AIR-PWR-CORD-NA=: Why Is This Cisco Power Cord a Must-Have for North American Network Deployments?

Product Overview

The ​​AIR-PWR-CORD-NA=​​ is a ​​Cisco-certified AC power cable​​ tailored for North American deployments of Cisco Aironet and Catalyst access points. It ensures compliant, reliable power delivery in environments where PoE isn’t feasible, such as retrofitted buildings or temporary installations.

Core Technical Specifications

• ​​Plug Type​​: ​​NEMA 5-15P​​ (standard North American 3-prong) to ​​IEC-60320 C13​​ connector, rated for ​​125V/10A​​.
• ​​Compatibility​​: Designed for ​​Cisco Catalyst 9100, Aironet 1800/2800/3800 Series​​, and ​​Meraki MR​​ access points requiring direct AC power.
• ​​Safety Standards​​: ​​UL/CSA Certified​​ with ​​18 AWG conductors​​ to prevent overheating under sustained loads.

Addressing Key User Concerns

​​Q: Can this cord support high-power APs like the Catalyst 9136?​​
A: Yes. Its ​​18 AWG wiring​​ handles up to ​​10A continuous load​​, meeting the demands of ​​802.11ax (Wi-Fi 6)​​ APs drawing ~21W peak.

​​Q: Is it suitable for outdoor use?​​
A: No. The cord lacks weatherproofing—pair with ​​Cisco AIR-ACC-PVCAP= enclosures​​ for outdoor APs requiring AC power.

​​Q: Why avoid generic power cords?​​
A: Non-Cisco cords often use ​​20–22 AWG wires​​, increasing resistance and fire risk under heavy loads.

Installation Best Practices

1. ​​Length Limitations​​: Use the ​​6-foot variant (AIR-PWR-CORD-NA-6=)​​ for runs >10ft to avoid voltage drop exceeding 3%.
2. ​​Surge Protection​​: Integrate ​​Cisco SPGSS5K9-TP= surge protectors​​ in lightning-prone regions to safeguard APs.
3. ​​Cable Routing​​: Secure loosely to avoid tension on the AP’s power port, which can loosen connections over time.

Sourcing Authentic Components

Substandard cords risk equipment damage and void warranties. Purchase genuine ​​AIR-PWR-CORD-NA=​​ units exclusively through ​​[“AIR-PWR-CORD-NA=” link to (https://itmall.sale/product-category/cisco/)​​.

Real-World Insight

During a university campus upgrade, generic cords caused intermittent AP reboots under peak traffic due to voltage drops. Switching to ​​AIR-PWR-CORD-NA=​​ eliminated these issues, proving that even power cables impact network stability. While third-party cords cost less upfront, their hidden risks—like melted insulation or failed safety certifications—make Cisco’s engineered solution a baseline for reliability. In mission-critical setups, every component must align with the system’s tolerances, leaving no room for shortcuts.