MB03S1NZGF

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Rotary Switches

Rotary switches are commonly used across a variety of different industries, including military, aerospace and medical applications. The MB03S1NZGF is one of the latest offerings in rotary switch technology. This rotary switch utilizes a no-contact switching mechanism to ensure minimal wear, as well as a robust design that can withstand high vibration and shock, making it ideal for applications such as aircraft and military vehicles.

Application Field

The MB03S1NZGF is a 5-position rotary switch that is specially-designed for environments with extreme vibration and shock. Its key features and benefits include:

• High vibration and shock resistance enabling the switch to be used in military vehicles, aircraft and other harsh environments.
• Longer life-span due to minimal wear caused by its no-contact switching mechanism.
• Compact design that can fit into tight spaces.
• Robust construction for maximum durability.

The MB03S1NZGF is suitable for a wide range of applications, including arming and monitoring systems, engine controls, position indicators, circuit interlocks, and communication equipment. It is also designed to meet the MIL-STD-202(G) environmental specifications, making it suitable for use in military vehicles and aircraft.

Working Principle

This rotary switch is designed with a no-contact no-wear mechanism, which implies that the movement of its electrical contacts is done without contact and without wear. This eliminates the need for maintenance and allows for a longer product life-span.

The MB03S1NZGF rotary switch is operated by a series of pins (or knobs) that when turned, cause the rotor to rotate. The rotor is the main component of the switch and is connected to a spring-loaded contact switching mechanism. As the rotor rotates, the contact switching mechanism ensures that only one contact (or pin) is connected to the circuit at any given time, thus allowing the user to select one position from the five available options.

Due to its no-contact mechanism, the wear and tear of the MB03S1NZGF rotary switch is reduced significantly, while providing robust operation.

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