HMTSW-211-13-T-Q-1040

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The HMTSW-211-13-T-Q-1040 rectangular connector is a type of Headers, Male Pins connector, a general-purpose component tool designed for applications requiring increased power and high current transmission in short circuit cases. While these connectors are designed to meet the needs of higher power applications, they are also suited to meet the requirements of less loaded circuits where a more secure connection type is desired.

The distinct feature of this particular rectangular connector is its high-density pin contact element. It provides a higher number of pins on a unit area without the usual risk of contact leakage. This pin contact element also allows for more flexibility in the design of the contact points, with an increased flexibility of connectivity allowing pins to be moved around.

In terms of usability, this connector features a 2-pin socket, a 3-pin socket and a 10-pin socket—an ideal solution for applications needing high-current transmission and reliable connection. It also features a convenient lever that allows for quick and easy connection and disconnection. This lever also serves as a locking device, preventing accidental disconnection of the pins.

When it comes to its working principles, the HMTSW-211-13-T-Q-1040 is designed to operate as a single-point interruptible current path—meaning that it will open the current path upon a pre-set disconnection force and then shut it off again when the specified current level is reached. This ensures reliable and safe energy transmission and prevents damage to the components from current overload. As a result, the path remains closed, even at high current levels. Additionally, the integral locking mechanism allows for a secure connection, preventing accidental disconnection of the pins.

As a result of all these features, the HMTSW-211-13-T-Q-1040 is a great choice for applications requiring high-power current transmission in shorter circuit cases, especially where a secure connection is necessary. Its convenient and straightforward connection makes it an ideal solution for a variety of applications. As it is designed for maximum reliability and a long service life, it is a reliable component for a variety of connections.

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