Aerospace Cables FAQs

 

Aerospace cables are a critical part of the aviation industry. Commercial, private, and military aircraft require specialized cables to serve a variety of functions. Aerospace cables are used to transmit power, signals, and data between different parts of an airplane. This is integral to the safety of the airplane and its passengers. Due to the conditions, the cables must withstand intense environmental factors. Below you will find common aerospace cables FAQs.

Aerospace Cables FAQs

Aerospace cables are cables that are used in the aerospace industry. This includes commercial, private, and military flights. Because each type requires the highest safety standards, it’s important to consider the following commonly asked questions about aerospace cables.

What Are Aerospace Cables?

Aerospace cables serve a number of functions and are used in a wide variety of applications. This includes communication, data applications, control, in-flight entertainment, and power and signal transmission. These are all integral to the completion of a successful flight. Aerospace cables are designed to operate under extreme weather conditions, including high temperatures and altitudes. They must also withstand massive amounts of vibration and even electromagnetic interference. 

What Materials Are Used In Aerospace Cables?

Aerospace cables are made from a variety of materials. Some include copper, aluminum, and fiber optics. The material must be lightweight, strong, and durable as it must withstand harsh environmental conditions, such as wind and precipitation. Calmont are the top makers of custom cables and wires for aircraft. They offer silicone wires and cables due to its ability to withstand high temperatures and voltage, in addition to low corona. They also have space rated silicone that meets the current NASA requirements as the material optimally functions within a wide temperature range. In addition to silicone, Aracon is another effective material that provides excellent EMI shielding, strength, and flexibility.

Why Is Cable Weight Important In Aerospace Applications?

Low weight is critical when it comes to aerospace cables. This is because weight can impact the fuel efficiency of the aircraft. This can lead to higher costs and reduced flight range. The weight of cables also impacts the payload capacity of an aircraft. When more weight is taken up by non-essential components, such as cables, this results in less available space for other things, such as passengers, supplies, or cargo. In addition to a reduction in available weight, heavy aerospace cables also put more stress on the structural integrity of the aircraft. This can result in structural issues and a reduced lifetime of the overall aircraft. Minimizing aerospace cable weight is necessary to reduce the wear and tear on an aircraft to allow for optimal flying.  

What Should You Consider When Choosing An Aerospace Cable?

There are a number of factors to consider when choosing an aerospace cable. 

• Temperature Range: Due to the harsh conditions that occur during a flight, aerospace cables must have a large temperature range. When choosing an aerospace cable, be sure to understand the necessary temperature range.
• Regulation Compliance: Complying with the necessary regulations is critical. This is important not only for the safety of the aircraft, but also the passengers and other aircraft. This is also necessary in terms of liability so be sure that the cables you choose comply with the necessary standards for all jurisdictions you plan to fly in.
• Electrical and Mechanical Properties: The electrical and mechanical properties of an aerospace cable are necessary to consider as they are integral to its overall function. Critical electrical properties include data transmission and power reliability. Mechanical properties include flexibility, durability, and strength. Custom wire and cable for the aerospace industry can ensure the aerospace cable meets your unique needs.