FJ-12-D-04.00-4

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Flat Flex, Ribbon Jumper Cables are popular for connections made between a variety of different electronic or electrical components. They offer the advantage of flexibility, being able to bend and conform to tight spaces and fit within cramped areas. FJ-12-D-04.00-4 is an example of such a cable, used for powerful interconnect applications such as motor control, automation, power and industrial networks, and versatile for applications across a variety of industries.

FJ-12-D-04.00-4 has an inner core composed of tinned copper wire strands in 12 strands with a diameter of 0.062 inches. The jacket material is made of PVC, with an outer diameter of 0.18 inches, and the cable is 3 meters in length. The cable also has multiple features that make it ideal for many applications, such as corrosion resistance, high abrasion resistance, and UL or cUL approved. FJ-12-D-04.00-4 is also able to withstand extreme temperatures, from -20ºC to 105ºC.

The application fields of FJ-12-D-04.00-4 mainly fall within automation, motion control, power, and industrial networks. The cable is flexible and can be used for tight spaces and corners, making it a suitable choice for automotive wiring and wiring harnesses. The design makes it suitable for motion control in precision production processes such as robotics and automated machinery.

FJ-12-D-04.00-4 is a useful choice for applications in the power and industrial networks as well. These cables can be used for for long distance power transmission. By utilizing FJ-12-D-04.00-4 in industrial networks, control signal can be transmitted quickly and reliably in a wide range of different industries. The cable is able to work within various harsh environments because of its durable design and excellent performance.

The working principle of FJ-12-D-04.00-4 is relatively simple. It transfers an electrical or electronic signal from one point to another using a variety of different materials. The most common materials used in the construction of the cable include PVC, copper, and tin. The core of the cable is made up of tinned copper wire strands, which conduct electricity more effectively than a single strand. The PVC jacketing protects the inner core and also prevents oxidation of the metal from the environment.

Once the signal reaches the other side of the connection, a matching second cable or connector is used to complete the connection. The second cable or connector is then connected to a device or component that will be used to either broadcast the signal or use the information sent over the connection to control another device. Depending on the type of connection used, different components can be used, such as a transformer, converter, hub, or router.

FJ-12-D-04.00-4 is a versatile and powerful choice for many different interconnect applications. Due to its reliable performance, durability, and safety rating, FJ-12-D-04.00-4 can be used in a variety of different applications, including automation, motion control, power, and industrial networks. With a variety of cable length, and resistance to extreme temperatures, FJ-12-D-04.00-4 offers an increased level of convenience in installation, assembly, and operation, making it an ideal choice.

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