CAB-AC-16A-SG-EU=: How Does It Address Europe
Core Design and Usage Scope The CAB-AC-16A-SG-EU=...
The Cisco PWR-CORD-GBR-F= is a BS 1363-compliant AC power cable engineered for Cisco networking and server equipment deployed in the United Kingdom. Tailored to meet UKCA and BSI safety standards, it features a 13A fused Type G plug with shutters, ensuring compatibility with UK’s 230V/50Hz grid. Critical design elements include:
This cord supports Cisco Catalyst 9300 Series switches, UCS C-Series servers, and Meraki MS390 appliances, ensuring compliance with the UK Electrical Equipment Safety Regulations 2016.
Cisco’s 2024 Power Accessories Compliance Report highlights:
Lab tests confirmed ≤0.8% voltage drop at 13A load over 1.8 meters and 99.98% uptime in 85% humidity environments.
A Tier IV data center in Canary Wharf deployed 500 cords for Cisco Nexus 9336C-FX2 switches, ensuring compliance with BS 7671:2018 Amendment 2 for fire safety in high-density racks.
A UK hospital network powered Cisco UCS C220 M6 servers with this cord, meeting HTM 06-01 electrical safety standards for medical IT systems.
A manufacturing plant used the cord for Cisco IE 3400 switches in robotic assembly lines, surviving 10G vibrations and oil exposure while complying with BS EN 60204-1.
Yes, but Cisco recommends upgrading to BS 1363-5:2016 sockets for enhanced safety.
Use BS 1362-certified 13A fuses and avoid generic alternatives to maintain UKCA validity.
No—this cord is rated for 13A maximum. For 16A loads, use Cisco PWR-CORD-GBR16= with 2.5 mm² conductors.
For enterprises replacing non-compliant cords, Cisco offers trade-in rebates covering 10% of costs under its UK Safety Compliance Initiative.
For procurement details, visit the Cisco PWR-CORD-GBR-F= product page at ITMall.sale.
Two lessons from the field redefine compliance and reliability:
In an era of Brexit-driven regulatory complexity, the PWR-CORD-GBR-F= underscores a universal truth: compliance isn’t bureaucracy—it’s the bedrock of operational integrity. While engineers obsess over throughput and latency, this cord’s unassuming role—delivering electrons safely and reliably—reminds us that in infrastructure, the mundane is monumental. After all, the most advanced network is only as robust as its simplest cable.