Honeywell 900P01-0401 51450991-006 Power Supply Module

Technical Overview

The Honeywell 900P01-0401 (Part No. 51450991-006) is a high-reliability industrial switching power supply module designed specifically for the Honeywell ControlEdge HC900 controller platform. This module serves as the primary energy source for the HC900 rack, converting universal AC input into the stabilized DC voltages required for CPU operations and I/O module excitation. By providing independent 5V and 24V DC rails, it ensures that sensitive logic circuits and field-side sensors remain powered without cross-interference.

Engineered with a universal input range (90–264V AC), the 900P01-0401 is globally compatible with diverse power grids. Its compact, fanless design allows for high-density installation in control cabinets, while its dual mounting options (DIN rail or panel) provide the flexibility needed for both new builds and legacy system upgrades.

Detailed Technical Specifications

• System Role: System Power Supply Module for ControlEdge HC900.

• Input Characteristics:

• Voltage Range: 90–264V AC (Universal).

• Frequency: 47–63 Hz.

• Current: 1.4A maximum draw.

• Output Configuration:

• Logic Rail: 5V DC at up to 6A.

• Field/Expansion Rail: 24V DC at up to 2A.

• Total Continuous Power: 58 Watts.

• Thermal Endurance: Operational from 0°C to +60°C.

• Physical Profile:

• Dimensions: 3.8 cm (W) x 14.0 cm (H) x 14.7 cm (D) / (1.5" x 5.5" x 5.8").

• Mass: Lightweight 0.3 kg (12 oz).

• Mounting: Integrated 35mm DIN rail clip or direct panel mounting holes.

• Manufacturing Origin: USA / Global.

Application and System Integrity

The 900P01-0401 is a critical component for ensuring the "Always-On" status of industrial processes in chemical, water treatment, and manufacturing plants. Its high-efficiency switching architecture minimizes heat generation, extending the life of adjacent modules within the HC900 rack. For systems requiring high availability, these power supplies are frequently utilized in redundant configurations to protect against power source failure.