UCSC-FAN-C240M6=: Technical Analysis and Oper
Component Identification and Functional Role The ...
The Cisco PWR-CORD-IND-D= is a 16A AC power cable engineered for Cisco networking and server equipment deployed in India. Designed to meet BIS (Bureau of Indian Standards) IS 1293 and CEA (Central Electricity Authority) regulations, it features a 16A 250V AC 3-pin plug compatible with India’s 230V/50Hz grid. Key design elements include:
This cord supports Cisco Catalyst 9300 Series switches, UCS C-Series servers, and Meraki MS225 appliances, meeting India’s Electrical Wiring Standards (NBC 2016).
Cisco’s 2024 Power Accessories Compliance Report confirms:
Lab tests achieved ≤1.2% voltage drop at 16A load over 2 meters and 99.97% uptime in 90% humidity conditions.
A petrochemical plant in Jamnagar deployed 300 cords for Cisco IE 3400 switches in hazardous zones, complying with PNGRB (Petroleum and Natural Gas Regulatory Board) safety standards.
A Tier III data center powered Cisco Nexus 93180YC-FX3 switches with these cords, adhering to NBC 2016 fire safety codes for high-density racks.
A Pune smart city project used the cord for Cisco IR1101 routers in streetlight controllers, surviving monsoon-season humidity and 45°C ambient temperatures.
No—India’s CEA Regulations 2023 mandate BIS certification for all commercial power cords.
Pair with Cisco RSP-3200 power shelves featuring ±15% input voltage tolerance (IS 12360).
Yes, but limit load to 6A to avoid overheating (IS 1293).
For enterprises upgrading non-compliant setups, Cisco offers trade-in rebates covering 12% of costs under its India Power Safety Program.
For procurement, visit the Cisco PWR-CORD-IND-D= product page at ITMall.sale.
Two counterintuitive lessons from the field:
In India’s rapidly modernizing infrastructure landscape, the PWR-CORD-IND-D= embodies a critical lesson: global innovation must respect local realities. While engineers chase AI-driven automation, this cord’s true genius lies in its unyielding adherence to India’s unique electrical ecosystem—a reminder that reliability isn’t engineered in labs, but forged in the monsoon rains and desert heat of real-world deployment. After all, in a nation where 1.4 billion people rely on stable connectivity, every electron matters.