Extreme STK-RPS-150PS P0973BP Redundant power module
Specific Parameters
Core and Function Parameters
Product Type 150W Redundant Power Supply Module
Manufacturer Extreme Networks (formerly Enterasys)
Model STK-RPS-150PS, Part Number P0973BP
Package Type Plug-in Module
Deployment Method Standalone, 2-slot/8-slot Rack-mount Chassis Installation
Applicable Devices X440-G2 Series, X450-G2 Series, X620 Series and other non-PoE switches
Protection Functions Over-voltage Protection, Under-voltage Protection, Over-current Protection, Short-circuit Protection
Status Indication Power Status LED (solid green indicates normal AC input)
Certifications CO, CQ Certifications
Country of Origin USA
Electrical Parameters
Input Voltage 100-240V AC
Input Frequency 50-60Hz
Output Power 150W (typical), 156W (maximum)
Output Voltage 12V DC
Output Current 3 +12V output rails, 13A, 8.5A, 1A respectively
Output Interface 14-pin Redundant Power Connector
Physical and Environmental Parameters
Overall Dimensions 50mm×176mm×113mm (W×D×H)
Weight 0.68kg (1.5lb), approx. 3.85lb (with packaging)
Operating Temperature Range 0°C to 50°C
Storage Temperature Range -40°C to 70°C
Mean Time Between Failures (MTBF) 300000 hours
Product Performance
Stable output power up to 150W with 3 independent +12V output rails, meeting multi-component power supply needs of switches
Wide-range 100-240V AC input, adapting to power grid standards in different regions worldwide with strong compatibility
Equipped with four circuit protection mechanisms, effectively preventing damage to switches caused by power abnormalities with high safety
Supports both standalone and rack-mount deployment methods, adapting to diverse installation scenarios in computer rooms and industrial sites
Status LED provides real-time feedback on power supply status, enabling quick fault location and high operation efficiency
Deeply compatible with multiple series of Extreme switches, plug-and-play without complex configuration for convenient deployment
MTBF up to 300000 hours with excellent operational reliability, reducing network outage risks caused by power failures















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