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Aircraft sensors are responsible for transforming physical phenomena into electrical signals that aircraft computers and pilots can interpret for monitoring purposes. When values exceed safety thresholds, sensors help trigger alerts or automatic adjustments through the Aircraft Condition Monitoring System (ACMS) or Electronic Centralized Aircraft Monitoring (ECAM) system, allowing crews to quickly take corrective action. In particular, pressure and temperature sensors are variants that play some of the most essential roles in identifying early signs of failure. In this blog, we will explore the basic design and functionality of pressure and temperature sensors in aviation, illustrating how these components safeguard various aircraft systems.
Learn MoreMany modern aircraft rely on a range of sophisticated systems to ensure safety, efficiency, and precise control throughout all phases of flight. Although advanced electronics and software now support numerous operational functions, hydraulic systems remain essential for powering various processes. This blog will explore core operating principles, standard use cases, and key maintenance considerations related to aircraft hydraulics, highlighting their ongoing importance in aviation.
Learn MoreGas turbine engines are large, robust assemblies that rely on advanced components and processes to combust fuel and generate the propulsive force needed for flight. In order to initiate the operations of such engines, a system known as an air turbine starter is used. While being a small and lightweight source of energy, air turbine starters can create a significant amount of torque that can drive an engine until self-sustaining operations are reached. As a typical air turbine start system is capable of achieving the same efficiency and power as an electric starter two to four times its weight, such options can be a very beneficial addition to your aircraft. In this blog, we will provide a brief review of a typical air turbine start system, covering topics ranging from their use to the key elements that enable functionality.
Learn MoreWire harnesses are crucial for ensuring the smooth operation of various electronic systems in modern vehicles, providing an organized manner of transmitting electrical power and signals. As vehicles have become more and more integrated with advanced electronic features, the importance of high-quality wire harnesses has grown exponentially. Read on to discover everything you need to know about auto wire harness parts, including their key components and tips on choosing the best options for your needs.
Learn MorePolytetrafluoroethylene (PTFE) hoses are a crucial component in many industries and are known for their exceptional properties. PTFE, commonly known by the brand name Teflon, is a high-performance fluoropolymer with a set of characteristics that make it ideal for use in demanding environments. In this blog, we will delve into what PTFE hoses are, touching on their composition, types, and diverse applications across various sectors.
Learn MoreAcross numerous industries, unassuming components known as Polytetrafluoroethylene (PTFE) hoses are indispensable. These hoses, composed of a synthetic fluoropolymer of tetrafluoroethylene, have gained prominence in various sectors due to their unique properties
Learn MoreThe aviation industry is no stranger to technological advancements, and over the years, various innovations have transformed the way aircraft navigate and communicate, making air travel safer and more efficient. One of the most recent revolutions in this industry is the integration of 5G technology, which has significantly impacted aviation altimeters. In this blog, we will explore the relationship between aviation altimeters and 5G technology, highlighting the benefits and challenges of this connection.
Learn MoreThe world of aviation is a testament to human ingenuity, enabling complex machines to take to the skies with grace and precision. Behind every successful flight lies a crucial element that ensures the safety and performance of an aircraft: maintenance. In this article, we will briefly explore the importance of aircraft maintenance by shedding light on its role in safeguarding both passengers and the aircraft itself.
Learn MoreAn Airspeed indicator is the measuring instrument of dynamic pressure, which is caused by the airplane’s movement through the atmosphere. Moreover, it also measures static air, taking advantage of the fact that atmospheric pressure decreases as the vehicle rises upward. Ram air, a combination of static and dynamic pressure, is a critical value which airspeed indicators measure through the use of pitot static components like the pitot tube and static port. While situated on the ground, ram pressure includes just the static component due to a lack of forward motion, but both static and dynamic pressure are measured while in flight.
Learn MoreIn modern aviation, having reliable, space-saving components is essential for achieving optimized performance throughout flight operations. Among the many parts that support this goal is the aircraft starter generator, a hybrid component that facilitates engine start-up processes while also generating power for onboard systems. Understanding its design, functions, and importance is important for aircraft operators and maintenance professionals alike, so read on as we provide an overview.
Learn MoreMany industries employ roller screws into their machines to enable higher load densities, faster transportation times, and longer lifespans. Planetary roller screws have become a common tool in many industrial applications with several major options to choose from, all of which are explained further in this article.
Learn MoreAviation welding is now an integral part of basic aircraft maintenance. Previously, technicians would replace malfunctioning or worn down airplane parts to achieve smooth flight, but this method is not cost effective, meaning only the rich could afford it.
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