EHT-122-01-S-D-SM-LC-37-P

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The EHT-122-01-S-D-SM-LC-37-P is a type of rectangular connector, and more specifically a header with male pins. These connectors have a range of applications across multiple industries due to their robust construction and reliable electrical and mechanical connections. These types of connectors are popular for applications where high levels of current and voltage need to be delivered safely in harsh use conditions, such as industrial and military environments. They are also frequently used in niche applications, like robotics and medical projects, due to their unique design.

At their core, EHT-122-01-S-D-SM-LC-37-P connectors are designed for low and mid-range power transmission. These connectors provide a reliable connection even in very high-temperature situations and are highly resistant to wear and tear. The connectors are specially manufactured to ensure a secure connection and provide additional protection against extreme infiltration of dust and other elements. This makes them ideal for use in highly demanding environments like manufacturing and industrial settings.

The pins on the EHT-122-01-S-D-SM-LC-37-P connectors are made from high-quality highly durable metals, such as brass, copper, silver, and stainless steel, which ensures reliable electrical and mechanical connections. The gold plated contacts provide superior signal transmission while keeping the contacts free from oxidation. The pins are designed to easily fit into an array of hole sizes, allowing for versatile applications.

The connectors can be used in both high-voltage and low-current applications, as well as in high signal density applications. The connectors are commonly used in industrial automation, robotics, power control systems, medical devices, aerospace, communications systems, and military equipment.

The EHT-122-01-S-D-SM-LC-37-P connectors feature standard mating cycles and are rated for up to 5000 mating cycles. This ensures that the connectors can withstand the multitude of plugs and unplugging without any degradation in performance.

The EHT-122-01-S-D-SM-LC-37-P connectors feature a quick-disconnect mechanism, which makes them easier and faster to use than standard connectors. This makes the connectors especially ideal for applications that require frequent disconnects and reconnects. In addition, the connectors are designed with strain relief for secure connection while maintaining flexibility and protection against vibrational and mechanical shock.

The EHT-122-01-S-D-SM-LC-37-P connectors employ a polarized locking system that ensures the connectors are securely mated and prevents accidental connection or disconnection. The wide range of available pin configurations means that users can easily choose the connector that best suits their application.

The working principle of the EHT-122-01-S-D-SM-LC-37-P connectors is based on the principle of electrical contact. This involves the contact element of the connector to achieve an electrical or mechanical connection between two devices. The contact element can be made of solid metal, metal-plated surfaces, or a combination. The material of the contact element determines the level of conductivity of the electrical or mechanical connection. The contact element also provides electrical insulation to prevent short-circuiting.

The contact element must be located such that it is in perfect alignment with its ideal mating surface. In addition, the contact element must have adequate wear resistance in order to ensure the longevity of the connection. In order to provide the proper degree of contact force, the connectors also feature high contact pressures that help the connection remain secure and reliable.

The most common application for the EHT-122-01-S-D-SM-LC-37-P connectors is in the industrial automation and robotics industry, where they are used to connect electrical or mechanical systems. They can also be used in communications systems, medical devices, aerospace equipment, military equipment, and other electronic devices. Other common applications include power control systems, signal distribution systems, low-power electrical connections, and cable interconnections.

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