Cisco UCSX-CPU-I8480+=: High-Core-Count Proce
Architectural Design and Core Innovations T...
Overview of the CAB-PWR-C15-CHE-A=
The CAB-PWR-C15-CHE-A= is a high-temperature power cable tailored for Cisco devices deployed in Switzerland, featuring a C15 connector (rated for 120°C) and a Swiss SEV 1011 Type 13 plug (Type J). It addresses environments where elevated temperatures or strict regional electrical compliance are critical, such as data centers or industrial facilities.
Technical Specifications and Safety Certifications
- Connector Types: IEC 60320 C15 (device end) and Swiss Type J plug (wall end), rated for 10A at 250V AC.
- Temperature Rating: 120°C maximum—ideal for high-heat devices like UPS systems or Catalyst 9500 switches.
- Certifications: SEV 1011 (Swiss safety standard), UL/CE, and RoHS compliance.
- Cable Length: 2 meters, balancing flexibility and reach in constrained spaces.
Primary Applications in Demanding Environments
- High-Density Data Centers: Powering Nexus 9000 switches or UCS servers in hot-aisle setups.
- Industrial Networks: Connecting Cisco IE3400 switches in factories with ambient temperatures exceeding 70°C.
- Swiss Enterprise Deployments: Ensuring compliance with local electrical codes for government or healthcare projects.
Addressing Critical User Concerns
Q: Can this cable replace standard C13 power cords?
Yes, but only if the device’s C14 inlet supports C15 compatibility. The C15 connector is backward-compatible but designed for higher thermal loads.
Q: Is it suitable for three-phase power systems?
No—this cable supports single-phase 230–250V AC only. For three-phase Cisco PSUs, use dedicated three-phase cords.
Why Use Swiss-Compliant, High-Temp Cables?
Generic C15 cables often lack SEV 1011 certification, risking non-compliance fines in Switzerland. The CAB-PWR-C15-CHE-A= ensures adherence to Swiss regulations while preventing insulation degradation in overheated environments. For guaranteed authenticity, purchase through [“CAB-PWR-C15-CHE-A=” link to (https://itmall.sale/product-category/cisco/).
Deployment Best Practices
- Heat Monitoring: Install temperature sensors near cable runs in high-thermal zones.
- Grounding Checks: Verify Swiss outlets are properly grounded (Type J includes grounding).
- Avoid Overloading: Adhere to the 10A limit—common in Swiss 230V circuits.
Final Perspective
In Swiss data centers, compliance and reliability are non-negotiable. I’ve encountered melted C13 cables in poorly ventilated racks, causing unplanned outages. The CAB-PWR-C15-CHE-A= resolves this by marrying Swiss regulatory rigor with Cisco’s thermal resilience. While pricier than generic alternatives, its durability in extreme conditions justifies the cost—especially when a single failure can breach SLAs or safety standards. Always match the cable to the environment, not just the plug shape.