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A clear, accurate cable assembly drawing is essential for smooth manufacturing. Inaccurate details can cause miscommunication, faulty parts, delays, and extra costs. Precise drawings align designers, engineers, and production teams, ensuring the final product performs as intended. This article covers everything you need to know about cable harness drawings, including use cases, key components, and

Strong manufacturing partnerships are vital in the automotive, aerospace, and military industries, where precision and reliability matter. If you’re looking for reliable wire harness manufacturers, we have a curated list that includes domestic and international manufacturers with a strong U.S. presence. This list provides helpful information such as location, markets served, years in business, capabilities,

A shielded cable assembly can protect your wiring from EMI and RFI. From high-stakes military operations to cutting-edge medical technology, they ensure that electrical interference doesn’t compromise performance. But how do they work, and is it necessary to use them? In this article, you’ll learn what shielded cable assemblies are, how and where to use

A cable harness is important for any electrical equipment. However, in harsh environments, Mil-Spec wiring is recommended because it uses specialized connectors and wire types designed for extreme conditions. Thanks to their durability, these solutions are increasingly favored in industries where longevity and safety are paramount. In this article, we’ll examine Mil-spec wiring, its components,

Coaxial cables are crucial in various industries, including robotics, electronics, and industrial automation. The right coaxial cable ensures optimal signal transmission, minimizes interference and protects sensitive equipment. However, choosing the wrong type can lead to signal degradation, increased electromagnetic interference (EMI), and damage to equipment. Different coaxial cable types are used for specific applications, ensuring

Wire harnesses are the backbone of complex systems, offering a structured and reliable solution for managing intricate wiring setups. Additionally, customization has become crucial in meeting the diverse needs of industries such as healthcare, aerospace, and robotics.  Wire harness engineering involves designing and manufacturing bundled electrical cables and connectors for seamless energy or data transmission

The wire harness is critical in electrical systems as it transmits signals and power between the components. It also ensures reliable functioning and organizes and protects the entire system. Thus, all manufacturers need meticulously designed wire harnesses that provide optimal performance, meet specific requirements, and minimize the risk of system failure. So, what do manufacturers

Wire harness assemblies are an integral part of modern electrical systems and are crucial to their functionality and efficiency. Along with organizing the intricate wiring, these assemblies ensure protection against damage and offer high durability and safety to the electrical systems. In addition, due to their organized nature, troubleshooting and maintenance have become faster and

Live electrical wires carry currents. While some damage may be minor and manageable, faulty wiring has the potential to cause significant system failures, resulting in irreparable harm to equipment, finished products, and even surrounding property. As such, wire harness testing is crucial to ensure safety and reliability. What’s the Purpose of Wire Harness Testing? The

Military cable assemblies are vital for the defense and aerospace industries. Cable assemblies must be built with high-performing materials and components that withstand harsh conditions, such as vibrations, high temperatures, and chemical exposure. Given how critical these military cable assemblies are, finding a reliable manufacturer who delivers products that meet exact requirements can be challenging.

Every circuit breaker has a trip unit to protect the device upon detecting overcurrent. Trip units allow accommodation of load circuit and use field interchangeable rating plugs. However, these units may become faulty, and overcurrent protective devices may fail. To maintain the reliability and safety of such systems, you must execute well-planned injection tests in these air circuit

The use of Kapton as electrical wire insulation dates back to 1970. Since then, DuPont has continued to supply Kapton wire to Airplane manufacturers globally. However, an event almost led to the collapse of this partnership. On September 2, 1998, an MD-11, Swissair Flight 111, crashed into the Atlantic Ocean, killing all 229 on board.