M2022LL1W01-A

Toggle Switches

The M2022LL1W01-A Toggle Switch is a popular, versatile switch in multiple markets, including industrial and automotive. It is commonly used as a power source switch, as it can be used to control large voltages and currents without the need for complex electrical wiring. It can also be used in medical equipment or in other settings where both AC and DC are present. In addition, it is designed to be shock-resistant and designed to endure a wide range of temperature extremes.

The M2022LL1W01-A Toggle Switch is characterized by its two-position function, meaning it can be used to either allow or interrupt power flow. It does this by a spring-loaded toggle (lever) acting as a switch, which is why it is referred to as a toggle switch. The toggle switch contacts are typically made of silver or brass. When the toggle is moved, this causes the contacts to come together, allowing the current to flow, and when the toggle is released, the contacts separate, interrupting the flow of current.

The M2022LL1W01-A Toggle Switch is designed to be used in both on and off states and can be wired to easily toggle between the two conditions. It can also be used in conjunction with additional wiring and control devices, such as computers and other digital-logic-based systems. It is also designed to not be affected by rapid fluctuations in current, making it ideal for using in products that require long-term reliability.

The M2022LL1W01-A Toggle Switch is commonly used as part of space-saving designs for industrial and automotive applications, such as for building control systems, process control systems, lighting, HVAC and more. In addition to its durability and reliability, it is also prized for its ease of installation. It can be quickly installed with minimal effort and its simple user-friendly design makes it a reliable choice for many applications.

The M2022LL1W01-A Toggle Switch is definitely a go-to choice for many designers as it offers a simple, low-cost solution for many electrical needs. While it does not offer the same level of complexity as other forms of switch solutions, it is capable of controlling high levels of voltages and is highly reliable.