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Utilizing UL-listed components means our engineers start the project with a product that has been tested, with known capabilities, rather than starting from scratch. True, a control cable assembly carries signals, but signal cables are typically utilized to transmit data, which means they’ll need engineering to combat electromagnetic interference (EMI). CY is going to be a flexible cable that has been bulked up with additional EMI protection. It is essential to protect cable assemblies from electromagnetic interference (EMI) through the use of shielded cable assemblies. Male SMA connectors use a 5/16 inch hex nut. The use of this precept can be scaled up to any quantity of residences your preference to shop for. Filler materials can include cotton, nylon, Kevlar, PVC, and more all to suit the needs of the project. The interior walls of the conduit may comprise a lining made from high-density materials like nylon, Delrin or Teflon. Advanced technology like automated systems and robotics require cable assemblies that can keep up. While they can share common characteristics, these are actually three different cable types. The female SMA connectors typically will be attached to a stationary device while the male SMA connectors are used as a connection point.

When you work with Meridian Cable Assemblies to create custom cable assemblies, we will analyze your precise challenges and requirements, devising a solution that works for your unique needs. Meridian Cable has the capabilities to custom design, extrude and manufacture all types of coil cords or coiled cables. Meridian Cable stands behind every product we manufacture. All of our experience and capabilities translate into better processes during product startup, qualification samples, prototyping, pre-production testing, and true volume manufacturing-all of which serve to simply produce higher quality custom wire harnesses and cable assemblies. The result of the extensive design process, thorough prototyping, and relentless testing that we put our cable assemblies through, is a high-quality and dependable custom flat ribbon cable assembly. In contrast with a round cable assembly, in which there can only be one termination per port, flat ribbon cable assemblies have multiple terminations in a linear structure. So, a control cable assembly, otherwise known as a push pull cable assembly, actuates motion from a distance. The pilot applies force and distance to the pedals, which translates those actions to the rudder of the plane.

The casing prevents the cable from buckling to allow that push force to be translated to the end of the motion system. Apply a small amount of force and distance, and only a slight change in flight is achieved. Fillers also help reduce the amount of friction between the cables which, in turn, what is control cable extends the life of the cable. Stranding utilizes twisted wires in a spiral to help transfer power more efficiently. These unique cables help to power and control a variety of high-tech applications where a cable tray system is required. In an aircraft’s ejection seat application, however, the control cable assembly is used once - to release the pilot into the air and safely away from the ailing aircraft. Flat ribbon cables, however, have the conductors structured linearly so that they are side-by-side to form a flat structure. What are Flat Ribbon Cable Assemblies? For your cable manufacturing and assembly to be a success, it’s crucial that the right wiring choice is made. We offer a wide range of materials in a spectrum of sizes, thicknesses and more, and can customize your cable design, manufacturing and assembly to a specified budget.

Depending on the intended cable assembly load, Sava’s engineers produce control cables and control cable assemblies in diameters ranging from 0.030" to 0.140" in ID. Depending on the setup, various conductor sizes may be required. When the conduit and/or the cable need to first be installed into a larger motion control system, fittings may need to be applied after the control cable assembly is routed through the application’s tight spaces. Too rigid and your control cables may not navigate tight radii. This collaboration ensures that the customer’s control cables satisfy the application’s demands. Customizable features include conductor sizes (from 34 gauge to 12 gauge), a wide range of conductor colors (with cables also able to be marked with stripes, dashes, or text), stranding sizes (from .0002 inches to 0.01 inches), and materials (bare copper, tinned stranding, tinned conductor, or plated with precious metals), conductor insulation (with varied hardness or softness), fillers, wraps, shields, jacket materials, cable types, wire, and more.