DMC-M 20-22 BB

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Rectangular connectors are one of the most widely used tiny-sized connectors in industrial automation, computers, and consumer electronics. They are reliable, cost-effective, and can handle a broad range of voltages and currents. The DMC-M 20-22 BB is a popular type of rectangular connector housing.

The DMC-M 20-22 BB connector housing is designed to accommodate two signals in a single housing with a compact size. It provides a seamless connection between two segments of a circuit. This type of connector housing has a maximum current rating of 16 A and a maximum voltage rating of 600 VAC. It is suitable for application in both low and medium voltage systems, such as automated process control, audio systems, electricity distribution systems, and telecommunications systems.

The design of the DMC-M 20-22 BB connector housing incorporates a high level of safety. It has a positive locking system that prevents accidental disconnection, and its polyamide construction provides reliable performance even in harsh environments. The loop structure design enables fast installation, while the keyed polarization feature ensures that the connector is correctly connected every time. The connector also features an IP66 ingress protection rating, providing solid dust protection and water-tight operation.

The working principle of the DMC-M 20-22 BB connector housing is simple. Signals are passed from one section to the other through a series of pins and sockets that are connected when the housing is plugged into a mating connector. The pins and sockets are made from copper and are completely isolated from each other. This ensures that voltage and current are safely transmitted between the two sections without any risk of short-circuiting or signal loss.

The DMC-M 20-22 BB connector housing is widely used in industrial automation, computers, and consumer electronics. It can provide a secure connection and is suitable for a variety of applications, from low to medium voltage systems. It is also reliable and resistant to harsh environments, providing a safe and efficient connection for many different applications.

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