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N6K-C6001-FAN-B-RF

6001Fan for PortSideIntake(Back-Front)airflow REMANUFACTURED

Inventory quantities are subject to availability and are not guaranteed until the order is placed.

The Cisco N6K-C6001-FAN-B-RF is a professionally remanufactured replacement fan module designed for Cisco Nexus 6000 Series data center switches. This port-side intake (back-to-front) airflow model pulls cool air from the port side of the chassis and exhausts hot air out the power supply side, making it ideal for cold aisle/hot aisle data center configurations where cool air is available at the front of the rack. The fan module provides critical cooling for line cards, supervisor engines, and fabric modules, ensuring optimal operating temperatures for reliable high-performance data center switching operations.

This remanufactured fan module has been thoroughly tested and certified to meet Cisco's quality standards. Each unit undergoes comprehensive testing including airflow verification, noise level assessment, power consumption validation, and thermal performance testing. The port-side intake airflow direction ensures proper air circulation in structured data center environments. Hot-swappable design allows field replacement without powering down the switch, minimizing service disruption. Compatible with Cisco Nexus 6001 chassis. Built-in redundancy support ensures continuous cooling even during fan module maintenance.

Key Features:
• Port-side intake (back-to-front) airflow
• Hot-swappable for zero-downtime replacement
• Compatible with Nexus 6001 chassis
• Redundancy support
• Optimized for cold aisle/hot aisle configurations
• Quiet operation
• Cost-effective remanufactured solution

Perfect for data center spine/leaf architectures, enterprise data center deployments, colocation facilities, high-availability switching environments, and any Nexus 6000 deployment requiring reliable cooling with port-side intake airflow. By choosing remanufactured Cisco fan modules, you're reducing electronic waste while ensuring your data center infrastructure maintains optimal operating temperatures for maximum performance and reliability.