Honeywell 900P01-0001 HC900 Power Supply Module

Description

The 900P01-0001 is a 60-watt power supply module designed for the HC900 platform to distribute 5 V DC and 24 V DC internal operating currents across rack sub-assemblies. This module satisfies the complete electrical infrastructure demands of a chassis populated with a controller module and local I/O modules, or remote configurations including scanner modules and peripheral remote I/O hardware. Its 60-watt power rating supports flexible hardware loading, accommodating highly saturated combinations of diverse operational I/O modules within a single rack footprint. The assembly incorporates a tool-secured terminal access door covering the high-voltage connections alongside dedicated external validation test jacks behind the enclosure cover for direct electrical diagnostic tracing.

Features

• Dual voltage regulation supplying both 5 V DC and 24 V DC output channels.
• High capacity 60-watt output rating supporting dense internal module distributions.
• Front-panel diagnostic access via dedicated 5 V and 24 V test jacks situated behind a tool-secured access door.
• Short-circuit and overcurrent infrastructure mitigation provided by an internal non-replaceable protective fuse.
• Robust baseline ride-through retention providing 20 milliseconds of hold-up timing during primary AC brownouts.

Applications

• Primary chassis power management for central process automation racks within industrial plants.
• Remote I/O station power distribution utilizing specialized rack-mounted scanner setups.
• Electrical infrastructure backing for standard non-SIL machinery automation loops.

Ordering Information

Technical Specifications

Connections/Interfaces

Installation Guidelines

• Terminal Wiring Security: Fasten raw wiring paths into the screw-type terminals using copper lines graded between #12 AWG and #22 AWG.
• High Voltage Safeguard: Ensure the protective terminal door remains closed and securely fastened with tools during normal run-time sequences to eliminate contact with live primary input voltages.
• Thermal Positioning: Mount the power assembly directly inside standard chassis frames ensuring open top and bottom ventilation boundaries are clear of physical blockages.
• Input Balancing: Attach incoming primary voltage wires matching line constraints across the designated 90-264 VAC single-phase field infrastructure.