91.2%
Efficiency @ 230V AC	91.8%
Power Factor @ 120V AC	0.99
Power Factor @ 230V AC	0.99
Operating Temperature	-40°C to +70°C
Maximum Rate of Change	10°C/min
Hold-up Time @ 120VAC	>13ms
Hold-up Time @ 230VAC	>15ms
Inrush Current	15A peak

Description:

The Honeywell 8U-PWSP05 power supply module is optimized for Series 8 I/O systems. It ensures a stable 24V DC output with a robust 20A capacity, making it ideal for powering high-demand applications in industrial automation environments. The module delivers exceptional efficiency, minimizing power loss and reducing heat dissipation.

Its design includes built-in overcurrent and overvoltage protection, providing reliable safety features to safeguard your equipment. With an efficiency rate of up to 91.8%, it ensures minimal energy waste and improved overall system performance. The compact form factor of the module ensures easy integration into tight spaces within control panels, optimizing system layout.

The Honeywell 8U-PWSP05 operates efficiently within a wide temperature range from -40°C to +70°C, making it suitable for harsh environments. Its inrush current protection and quick hold-up time ensure continuous power availability during transient conditions, reducing system interruptions.