35 awg copper wire

Types of 35 awg copper wire

35 AWG copper wire is actually very thin, with a diameter of about 0.81 mm. Copper makes for good electrical conductivity and is often used for various applications like electronics, medical devices, and communication setups. In this section, we delve into the different types of 35 AWG copper wire.

Copper Wire

This is a basic 35 copper wire. It is well known for its great conductivity and flexibility. Normally, it is used for stuff like mini electronics, sensors, and wound parts in equipment. Copper cable is good at transmitting electric current and holding up to bending or twisting over time.

Enameled Copper Wire (ECW)

Sometimes called winding wire, enameled copper wire has a thin enamel coating on it. This non-conducting enamel keeps the wire from shorting out when it's coiled tightly in motors and magnets. It works well for electromagnets, induction motors, and other magnetic things where space is tight.

Epoxy-Coated Copper Wire

Like enameled wire, epoxy-coated copper wire has insulation that handles high heat. It's found in places with high temperatures, like engines or refineries. The epoxy gives good protection from both heat and chemical exposure. You can trust it will last in difficult conditions.

Steel-Reinforced Copper Clad Steel Wire

This wire has both steel and copper in it. A thin layer of pure copper coats the outside of strong steel wire. It's better than just regular copper for some expects because the steel inside adds extra strength. Reinforced wire is for power lines that must endure tough weather or long-distance travel.

Specifications and features of 35 awg copper wire

Knowing the specifications and qualities of a product enables one to appreciate its value. The 35 AWG copper wire has different specifications and features, making it ideal for a range of applications. Below is a detailed breakdown of these aspects.

Technical Specifications

• Diameter: The 35 AWG copper wire, as noted, has a diameter of 0.81 mm. This makes it very thin and flexible, which is great for tight areas and detailed work.
• Tensile Strength: Copper is really strong when stretched. It won't snap or break easily like some other metals do. Even though 35 AWG is thin, copper's tensile strength means it holds up well in small, delicate jobs without failure.
• Temperature Rating: Depending on the insulation, 35 AWG copper wire can handle temperatures from 60 to 200 degrees Celsius. This allows it to be used in both basic and more intensive heat applications.
• Resistance: 35 AWG wire has a resistance of about 0.051 ohms per meter. The tiny size means it can take greater resistance to electrical flow, but copper's conductivity still allows it to work well in low-power situations.

Durability and Quality

• Flexibility: Because 35 AWG wire is thin, it is very pliable. It bends without breaking, making it good for fitting into small places or for tightly coiling.
• Corrosion Resistance: Copper resists rust and corrosion. Even though it's thin, copper holds up well over years in different environments without losing its ability to conduct electricity.
• Longevity: As noted, copper maintains its properties for a long time. It won't wear down as quickly as some other metals. This gives 35 AWG wire a long lifespan in sensitive applications. 35 AWG copper wire checks many boxes for quality, performance, durability, and practical use.

How to Install

• Preparation: Start by cutting the wire to the desired length. Make sure the cuts are clean to prevent any fraying. Use wire strippers to strip a small amount of insulation from each end if the wire is insulated.
• Bending and Shaping: Due to its thin diameter, 35 AWG wire is highly flexible. Carefully bend the wire around components or shape it to fit into tight spaces. Ensure the bends are smooth to maintain wire integrity.
• Connection Points: If connecting to components, such as sensors or circuit boards, wrap the wire around the connection points. For soldering, ensure the wire ends are tightly twisted for a strong bond. The wire can be used for breadboarding by inserting it into the appropriate breadboard slots.
• Securing Connections: Use heat shrink tubing or electrical tape to insulate any exposed wire connections. This step is crucial for preventing short circuits and ensuring electrical safety.

How to Choose a 35 awg copper wire

When opting for 35 AWG copper wire, there are several factors to assess. Below are these considerations Jim adjusts when purchasing 35 awg copper wire.

Insulation Type

If the wire is meant for basic work, plain copper is okay. But for tasks where heat, oil, or chemicals are a worry, insulated wire helps keep everything safe. Choosing между insulated and non-insulated wire depends on the job's environment and requirements.

Coating

35 AWG copper wire is often coated in enamel or similar thin substances. This lets the wire fit more easily into tight electronics spaces. But the coating does add a small amount of thickness. Make sure the final diameter will still suit the needs of the project.

Wire Shape

Most 35 AWG wires are round, which works fine for most jobs. But for some special cases, flattened or other styles might perform better. Check if the wire's form will impact how it functions in the intended role.

Load Requirements

This wire is best for small currents. Avoid using it for higher electrical loads as this could lead to overheating or even wire failure. Ensure the expected electrical flow stays within safe limits for 35 AWG copper wire.

Using reputable suppliers

It is vital for copper wire to come from a trusted source. Well-known brands have stronger wire because they put in quality materials. Checking reviews and ratings helps find a company dedicated to making wire that lasts with reliable performance.

Q & A

Q1: What makes copper ideal for electrical wiring?

A1: Copper's high conductivity and durability make it perfect for transmitting electricity in wiring.

Q2: Why is 35 AWG copper wire often used in electronic circuits?

A2: Its thin gauge allows easy handling and fitting into compact electronic components and circuit boards.

Q3: Is 35 AWG copper wire suitable for outdoor use?

A3: While it can be used outdoors in protected environments, 35 AWG is better for indoor, controlled setups due to its thinness.

Q4: What is the temperature rating for 35 AWG copper wire?

A4: Depending on insulation, it can handle temperatures from 60 to 200 degrees Celsius for various applications.

Q5: Can 35 AWG copper wire be used for breadboarding?

A5: Yes, its flexibility and thin diameter make it ideal for quick prototypes and testing on breadboards.