Seller Terms

• Salvex and the seller have the right to reject any and all offers.
• This product is sold AS IS, WHERE IS.
• Buyer is responsible for all taxes, duties, loading and freight charges.
• Seller does not offer any warranties or manufacturer warranties.
• Upon receipt of cleared funds, Seller will provide the Buyer a Release Order for item pick up. Title transfers from Seller to Buyer upon issuance of the Release Order.
• It is Buyer's responsibility to verify quantities and condition at the time of pick up. Once the product has been removed from Seller's location, there will be no adjustments based on quantity or condition.

AI Product Description

The Power Cord C13-C21 10-15 amp is a reliable and durable electrical cable designed to connect devices such as servers, power distribution units, and other IT equipment to power sources. Rated for 10 to 15 amps, this cable supports efficient power transmission while ensuring safety and compliance with industry standards. Featuring a C13 connector on one end and a C21 connector on the other, it is commonly used in data centers and commercial environments where stable and secure power connections are essential. Its robust construction and high-quality materials make it suitable for continuous use in demanding settings.

AI Manufacturer Description

A power cord is an essential electrical component designed to transmit power from a wall outlet or power source to various electronic devices and appliances. Comprising a durable insulated cable with connectors on each end, it ensures safe and efficient energy transfer while protecting users from electrical hazards. Power cords come in a wide range of types, lengths, and ratings to suit different voltage, current, and equipment requirements, from household electronics to industrial machinery. High-quality construction, proper insulation, and adherence to safety standards are key features that make a power cord reliable for long-term use. Its simplicity, versatility, and critical role in powering devices make it one of the most fundamental yet indispensable components in any electrical system.

AI Carbon Footprint Explanation

Heres a defensible embodied-carbon (A1A3 manufacturing only) estimate for your cable/cord lot. I sized everything by actual cable mass (using published weights per foot for SVT/SJT cords), applied a verified per-kg GWP for PVC installation cable, and used a datasheet weight for the DisplayPort-to-DVI leads. For the 1 m simplex fiber jumpers I used a 900 µm cable mass plus a small connector allowance. Result (A1A3 only) Grand total: ~76.876.9 t CO‚e for 115,126 units (the range is just the fiber connector assumption; see notes below) How this was calculated (transparent) Per-kg carbon factor for cable assemblies: 4.31 kg CO‚e/kg (EN 15804+A2 EPD for H07V-R PVC insulated stranded conductor; used as a defensible proxy for PVC-jacketed cords). Weights per foot (lb/ft) used: 18/3 SVT: 0.040 lb/ft " 16/3 SJT: 0.072 lb/ft " 14/3 SJT: 0.092 lb/ft. (Converted to kg/ft, multiplied by length × quantity × 4.31) DisplayPort’DVI 6 ft cable: product weight 0.158 kg each (StarTech DP2DVI2MM6 datasheet). 1 m simplex fiber (900 µm, SC/APCblunt): cable mass 0.8 kg/km = 0.0008 kg/m plus a connector allowance. I used 10 g/connector as typical; 33 g is a conservative upper bound from a field-installable SC/APC design. Totals by major group (rounded) All power cords (SVT/SJT, all lengths & gauges): ~75.9 t CO‚e DP’DVI 6 ft (3,384 pcs @ 0.158 kg): ~2.3 t CO‚e 1 m simplex fiber SC/APCblunt (1,027 pcs): ~0.050.15 t CO‚e (connector assumption drives the range).  Using 10 g/connector ’ ~0.05 t; using 33 g/connector ’ ~0.15 t. Formula used (each line): CO‚e = Qty × Length(ft) × (lb/ft) × 0.453592 × 4.31; summed across lines. DP-DVI used Qty × 0.158 kg × 4.31. Fiber used Qty × (0.0008 kg + connector kg) × 4.31.