26ET96-R-G

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Toggle Switches are widely used in all kinds of industries, from very small devices like light switches and switches for appliances to large ones like aerospace systems and railroad locomotives. The 26ET96-R-G Toggle Switch is a type of toggle switch designed specifically for high-temperature applications, such as those found in aircraft and other critical automotive systems. These switches can handle temperatures of up to 350°C, making them ideal for mission-critical applications.

The 26ET96-R-G toggle switch is based on a single-pole, double-throw (SPDT) design and uses a construction method that allows the switch to remain stable even when the temperature rises. The switch is designed so that it will not stick, which makes it reliable and easy to use. The switch is also very easy to repair, as only the switch\'s terminal block needs to be replaced if it fails.

The 26ET96-R-G toggle switch also features an IP67-rated dust-resistant housing, which means that it is immune to dust, dirt and other environmental contaminants. The switch is also corrosion-resistant, and the housing is provided with a positive-locking mechanism, which further reinforces the switch structure and ensures its longevity. The switch also features a metal PBT insulator that increases its thermal performance and eliminates electrical arcing.

In terms of its working principle, the 26ET96-R-G toggle switch consists of an actuator, contacts and an actuating arm. When the actuator is activated, the actuating arm is pulled and the contacts inside the switch come together, completing an electrical circuit. The position of the actuator is used to determine the state of the switch, namely On or Off. As the actuator is moved, the contacts within the switch make or break the electric circuit, thus transferring power to the device.

The 26ET96-R-G toggle switch is an ideal choice for high-temperature applications, as it is robust and reliable. Its dust-resistant housing also ensures that it can be used in a variety of dusty and wet environments. The switch also features a positive-locking mechanism and metal PBT insulator, both of which increase its thermal performance and reduce electrical arcing. Finally, its single-pole, double-throw design ensures that it is simple to use and repair.

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