D2HW-BL212M

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Snap Action, Limit Switches can be used in a variety of applications, but they are most commonly used in industrial applications. The D2HW-BL212M is a single-pole, double-throw snap action, limit switch.

The D2HW-BL212M is designed for use in high-temperature applications, making it a great choice for temperature-sensitive applications. It is ideal for intense heat applications, such as in hot water controllers, evaporators, ovens, deep fryers, and thermal inspectors. It is rated for temperatures up to 200 degrees Celsius.

The D2HW-BL212M is also well-suited for other applications that require an accurate limit switch. It is suitable for frequent switchings or continuous usage. The contact rating is 10A at 250VAC and the temperature range can be adjusted by turning a built-in adjustment knob. The mechanical construction makes the unit resistant to shock and vibration and the actuator is highly reliable.

The working principle of the D2HW-BL212M is a spring-loaded actuator, which when opened or closed, activates a switch. The actuator is robust and designed specifically to be highly resistant to shock and vibration. It can be used in high-temperature applications, due to its thermal conductivity. The actuator is constructed of metal, allowing for maximum reliability and accuracy.

The D2HW-BL212M has two separate circuits, the normally-open circuit and the normally-closed circuit. When the actuator is opened, the switch is activated, which allows current to flow through the normally-open circuit. When the actuator is closed, the switch is deactivated and the current flows through the normally-closed circuit. This allows for reliable and accurate control of the circuit.

In conclusion, the D2HW-BL212M is a robust and reliable snap action, limit switch. It has a high temperature rating, making it ideal for high temperature applications. It can withstand shock and vibration and is highly accurate. Additionally, it has two separate circuits, allowing for reliable control of the circuit.

The specific data is subject to PDF, and the above content is for reference