Single Core 1.33mm Diameter Copper Wire
Caution
Product Description
RS Pro Tinned Copper Wire
From RS Pro, a range of tinned copper wire supplied handy plastic spools. The annealed single strand copper wire benefits from a thin tin plating making the copper wires robust and resilient to moisture. Tinned copper wire is particularly useful where excellent electrical conductivity and thermal resistance is required, suitable for use as rewirable fuse links and shorting links. The RS Pro range of copper wire is available in various diameters and AWG sizes. All models are highly reliable and excellent quality.
Features and Benefits
• Excellent corrosion resistance
• Easy to solder
• Longer life than non-tinned copper wire
• Resistant to humidity and damp conditions
• Range of AWG (American Wire Gauge) sizes
Applications
Insulated single strand copper conductors are utilised in a wide range of electronic manufacturing. The most common areas or uses are
• Motor coil production
• Transformer winding
• Inductors for electronics
• Relay coils
• Speaker coils
• Potentiometers
Who uses these wires?
Copper is the second most conductive metal in the world after silver. This makes the material extremely useful for the manufacture of conductive components. Tinned copper has many uses in the electrical wiring industry. Due to the materials efficient performance in humid or rainy climates copper wire is an extremely useful in applications where this is a discerning factor. Some of the most common environments are:
• Fuse links
• Panel wiring
• Industrial machinery cranes and forklift trucks
• Automation
• Telecommunications
• Marine applications
What are the benefits of copper?
Being one of the top 5 most used metals around the world. It's no secret copper is widely regarding as the go to choice for wire in electronics. Due to the extremely convenient conductive properties, copper can be used as wires for anything, ranging from network cables up to advanced computer and mobile phone circuit boards.
Approvals
7777
Standards
BS 6811 Section 3-1 (IEC 317-20)