E3622S.44.03

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Multiple Conductor Cables play an important role in a variety of industrial applications. These wires are used in power sources, wiring distribution systems, and field instruments. One such type of cable is the E3622S.44.03. This cable is designed for use in process management applications where multiple conductors and temperature ratings of -30°C to 105°C are necessary.

The E3622S.44.03 cable has an outer diameter of 6.2mm and contains multiple cores of tinned copper conductors. It is insulated with a combination of EPDM rubber and Polyamide sheath, providing excellent thermal, abrasion, and mechanical protection. This design makes it suitable for Industrial control systems and process control systems that require high current and voltage ratings.

The E3622S.44.03 has a variety of features that make it well suited for use in process control applications. It has an insulated core design, allowing for minimal power loss. The jacket is soft and have high flexibility, allowing for easier installation and setup. Additionally, this type of cable has high temperate durability, making it suitable for most applications. It also features anti-magnetic properties, adding to its protective properties.

The E3622S.44.03 is a multiple conductor cable that is designed to work in both low-voltage and high-voltage applications. With its high electrical performance, the cable is capable of carrying currents up to 2200A and voltages up to 1000V. The jacket also provides effective insulation, making it resistant to shocks, vibrations, and other types of interference. Additionally, its tear resistance makes it suitable for use in applications where high mechanical force is required.

The working principle of the E3622S.44.03 multiple conductor cable is simple. The cable consists of multiple cores of insulation-covered copper conductors that are connected to the central conductor. Electricity is then supplied through the central conductor, which is connected to a terminal post. The terminal post then sends the electric current to the individual cores via the insulation-covered conductors, providing a stable and reliable connection.

In conclusion, the E3622S.44.03 multiple conductor cable is a great choice for industrial process control applications due to its insulation design, high temperatures tolerance, anti-magnetic properties, and high current and voltage ratings. With its tough and flexible jacket, the cable offers easy installation and is able to withstand shocks, vibrations, and other types of interference. Additionally, the insulated core design ensures minimal power loss. This superior cable is an excellent choice for engineering projects that require multiple conductors and high reliability.

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