Cisco PWR-ME3KX-DC= Accessory

The Cisco PWR-ME3KX-DC supports multiple power input options including AC input (100-240 VAC autoranging at 47-63 Hz), DC input (24Vdc to 60Vdc), and Power over Ethernet (PoE). This redundant power supply design ensures flexibility for various network environments and helps prevent downtime from power supply failures. We offer this spare part as a replacement accessory for compatible Cisco platforms.

The PWR-ME3KX-DC delivers maximum power outputs of up to 540 watts with AC power supply, 574 watts with DC input, and supports up to 1040 watts maximum endpoint PoE power capacity with PoE boost. The typical power consumption without modules is 158 watts, making it suitable for high-density network deployments. Contact us today for specifications matching your specific Cisco platform requirements.

Yes, the PWR-ME3KX-DC is designed as a redundant power supply that provides seamless failover protection for Cisco switches and routers. This redundancy architecture helps ensure uninterrupted operation and protects against device power supply failures in mission-critical converged data, voice, and video networks. Visit barcodesinc.com to verify compatibility with your specific Cisco platform.

The PWR-ME3KX-DC features input surge current protection rated at less than 50 amps for both AC and DC inputs, providing robust protection against electrical transients. The AC input current range is 7.1 to 3.0 amps maximum, while DC input current ranges from 33.2 to 12.4 amps. This protection helps safeguard your network infrastructure from power anomalies.

The Cisco PWR-ME3KX-DC measures 5.25 x 17.25 x 18.75 inches (133.35 x 438.15 x 476.25 mm) in height, width, and depth. This compact form factor is designed to integrate seamlessly into standard Cisco chassis configurations. For installation guidance and compatibility verification, contact our team at barcodesinc.com.

The PWR-ME3KX-DC provides a minimum 20 millisecond output holdup time at 100 VAC, ensuring continuous power delivery during brief AC power interruptions and preventing network device resets. For DC input configurations, the holdup time is 2 milliseconds minimum at -40 VDC, maintaining system stability across various power scenarios. We offer this spare part to maintain your network's power resilience—visit barcodesinc.com for ordering.