ARJM11C7-114-KB-EW2

The ARJM11C7-114-KB-EW2 modular connector is designed especially for industrial automation. It is used to connect nonmagnetic and magnetic wires for a variety of applications. By strategically designed magnets, the connector is able to minimize crosstalk while providing the environment with superior performance. The ARJM11C7-114-KB-EW2 modular connector offers excellent EMI/ RFI protection, high accuracy/ immunity, and increased temperature resistance.

The ARJM11C7-114-KB-EW2 modular connector is a Jack with Magnetics style connector that boasts superior performance and reliability. It features dual-dielectric insulation and magnetic core shielding, which helps to reduce EMI and crosstalk by optimizing the contact between the plug and the jack. This allows for secure connections and efficient data transmission. The magnetics of the ARJM11C7-114-KB-EW2 can also provide the environment with superior accuracy and immunity.

In terms of performance, the ARJM11C7-114-KB-EW2 is suitable for a variety of applications. It provides excellent protection from both EMI and RFI noise, and its high temperatures resistance helps to prevent damage from extreme magnetic fields or harsh environmental conditions. In addition, it is designed to handle high-current and high-voltage applications with superior accuracy and immunity. It is also highly reliable and offers IP67 ingress protection.

The ARJM11C7-114-KB-EW2 modular connector can be used in industrial automation systems for a variety of applications. These include connecting multiple machines to form a network, connecting sensors to control systems, and connecting motors to power supplies. In addition to these, the connector can also be used in many other applications in industrial automation, such as connecting meters, switches, and control systems.

Because of its superior performance and reliability, the ARJM11C7-114-KB-EW2 modular connector is an excellent choice for industrial automation. It provides the environment with superior EMI/ RFI protection, increased temperature resistance, and high accuracy/ immunity. With its strategic design, it minimizes crosstalk and ensures secure connections. Furthermore, the connector is suitable for both high-current and high-voltage applications.