Cable Jointers (Kwik-Locs)
Kwik-Loc® cable jointers are ideal for numerous field-installed aircraft cable loop applications. They are a fast, reliable way to suspend static loads. Lexco® Cable offers a variety of Kwik-Loc® cable jointers designed for use with varying weight loads and cable diameters from 1/32” to 3/16”.
KL50 cable jointers, designed for 1/32” to 3/64” diameter cable, are typically used for lightweight signs, lighting, and gallery displays.
KL75 cable jointers, designed for 1/16” diameter cable, typically used for light weight lighting and signage applications.
KL100, designed for 1/16” to 3/32” cable, is typically used to hang fluorescent lights, luminaries, lighting rafts, spiral ducts, and cable trays.
KL150, designed for 3/32” to 1/8” diameter cable, is typically used for hanging ducts, cable tray/baskets, sound systems, lighting rafts, luminaries, CCTV cameras, and secondary supports.
KL200 cable jointers, designed for 1/8” to 3/16” cable, is typically used for suspending heavy loads such as fan coil units and HID lights.
KL600 cable jointers, designed for 1/4” diameter cable, are the largest of the Kwik-Loc® series with the highest safe work load limit; the KL-600 can be used as a fast and reliable way to suspend services, lighting, and strut.
Cable jointers, also known as Kwik-Locs, are wire rope fittings used to quickly create adjustable loops for field-installed aircraft cable and suspension applications. They provide a fast, reliable way to suspend static loads without traditional swaging, making them useful for lighting, signage, ductwork, cable trays, displays, CCTV cameras, secondary supports, and other overhead installation needs.
Lexco Cable offers Kwik-Loc cable jointers and Kwik-Grips for a variety of aircraft cable diameters and weight load requirements. Options are available for lightweight display and signage applications as well as heavier-duty suspension systems using larger cable sizes. For field-installed cable assemblies, Lexco can help match the correct cable jointer to the cable diameter, load requirement, and application environment.
