DescriptionMylar Screened Cable 0.22mm (100m) | 1 Pair / 2 Pair / 3 Pair / 4 Pair / 6 PairReliable screened cable for low-voltage signal transmissionMylar Screened Cable 0.22mm is designed for installations where stable signal transmission and reduced electrical interference are important. Supplied in a convenient 100m roll, it is available in 1 pair, 2 pair, 3 pair, 4 pair and 6 pair configurations to suit a wide range of signal and communication wiring requirements.Built for cleaner signal performanceThis cable uses a twisted pair construction together with Mylar / aluminium polyester screening to help minimise signal interference in low-voltage installations. Comparable supplier specifications also describe stranded tinned copper conductors, PVC insulation, and a drain wire, making this cable a practical choice for structured signal runs in security and communication systems.Key Features0.22mm screened signal cable100m roll lengthAvailable in 1, 2, 3, 4 and 6 pair optionsTwisted pairs for organised signal transmissionAluminium polyester Mylar shieldingSuitable for installations where reduced interference is requiredIdeal for low-voltage communication and control wiringTechnical SpecificationsProduct type: Mylar screened cableConductor size: 0.22mmApproximate gauge: 24AWGLength: 100mPair options: 1 pair, 2 pair, 3 pair, 4 pair, 6 pairConductor type: Stranded tinned copperShielding: Aluminium polyester / Mylar screenDrain wire: YesInsulation: PVCApplicationsSuitable for:Alarm system wiringIntercom systemsAccess control systemsLow-voltage communication cable runsSerial communication environmentsOther screened signal cable applications where interference reduction is beneficialAdditional InformationPlease select the required pair configuration before checkout. The correct option will depend on the number of cores required for your specific installation or device connection. This product is supplied as a 100m roll.What’s in the Box1 x Mylar Screened Cable 0.22mm 100m roll in selected pair configurationMylar DataSheet OAM-022
