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PWR-IE170W-PCAC-RF
IE family power supply 170W. AC to DC REMANUFACTURED
Inventory quantities are subject to availability and are not guaranteed until the order is placed.
The Cisco PWR-IE170W-PCAC-RF is a professionally remanufactured 170-watt AC to DC power supply engineered specifically for Cisco Industrial Ethernet 4000 Series switches. This DIN rail-mountable supporting power module delivers reliable and efficient power in demanding industrial environments. With a wide input voltage range supporting AC 100-240V or DC 125-250V, this flexible power solution accommodates various power infrastructures found in industrial settings while providing exceptional PoE/PoE+ support for powering connected devices. The 54VDC output performance.
This remanufactured power module delivers the same robust industrial-grade performance as new units while offering exceptional value. Each unit has been professionally inspected, tested, and restored to meet Cisco's exacting quality standards for industrial networking environments. Designed to withstand temperature extremes and harsh environmental conditions including shock, vibration, and dust, this power supply ensures reliable operation wherever continuous uptime is critical.
Key Features
Compatible with Cisco Industrial Ethernet IE-4000 Series switches<br>170-watt power capacity with 54VDC/3.15A output for PoE/PoE+ support
Wide input voltage range: AC 90-264V or DC 106-300V operation
DIN rail-mountable design for convenient industrial cabinet installation
Hot-swappable capability for easy maintenance without network interruption
Cost-effective alternative to new modules without compromising industrial reliability
This refurbished power supply is perfect for industrial automation, smart grid infrastructure, transportation systems, and harsh environment deployments requiring rugged networking equipment. By choosing remanufactured Cisco industrial components, you're making an environmentally responsible decision while ensuring your critical industrial network systems maintain optimal power delivery and operational reliability.