All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(37 products available)
The AWM 2725 shielded wire is very popular in engineering and construction because it provides extra protection and is able to conduct good current. It comes in various types, with each having an important function based on its overall thickness, capability, and application. The following is an in-depth exploration of the different types of AWM 2725 wire:
The AWM 2725 16AWG shielded wire is considered stronger due to its significant gauge. It can be used in very intense applications because it has a good balance between flexibility and strength. This wire is widely used in power systems and motor wiring due to its insulating as well as shielding properties. Its thickness means that it can carry a larger current than thinner wires, which makes it advantageous in heavy-duty electrical tasks.
The AWM 2725 18AWG shielded wire is slightly thinner but still common enough to carry the current. Because of its flexibility, the short or light-use wire is convenient to use for internal connections in devices. Moreover, its great shielding makes it still useful in areas where interference is a great concern, particularly in tight spaces or where there is a lot of movement.
The AWM 2725 20AWG shielded wire is very effective for low current. Thanks to its fine gauge, this wire is often preferred in lightweight electronic applications where the force exerted on the wire should be minimal. Its shield provides great protection against signals or noise, making it efficient for signal transmission within the short distance electronic equipment.
AWM 2725 24AWG shielded wire is among the finest in gauges. It has been designed for very small current and voltage applications. This wire is widely used in testing equipment, and sensors, and other devices that basic space and mobility require. Its light and flexible construction allow it to be very useful for complex electronic assemblies that require fine and light wiring.
Each type of AWM 2725 Shielded wire has unique characteristics that enable it to meet the needs of different industries. The 16 AWG wire is for heavy-duty use, while the 24 AWG wire caters to light electronic applications. Choosing the right type ensures optimal performance and reliability in electrical systems.
The AWM 2725 shielded wire comprises distinct materials which enhance its durability and functionality. Moreover, its robust construction makes it resistant to wear and tear, ensuring a longer lifespan in various applications.
Conductor material: most AWM 2725 shielded wires come with copper conductors. Copper was chosen due to its high conductivity and ability to bear corrosion. Other versions may also come with silver-plated copper for increased conductivity. This way, the wire ensures efficient current transmission while reducing energy losses. Some also have tinned copper as an option for additional protection against corrosion in harsh environments, though this may add a bit to the cost.
Insulation: The AWM 2725 wire is covered with a durable layer of thermoplastic insulation, commonly polyvinyl chloride (PVC) or polyethylene. These materials provide excellent resistance to abrasion, moisture, and a good number of chemicals. The insulation also contributes to the wire's flexibility, making it easy to install in various settings. Thanks to the flexibility, the wires can be bent, twisted, or routed easily without breaking. This property is usually important for applications in tight spaces or areas that undergo constant movement.
Shielding: The shield most commonly used for AWM 2725 wires is made of copper or aluminum foil. This helps block electromagnetic interference (EMI) and radio-frequency interference (RFI) to ensure that the signal transmitted is clear and without interruptions. In addition to the foil, a layer of braided copper may be added for better protection, making the shield stronger and more effective for the wires. The shield serves not only to shield the conductors from internal and external interference but also to allow the wires to last longer under various environmental conditions.
Durability: AWM 2725, the shielded wire, is designed to meet many needs that require good temperature regulation and extra protection. The combination of high-quality conductor, insulation, and shielding materials makes it durable and efficient for its purpose. In case of damage while being used, the wire can be almost impossible to repair due to the tightly woven shield of copper around the wire.
The AWM 2725 shielded wire is built with copper conductors, durable insulation, and effective shielding materials. Its durability, combined with flexibility and resistance to environmental factors, makes it suitable for various industrial applications requiring reliable performance.
The AWM 2725 shielded wire is widely used across various industries due to its versatility and reliable performance. Below are some common scenarios where this wire is essential:
The AWM 2725 wire is frequently used in factory equipment and machinery. Because of its endurance, this wire is capable of withstanding extreme conditions while at the same time carrying great currents. Moreover, the shielding helps reduce any kind of interference that may disrupt the operation of sensors or motors. Thanks to this shielding feature, the AWM 2725 wire is effective for connections between control panels and machines where the signal must not be weak.
These wires are widely used in fields where the wires may meet mechanical and environmental extremes. The insulation and protection of the shield help the wire endure extreme temperatures, oil, and other chemical applications used in industries. For example, in the automotive industry, the wire is used for internal and external electronic applications. The AWM 2725 is therefore suitable for harnesses, sensors, and other oscillator parts that need signal protection from interference throughout the vehicle's operation.
These wires are used to fabricate medical equipment such as monitors, sensors, and diagnostic machines. EMI and RFI shielding helps ensure that these devices function accurately in clinical and hospital environments. This is because there will be no signal interference by the environment or other electronic devices. In this sensitive environment, the AWM 2725 wire is very crucial because it enhances the machines' performance and reliability, helping give patients and doctors better results.
The AWM 2725 wires are widely used in aerospace and defense for many applications. These wires are used in various wiring harnesses, control systems, and communication devices because of their ability to manage various extremes. In such conditions, shielded wires are essential, particularly in environments where interference can affect performance. Moreover, the light yet hard-wearing nature of the AWM 2725 wire makes it very useful for various wiring needs in aircraft and other systems used for defense.
The AWM 2725 wires are widely used in telecommunications to ensure signal quality and system reliability. Due to their shielding, these wires can protect the signals being transmitted from interference by RF and EMI, thus making them very efficient for uses in data transmission and other communication systems. Furthermore, the wires are durable, ensuring they can handle the internal and external pressures of network systems while maintaining good signal integrity.
When choosing the right AWM 2725 shielded wire, one needs to look out for several parameters to ensure it works best for a given application. The following factors will help make the right decision:
Wire gauge and conductor material: basically, the wire gauge selected depends on the amount of current it will need to carry and the distance to which it has to go. Larger gauges mean a thicker wire that can carry more current. On the other hand, lighter gauge wires become useful in applications that require less current and are not exposed to environmental conditions. Regarding conductor materials, copper is a common type of wire because it provides good conductivity. Moreover, tinned or silver-plated copper is used in applications that have high humidity or are salty, as these additions would protect against corrosion.
Shielding type: AWM 2725 wires contain different kinds of shielding, such as foil, braided, or both. Foil shielding is great for blocking most radio frequency interferences. In contrast, braiding is more effective at absorbing electromagnetic interference. As such, a combination of both types offers the greatest overall protection. Therefore, the selection of the shielding type should correspond to the interference that the application in question is likely to face.
Insulation materials: The most common insulation for the AWM 2725 wire is PVC and polyethylene. Each of these two materials has its own advantage or two. For instance, PVC has good flexibility and durability, while PE provides superior chemical and moisture resistance. Therefore, the right choice should depend on the kind of environment that the wire will be exposed to during its lifetime.
Environmental conditions: One big reason why AWM 2725 shielded wire is useful in industrial contexts is its resistance against extreme temperature and chemical environments. It is very important to determine what the temperature or chemical elements of the environment will be and then compare them to AWM 2725 specifications to see if it will hold up well to those elements.
Compliance and certification: Choose an AWM 2725 shielded wire that meets industry standards and regulations for the particular application in question. For instance, AWM wires are in most cases needed to fulfill UL and CSA certificates in electrical wiring for equipment approval manual (the AWM). There are also some certain requirements or characteristics that some industries, such as military and aerospace, may need.
The application requirements for electrical characteristics, environmental, and industrial standards determine the selection of the AWM 2725 shielded wire. Doing this creates an effective shielded wire that does its job reliably under a range of conditions while complying with all relevant standards.
A1: AWM stands for "Approved Wiring Material" on the shielded wire. It signifies that the wire meets specific safety and performance standards for use in various applications, including appliances and industrial equipment. The AWM designation ensures compliance with regulations set by organizations like Underwriters Laboratories (UL) and the Canadian Standards Association (CSA).
A2: Yes. While AWM and UL 2356 involve different types of electrical wires, they are closely related. AWM wires are approved by UL and other organizations for certain wiring applications. UL 2356 outlines specific tests and performance criteria for bundled or grouped wires. Thus, if an AWM wire bundle meets the requirements of UL 2356, it can be certified for more complex or specialized situations, especially in aerospace and other regulated industries.
A3: AWM 2725 shielded wire can continuously operate at 105°C (221°F) in a controlled environment. The insulation around the AWM 2725 wire is designed to withstand prolonged exposure to this temperature without degrading. This makes the wire suitable for use in high-temperature applications.
A4: The AWM 2725 wire itself is not a direct military standard. Yet, as a shielded wire used in various industries, it frequently goes through testing and evaluation based on the requirements of several military specifications, such as the MIL-W-16878 and MIL-PRF-6106 series. These evaluations validate its suitability for defense and aerospace applications.
