Waterproof Snap Action Switch

The operating force (OF) refers to the amount of force that is required to activate a control or switch. This can vary depending on the specific device and its intended use. OF is an important consideration in the design of user interfaces, as it can impact the usability and comfort of the device. Manufacturers must carefully balance the need for enough force to ensure the control is not accidentally activated, but not so much force that it is difficult or uncomfortable for the user to operate the device. Proper consideration of OF can ultimately lead to a more user-friendly and efficient product.

The live contact is reversed as the actuating part is moved from the free position to the actuating position through a force. This force is the driving force that triggers the movement and operation of the actuating mechanism.

1.3 N MAX

Force release, also known as release force (RF), refers to the amount of force needed to release a particular object or component from its locked or secured state. This is an important consideration in many engineering and design applications, as the release force can affect the overall functionality and performance of a product or system. Engineers and designers must carefully assess the release force requirements of their designs to ensure that they meet the necessary performance standards and regulatory requirements. This may involve the use of specialized testing tools and equipment to measure and analyze the release forces involved, as well as careful consideration of factors such as the materials, manufacturing processes, and environmental conditions that may influence release force. By understanding the principles of force release, engineers and designers can create innovative and effective designs that meet the needs of today's complex engineering and industrial applications.

To reverse the live contact from the actuating part, a specific amount of force is necessary. This force is essential in effectively reversing the live contact.

0.1N MIN

Let's discuss the concept of Movement Differential Travel (MD). MD refers to the difference in movement between two wheels on the same axle. It is a crucial measurement in the automotive and transportation industry, as it determines the smoothness of the ride. If the MD is too high, it can cause vibrations and uneven tire wear. This is why it's essential to keep track of the MD and ensure that it's within the acceptable range. So, whether you're a mechanic or a car owner, understanding the importance of MD can help you maintain your vehicle's performance and safety.

The outfit required for the actuating part to move from its current position to the position of return.

0.2mm MAX

Operating Position(OP)

Once the actuating part experiences a force, the live contact shifts from the free position state to the reversing position. It is essential to rearrange the content while maintaining its main idea and meaning based on the original text information.

6.75±0.2mm

2.2

With regards to soldering heat, there is an important factor to consider - resistance. The ability to withstand the high temperatures associated with soldering is crucial for effective soldering processes.

The switch will be inspect under such conditions below

Temperature and impregnated time

No abnormalities will be observed in appearance and operation

1

Case

Nylon PA66

2

Contact

AgNi10

3

Contact

AgNi10

4

Contact

AgNi10

5

Plate moving

Tin-brass QSn6.5-0.1

6

Pull spring

Stainless steel SUS304

7

Lever

Stainless steel SUS304H

8

Hermetic seal

Methyl-silicone rubber NT9503

9

Plunger

Nylon PA66

10

Case

Nylon PA66

11

Terminal

Brass alloy H65, Silver plated

12

NO terminal

Brass alloy H65, Silver plated

13

NC terminal

Brass alloy H65, Silver plated