HMTSW-104-07-T-S-200

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Application Field

The HMTSW-104-07-T-S-200 form factor is generally used as a rectangular connector for headers, male pins, and similar structures. This form factor is designed to connect two or more electrical components without the need for physical fasteners, all while offering protection from dust, chemicals, and other environmental factors.

Working Principle

Essentially, a HMTSW-104-07-T-S-200 connector is a plated metal device with spring loaded mechanisms and terminals that securely lock together with minimal effort. This allows the connection to be easily maintained and established in high vibration environments since the terminals remain locked in place. Once the connection is made, the two components become sealed from the elements, as well as from electrical contact.

The structure of the metal frame can vary, depending on the specific application. However, the most common type of HMTSW-104-07-T-S-200 is designed with two side walls, a top wall, and a bottom wall; each wall is designed to support a set of contacts to which different types of wiring may be connected. The metal frame also typically includes a sealing system, which can be either an epoxy compound or an elastomer, depending on the application.

The spring loaded mechanisms of the HMTSW-104-07-T-S-200 are designed to ensure that all contact surfaces maintain optimal electrical contact. The two components that are connected to each other must both be the same model to ensure compatibility and proper performance. These connectors are also designed to be used in conjunction with friction locks, which are designed to keep the two connected components securely connected.

The HMTSW-104-07-T-S-200 is ideal for use in environments with harsh environments. This form factor offers a reliable connection with its sealing system and spring loaded mechanisms, allowing it to withstand exposure to dust, chemicals, and aggressive temperatures while still providing a secure electrical connection. Additionally, this form factor is commonly used in industrial applications and can be found in a variety of locations, such as robotics, automotive, aerospace, and medical components.

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