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We would manufacture the cables according to your requirements and deliver them to your location. The cables are to be flexible enough to enable hassle-free routing and cabling at any location. Braid shielded, foil shielded, flat and woven control cables are used according to the areas of application. What are the Areas of Use of Control Cables? The technical specifications of control cables would depend basically on the area of use and application. The specifications can be chosen according to the industrial and commercial needs of the customer. The increasing demand for commercial air travel especially from emerging economies of Asia Pacific is fueling the demand for new commercial aircraft, which in turn, is driving the requirement for mechanical cable controls for integration into the aircraft to facilitate flight control and other operational input transmission. The aerial segment is expected to register the highest CAGE as the increasing demand for aircraft replacements, increasing demand for wide body aircraft with large passenger-carrying capacity and low maintenance costs, increasing domestic air travel due to lower flight fares, are anticipated to drive the demand for mechanical control cables.

We serve small, medium and large entities, industries and commercial businesses. Currently, the order backlog for new commercial aircraft stands at more than 12,000, a staggering number that would require years for major OEMs to deliver. The emergence of Commercial Aircraft Corporation of China Ltd. The company serves aircraft cables, brush wires, wire ropes, stainless & alloy wire, fitness cables, and cable assemblies through the mechanical cables and electronics business segment. DCX Systems Limited is an Indian company specializing in system integration and the manufacturing of cables and wire harness assemblies. Key customers of the company are KLX Aerospace Solutions, what is control cable SEA Wire and Cables. Previously, the major aircraft OEMs and their facilities were limited to developed economies based in North America and Europe, however, a rapid boom has been recorded in the development of new facilities for both aerospace manufacturing and maintenance in Asia Pacific. The increasing R&D efforts being undertaken by aircraft OEMs and supply chain players to design aircraft with enhanced performance parameters and integrated with advanced navigational technologies and flight control systems is driving the demand for mechanical cable controls as these cables are extensively used not only for the aforementioned systems but also for aircraft seating and cabin equipment, and landing gears.

The three-pin XLR connector is commonly used for DMX512, on lighting and related control equipment, particularly at the budget/DJ end of the market. Note: There is a risk of equipment damage if 3-pin XLR audio and DMX signals are plugged into each other. Other form-factors of connectors are permitted on equipment where the XLR and RJ-45 would not fit or are considered inappropriate, for example on equipment intended for permanent installation. Mechanical control cables, also known as push-pull control cables, are used to transmit signals from the cockpit of a platform to various critical subsystems and components which determine the operational parameters of the platform. Several contracts are either underway or in pipeline during the forecast period, which is envisioned to drive the demand for mechanical control cables for integration into the different subsystems of military platforms. DCX Systems undertakes system integration in areas such as radar systems, sensors, electronic warfare, missiles, and communication systems. Since in many areas a voltage class of 300V/500V is completely sufficient, both cable types are justified.

14.15 Lexco Cable Mfg. A prominent member of the family of instrumentation cables, a control cable is ideal for transmitting data and voltage. The original DMX512 1990 specified that where connectors are used, the data link shall use five-pin XLR style electrical connectors (XLR-5), with female connectors used on transmitting (OUT) ports and male connectors on receiving ports. The E1.11 (DMX512 2004) electrical specification addresses the connection of DMX512 signal common to earth ground. DMX512 has also expanded to uses in non-theatrical interior and architectural lighting, at scales ranging from strings of Christmas lights to electronic billboards and stadium or arena concerts. Other proprietary uses have been implemented for these pins. The bending of the wire bundle or damage to wires and pins during installation acts as a major challenge to the market. Control wires do not require the same sheathing and often have regular PVC insulation. The increased adoption of technologies such as fly-by-wire, modern inflight entertainment systems, and glass cockpits has increased the volume of wires and cables used in aircraft. Control cables are the lifeline of automated systems, instrumentation, and applications of similar nature.