FLDWC0311-22-2

Single conductor cables, or hook-up wire, are an important part of the industrial and consumer electronics industry. Single conductor cables are used to transmit current, voltage, and signals between electrical components. The FLDWC0311-22-2 is a single conductor cable designed for wiring systems in aerospace, automotive, and renewable energy applications. This cable is constructed with an microporous insulation to protect it against environmental influences and extreme temperatures.

The FLDWC0311-22-2 is a high-performance single conductor cable with a UL 3421 or UL 3382 rating, meaning it meets stringent safety and performance requirements. The cable is constructed with a finely stranded tinned-copper extrusion that consists of 12 separate strands, providing reduced voltage drop and superior flexibility. The cable is also flame-retardant and highly resistant to abrasion and oils.

The main applications for the FLDWC0311-22-2 cable include wiring systems in vehicles, aircraft, and renewable energy systems. The cable is designed for use in electrical systems rated up to 600 volts, and is suitable for both indoor and outdoor applications. The construction of the cable allows it to withstand extreme temperatures ranging from -40°C to +125°C.

The working principle of the FLDWC0311-22-2 cable is to transmit electrical current, voltage, and signals between components. The cable is designed with an inner conductor and an outer shielding layer, which provides additional protection against noise and interference. The inner conductor of the cable is made of finely stranded tinned-copper extrusion which is designed to provide reduced voltage drop and superior flexibility. The outer shielding layer is designed to protect the cable from environmental influences and must be properly grounded when installed.

In conclusion, the FLDWC0311-22-2 is a single conductor cable designed for wiring systems in aerospace, automotive, and renewable energy applications. It is constructed with a finely stranded tinned-copper extrusion, providing reduced voltage drop and superior flexibility. The cable is highly resistant to abrasion and oils and is suitable for applications rated up to 600 volts. The working principle of the cable is to transmit electrical current, voltage, and signals between components, and the cable is designed with an inner conductor and an outer shielding layer to provide additional protection against noise and interference.