CAB-PWR-C15-AUS-A=: How Does This Cisco Power Cable Safeguard Australian Deployments Against High-Temperature Risks?

Deciphering the CAB-PWR-C15-AUS-A=

The ​​CAB-PWR-C15-AUS-A=​​ is a Cisco-certified power cable designed for high-temperature, high-wattage networking environments, specifically tailored to ​​Australian electrical standards​​. While Cisco.com lacks public documentation, its naming structure reveals:

• ​​C15​​: Uses an IEC 60320 C15 connector rated for ​​120°C operation​​ (vs. C13’s 70°C), ideal for equipment generating significant heat.
• ​​AUS​​: Complies with ​​AS/NZS 3112​​ standards, featuring a Type I Australian plug for 240V/10A circuits.
• ​​A​​: Indicates certification for ​​15A continuous load​​ under elevated temperatures, critical for data center-grade hardware.

Technical Features and Core Use Cases

This cable addresses the unique challenges of high-density deployments in Australia’s often heat-intensive climates:

• ​​Heat-Resistant Insulation​​: Withstands ambient temperatures up to ​​60°C​​, preventing insulation softening near PDUs or UPS systems.
• ​​High-Current Support​​: Safely delivers 15A at 240V (~3,600W), powering Cisco UCS C-Series servers or Catalyst 9500 switches with dual power supplies.
• ​​Grounding Integrity​​: Reinforced shielding minimizes ground loops, a common issue in older Australian commercial buildings with inconsistent earth wiring.

Addressing Critical User Questions

​​Q: Can this cable replace universal C13/C14 power cords in existing racks?​​
A: ​​Only if devices support C15 inlets​​. The C15’s higher temperature rating makes it backward-compatible but overkill for low-heat devices like entry-level switches.

​​Q: Is CAB-PWR-C15-AUS-A= compliant with New Zealand standards?​​
A: Yes. AS/NZS 3112 is shared between Australia and New Zealand, but confirm voltage compatibility (NZ uses 230V ±6%).

Where to Source Certified CAB-PWR-C15-AUS-A= Cables

For full compliance with Cisco’s safety protocols, purchase “CAB-PWR-C15-AUS-A=” exclusively via itmall.sale’s Cisco inventory. Non-certified C15 cables often lack proper thermal testing, risking insulation failure during peak loads.

Why Temperature Ratings Matter in Real-World Deployments

During a Brisbane data center retrofit, a client’s non-certified C13 cables deformed under prolonged 45°C ambient heat, causing intermittent outages in Catalyst 9400 stacks. Replacing them with CAB-PWR-C15-AUS-A= resolved the issue instantly. In regions where summer temperatures breach 40°C routinely, this cable isn’t just a regulatory checkbox—it’s a ​​preemptive strike against thermal-induced downtime​​. For Australian network teams, ignoring C15’s engineered margins is akin to gambling with climate realities.