5439/19 SL005 Datasheet/PDFMultiple conductor cables are electrical wires that are simultaneously used for the transmission of two or more electrical signals. Traditionally, the number of conductors is restricted to two or four, but increasingly more complex cables with greater numbers of conductors are available. This type of cable is most commonly used in the automotive, aviation, and telecommunications industries.
The 5439/19 SL005 is one of the multiple conductor cables most commonly used for its application field and work principle. This type of cable is constructed with a total of 16 conductors enclosed in a transmutable polyolefin jacket. Each conductor of the 5439/19 SL005 is individually sleeved with polyolefin, then embedded within a protective thermoplastic shield. This allows the transmission of multiple electronic signals between different locations on a vehicle, such as the door, window, and seat controls. This type of cable is highly resistant to extreme temperatures, making it ideal for use in automotive applications.
The 5439/19 SL005 has an operating temperature range of -40°C to +125°C. It also has a maximum operating voltage of 600 volts, and has a very low surface resistivity. The cable is also flame retardant, making it safe for use in occupied areas. The 5439/19 SL005 is also resistant to oil, acid, alkali, and hydrocarbons.
The working principle of the 5439/19 SL005 is based on the number of conductors that make up the cable. Each conductor is surrounded by a shield of thermoplastic material and is tightly coupled with the other conductors within the cable. This ensures that each conductor can transmit an electrical signal along the cable without any crosstalk or interference from other conductors. This type of cable is also designed with a thick centre spine, which helps to protect the conductors from physical damage.
The 5439/19 SL005 is a reliable and effective multiple conductor cable for use in a variety of applications. It is highly resistant to extreme temperatures and has a high signal transmission capacity. This makes it ideal for use in automobiles, aircraft, and other applications requiring the transmission of multiple electrical signals.