Carlisle Interconnect Technologies Datasheets for Control and Instrumentation Cables
Control and instrumentation cables are used to supply power to devices, such as analytical instruments and process controllers, used in control and instrumentation systems. They are typically designed for specific industrial protocols and are equipped with shielding to prevent electrostatic or electromagnetic interference between the enclosed wires and external fields.
Control and Instrumentation Cables: Learn more
| Product Name | Notes |
|---|---|
| A broad range of thermocouple cable types, specifically designed for accurate measurement and control in a variety of applications, particularly suitable for hazardous environments. Typical applications include connecting sensors to... | |
| A semi-crystalline thermoplastic, PEEK offers excellent mechanical properties and chemical resistance coupled with outstanding thermal and combustion characteristics. Typical applications include nuclear power wiring, chemical processing, and ultrahigh vacuum (UHV)... | |
| A synthetic fl uoropolymer of tetrafl uoroethylene, PTFE off ers outstanding resistance to chemicals, oils and lubricants and temperature extremes, particularly suitable for use in severe environments. Key Characteristics Operating... | |
| Carlisle Interconnect Technologies introduces TuffSpec®, our new line of PTFE tape wrapped hook up wire designed for the extremely harsh environments of the oil and gas industry. TuffSpec is manufactured... | |
| Carlisle Interconnect Technologies is an expert in designing and manufacturing coil cords for harsh environment applications. We can custom build coil cords in a wide variety of materials tailored to... | |
| CarlisleIT's low-noise cable minimizes triboelectric noise generated by cable movement, while also providing superior shielding to protect signals from external interference. Minimize triboelectric noise generated by cable movement Provide superior... | |
| Polyimide cables are a compact, lightweight and mechanically tough polymer with good flexibility, heat and chemical resistance. Typical applications include airframe and aircraft wiring, military communications and avionics, automotive wiring,... | |
| The next generation of Armored WorkHorse® coaxial assemblies is a proven and cost effective group of test assemblies. These ruggedized test cables were specifically designed for use in high volume... | |
| These wires are designed for critical circuit applications where wires must operate in extremely harsh environments, under vibration, and with direct flame exposure. Firezone wires for aircraft engine applications are... | |
| UL 10086, CSA 600V wires are insulated with an extruded modified copolymer of ETFE (Ethylene Tetrafluoroethylene). These wires are ideal replacements for older wire constructions with silicone rubber insulation and... | |
| UL 10109, CSA 300V wires are insulated with an extruded modified copolymer of ETFE (ethylene Tetrafluoroethylene). These wires are ideal replacements for older wire constructions with silicone rubber insulation and... | |
| UL 1164, 1180, CSA 300V (200˚ C) wires have extruded PTFE (Polytetrafluoroethylene) insulation for weight and space savings. These wires are ideal for general appliance wiring and other applications where... | |
| UL 1198, UL 1199, CSA 600V (200˚ C) wires have heavy-wall extruded PTFE (Polytetrafluoroethylene) insulation for higher voltage ratings. These wires are ideal for general appliance wiring and other applications... | |
| UL 1212, 1213, CSA 150V wires have thin-wall extruded PTFE (Polytetrafluoroethylene) insulation for weight and space savings. The very thin wall insulation of these wires restricts their usage to low-voltage... | |
| UL 1330, 1331, CSA 600V wires have heavy-wall extruded FEP (Fluorinated Ethylene Polypropylene) insulation for higher voltage ratings. UL 1330 rates these wires for up to 200˚ C continuous usage. | |
| UL 1332, 1333, CSA 300V wires have thin-wall extruded FEP (Fluorinated Ethylene Polypropylene) insulation for space and weight savings. UL 1332 rates these wires for up to 200˚ C continuous... | |
| UL 1371 and 1538 wires have thin-wall extruded PTFE (Polytetrafluoroethylene) insulation for weight and space savings. The very thin wall insulation of these wires restricts their usage to low-voltage applications. | |
| UL 1508, 1513, 1516, 1517,1523, 1558, and CSA 105˚150V wires have thin-wall extruded ETFE (ethylene Tetrafluoroethylene) insulation for weight and space savings. ETFE insulation is mechanically tough, and has exceptional... | |
| UL 1570, CSA 600V wires have extruded mineral- filled PTFE (Polytetrafluoroethylene) insulation. This insulation's enhanced abrasion resistance makes these wires suitable as replacements for wires with asbestos or braided glass... | |
| UL 1659, CSA 600V (250˚ C) wires have heavy-wall extruded PTFE (Polytetrafluoroethylene) insulation for durability and higher voltage rating. These wires are ideal for general appliance wiring and other applications... | |
| UL 1726 wires have thin-wall extruded PFA (Perfluoroalkoxy) insulation for weight and space savings. This insulation offers excellent long-term mechanical stability in high-temperature environments, and has superior resistance to chemical... | |
| UL 1727 wires have thick-wall extruded PFA (Perfluoroalkoxy) insulation for durability and higher voltage rating. This insulation offers excellent long-term mechanical stability in high-temperature environments, and has superior resistance to... | |
| UL 1815 wires have thin-wall extruded PTFE (Polytetrafluoroethylene) insulation for weight and space savings. These wires are ideal for general appliance wiring and other applications where chemical exposure, temperature extremes,... | |
| UL 3239 wire is a high-voltage lead wire with extruded modified FEP (Fluorinated Ethylene Polypropylene) insulation. This insulation provides easy, clean stripping with automated equipment. These wires are intended for... | |
| UL 5107 and 5128 wires have glass-reinforced mica tape insulation and a braided fiberglass jacket for enhanced abrasion resistance. They meet all UL requirements for appliance lead wire, and are... | |
| UL 5127 and 5180 wires combine the outstanding performance of a PTFE (Polytetrafluoroethylene) dielectric with the mechanical toughness of served fiberglass insulation and glass outer jacket. These wires are an... | |
| Designed to operate at temperaures up to 260°C SWAMP Wire applications include: Wheel housings Wings Any exposed area of the aircraft |