DCL10(B)G

Snap Action

Snap action switching elements are designed to act as an on/off switch, which applications include activating and deactivating electrical circuits, machine operation, control systems, and safety features in a variety of industries. The snap action element uses a basic mechanical design principle and typically consists of a plunger and a bellows, which are designed to "snap" when a predetermined amount of pressure is applied. The amount of pressure required in order for this switch to "snap" is typically very small and is defined as the actuation level.

The most common type of snap action switch is a limit switch, which is used to indicate whether or not a machine or device has reached or exceeded a certain limit. For example, a networked braking system which is activated when a vehicle exceeds a certain speed limit would use a limit switch. These switches are used to shut down a process before it can cause damage or injury.

Working Principle

The basic working principle of a snap action switch is relatively simple. It consists of a plunger, a spring, and a contact arm. As the plunger is pressed down, the spring inside the device is compressed and the contact arm is pushed up. When the plunger is released, the spring pushes the contact arm back into its original position and the circuit is again deactivated. The amount of pressure that must be applied to the plunger for the switch to be activated is known as the actuation level.

The snap action switch has several advantages over conventional switches. For example, it is much more reliable due to the mechanical design and can often provide a longer lifespan. Additionally, this type of switch can usually withstand higher temperatures, higher contact pressures, and more torque than traditional switches. This makes them perfect for applications requiring high levels of reliability and durability.

DCL10(B)G Applications

The DCL10(B)G is a type of specialized snap action switch that is used in a number of different applications. These switches are commonly used in motors, submersible pumps, lighting circuits, and various other applications. The DCL10(B)G is designed to operate under both wet and dry conditions and is commonly used in outdoor applications, such as street lights and landscape lighting.

The most common application for the DCL10(B)G is as a limit switch. For example, it can be used to indicate if a machine has exceeded a certain speed, pressure, or current limit. This switch can also be used as a safety feature, as it will shut down a process before any damage or injury can occur.

The DCL10(B)G snap action switch has several advantages over traditional switches and limit switches. For example, it is designed to be more accurate and can handle higher levels of pressure and temperature. Additionally, it is designed to be extremely durable and reliable, making it ideal for applications requiring high levels of reliability.