CC-PWRR01 51199929-100 | Honeywell | Redundant Power Supply Module

Overview

The Honeywell CC-PWRR01 is a comprehensive 20A Redundant Power System assembly designed for the Experion Series C platform architecture. This complete power solution integrates dual hot-swappable power supply modules, dedicated distribution adapters, and indication cables to deliver regulated, highly reliable 24 V DC power with built-in backup battery charging capabilities for process automation hardware.

System Components

• Power Supply Module (2 PCS): Model SPS5713 (Part Number: 51199930-100)
• Power Adapter Board (4 PCS): Model SPS5710-2-LF (Part Number: 51198685-100)
• Indication Cable (2 PCS): Part Number: 51199935-100
• Hardware Component (2 PCS): Part Number: 51202343-001
• Rack Component: TDI Power Transistor assembly

Technical Specifications

• Product Type: Redundant Power System (20A)
• Model Code: CC-PWRR01
• Manufacturer: Honeywell
• Input Voltage Range: 100-230 V AC nominal (Sustains standard 120/240 V AC utility lines)
• Input Frequency Range: 47-63 Hz
• Output Voltage Range: 24-26 V DC regulated
• Maximum Output Current: 20 A
• Hold-up Time / Holdup: 20 ms
• Battery Charging Specifications: 30 minutes maximum recovery time at 20A maximum current load
• Battery Capacity Support Range: 30 to 100 Ah
• Power Supply Efficiency: 65% (minimum)
• Customs Tariff Number (HS Code): 8537101190
• Country of Origin: USA
• Physical Dimensions: 7.3 cm x 15.5 cm x 16.5 cm

Installation & Wiring Notes

• Mount the primary TDI Power Transistor chassis into the specified frame slot before installing the dual SPS5713 power supply modules.
• Interface the 4 pieces of SPS5710-2-LF power adapter boards to the backplane distribution rails to split output current legs cleanly.
• Connect the 51199935-100 indication cables to their corresponding diagnostic headers to ensure full status reporting across the Experion network framework.
• Verify that external battery backup packs align with the supported 30 to 100 Ah storage threshold before enabling the rapid charging circuit loops.