08LL36-04-1-06N

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Rotary switches provide the most reliable and cost effective circuit control for any electrical application. In this article, we explore the application field and working principle of the 08LL36-04-1-06N rotary switch.

The 08LL36-04-1-06N rotary switch is an ideal product for a wide range of industrial and commercial applications. It is designed to enable control of up to 24 circuits in-line. This makes it perfect for applications such as automotive, HVAC, and lighting control applications. Furthermore, the 08LL36-04-1-06N rotary switch is capable of withstanding operating temperatures ranging from -40°C to +85°C. This makes it suitable for environments with extreme temperatures.

The 08LL36-04-1-06N rotary switch operates using a special set of electrical contacts. This is achieved using a set of pins that contact the switch when rotated. The electrical contacts allow current to flow in response to the position of the switch. As the switch is rotated, the contacts make and break the electrical connection and allow current to flow through the circuit.

In addition, the 08LL36-04-1-06N rotary switch is designed with a locking mechanism to ensure the switch stays in the desired position. This helps to prevent accidental changes in the position of the switch, which can cause malfunction or failure of the connected electrical system.

The 08LL36-04-1-06N rotary switch is designed to withstand a wide range of environmental conditions. It is designed to meet the IP68 protection standard, meaning it is dust tight, submersible up to 3 meter depth and resistant to splashing water. This makes it suitable for applications in damp or wet environments.

In conclusion, the 08LL36-04-1-06N rotary switch is designed for a wide range of applications, from automotive and HVAC systems to lighting controls. It operates using electrical contacts and is designed with a locking mechanism to ensure the switch stays in the desired position. Additionally, it is designed with a high level of protection and is capable of withstanding extreme temperatures. Therefore, it is a reliable, cost-effective solution for any circuit control application.

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