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FILN Latching Push Button Switch Waterproof Push Screw Feet

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FILN Latching Push Button Switch Waterproof Push Screw Feet

A Push Button Machine Switch is a common type of electrical switch that is typically used to control the start and stop of electrical equipment or mechanical systems.

It can be a combination of one or more buttons used to open or close a circuit by pressing a button.

Push button machine switches are widely used in industrial equipment control systems to control machine operation, lighting, power transmission, and other functions. They are often used in the mode of momentary switches push button.

Product Parameters:

Production Series FLM16-10HSM Light Guide Button PC plastic
Button Shape round Actuator 304 Stainless steel
Button LED Color Red blue green yellow white Housing Sleeve H59 nickel plated brass/304Stainless steel
Mechanical Life The 500 thousand time Button Pin H62 copper alloy
Electrical Life The 100 thousand time Rubber Ring SIL silica gel
Protection Level IP65 IK08 Nut H59 nickel plated brass
Rated Voltage 36V(DC) 250(AC) Housing PA66+GF20% nylon
Rated Current 2A(DC)0.5A(AC) Light Source LED
Rated Power 72W(DC)125W(AC) Resistor Metal film
Operating Temperature -25℃~+85℃ Contact AgCdO12

Whether momentary pushbutton switches or latching pushbutton switches, they play a key role in controlling electrical equipment. Metal pushbutton machine switches, in particular, offer advantages in terms of aesthetics, durability, versatility and cost effectiveness. Choosing FILN metal switches can improve the visual appeal and longevity of your electronics. They can be customized with any color, voltage, size and symbol you desire.
To obtain samples, please contact us at

FILN Pushbutton Switch Customization

  • High-strength anti-destructive performance: Metal push button machine switches are durable and offer resistance against damage or wear.
  • Aesthetic appeal: Metal switches have an elegant and noble appearance, making them visually appealing and suitable for home decoration.
  • Variety and versatility: Metal push button machine switches come in multiple types, specifications, and uses, providing a wide range of options for different applications.
  • Wide market presence: Metal buttons are frequently used in car interiors, computer peripherals, and mobile phones, showcasing their popularity and recognition in the market.
  • Price/performance ratio: Metal push button machine switches often offer better quality and durability compared to plastic switches, while maintaining an affordable price point.
push Button switch material

Push button machine switches usually have a spring device inside each button, if the button is momentary switches push button, then when you press the button it will break or close the circuit, and when you release your hand the button will automatically return to its original state.

Buttons are usually metallic silver in appearance, but can also have different colors or markings, which are used to indicate their specific functions, such as start, stop, reset, etc.

FILN can produce pushbutton switches with lights and can also engrave the symbols you need on the surface of the pushbutton switch for different purposes.

In addition to momentary switches push button, some push button machine switches can also have a lockout feature to prevent misuse or unauthorized activation.

FILN is a professional push button switch manufacturer. The design of push button machine switches can be customized for you according to the needs of specific applications.

For example, different button shapes and sizes can be selected to accommodate different operational requirements.

In addition, push-button machine switches typically have high durability and reliability to meet the needs in a variety of industrial environments.

This metal pushbutton switch in the picture can be produced with three types of metal pushbuttons: flat, high and ball. It meets the needs of most devices.


16MM Momentary Switches Push Button Introduction

FILN push button switches are available in stainless steel and nickel-plated brass.

The momentary switches push button in the picture is a screw foot, which is designed to run in the equipment can be more stable, and will not cause the tail wiring to fall off due to the vibration of the equipment.

If you need a push button machine switch, please contact FILN immediately and we will recommend the most suitable push button for you, or you can browse our website to find the switch you are looking for, FILN can even customize it for you.

These push-button machine switches can only be used without a locking function, also called momentary, without locking.

What are the Types of Metal Push Button Machine Switches?

In response to market demand, there are now more and more types of push button machine switches. Common metal push button machine switches have the following types:

1. Open type: This kind of switch is very common, and is generally suitable for embedded installation and fixed on the panel of the switch board, control cabinet or console.

2. Maintenance type: As the name implies, it is a push button machine switch with a shell, which can protect the buttons and at the same time protect us from accidentally touching the live line.

3. Waterproof type: a sealed shell to avoid rainwater intrusion.

4. Anti-corrosion type: It can avoid the intrusion of chemical corrosive gas and corrosive liquid.

5. Explosion-proof type: This push button machine switch has powerful functions. Because of its explosion-proof function, it can be used in places rich in explosive gas and dust. Such as coal mines and other places.

6. Knob type: Rotate the operating contact by hand, with two directions of on-off, usually panel-mounted.

7. Key type: use the key to pierce and rotate to operate, which can avoid misoperation or be operated by special personnel.

8. Pressing type: There is a large red mushroom button head protruding outside, which is used to block the power supply when it is pressed.

9. Self-restraint button: The push button machine switch is equipped with the electromagnetic organization for self-restraint. It is mainly used in power plants, substations or test equipment. Operators exchange signals and announce instructions, etc., usually panel operation.

10. Combination: multiple button combination.

11. Interlocking type: multiple contacts are interlocked.

Understanding Lock and No-Lock Push Button Machine Switches

A push button machine switch is a common electrical switch used for controlling various devices and machinery. There are two types of push button machine switches: lock and no-lock switches. This article will explain the differences between these switches and highlight the advantages of metal push button machine switches.

  1. Lock Push Button Machine Switch: A lock push button machine switch, also known as a self-locking switch, stays in the position it is pushed until it is pressed again. When the switch button is initially pressed, it turns on and remains in the locked state. Pressing the button for a second time will unlock it and turn off the switch. This type of switch is commonly found in early TVs and monitors.
  2. No-Lock Push Button Machine Switch: A no-lock push button machine switch, also known as a self-resetting button, is designed to turn on when pressed and turn off when released. It does not have a locking mechanism and returns to its original position automatically after being released. This type of switch is widely used in various electronic devices.

Comprehensive Guide to Latching Push Button Switch

Latching push button switches are ubiquitous yet crucial components in various electronic devices and industrial applications. Whether it’s understanding the different types, such as the latching switch mechanism, momentary push button switch, or the specific wiring like an illuminated latching push button switch wiring diagram, there is much to explore in this intricate field. This comprehensive guide will delve into the essential aspects of latching push button switches, providing insights into their functions, wiring, differences from other switches, selection criteria, and troubleshooting. A fascinating journey awaits for enthusiasts, professionals, and anyone curious to understand this indispensable technology better. Whether you’re an expert or a beginner, you’ll find valuable insights into latching push button switches here.

What is a Latching Push Button Switch and How Does It Work?

A latching push button switch is a device used to control an electrical circuit by closing or opening connections through a push mechanism. This type of switch remains in the activated state even after the force applied on the button is removed.

Understanding the Mechanism:The mechanism of a latching push button switch is designed to latch, or hold the connection in a certain position. This ensures that the switch maintains its state until manually altered again. The latching mechanism distinguishes it from a momentary push button switch, which only maintains connection as long as it is pressed.

Applications of Latching Push Button Switch:The latching push button switch is widely used in various applications, including industrial controls, home appliances, automotive systems, and more. They are commonly found in settings where maintaining a state, such as on or off, is essential.

Latching Push Button Schneider:Latching push button Schneider is one of the renowned brands offering quality switches in the market. They provide robust and durable switches suited for various industrial needs. More details on this specific product can be found here.

How to Wire a Push Button Latching Switch 240V

Wiring a push button latching switch 240V requires careful attention to the switch’s specifications and an understanding of electrical connections.

Step-by-Step Wiring Guide

  1. Identify Connections: Understand the connections required for the switch.
  2. Prepare Wires: Strip the insulation and prepare the wires for connection.
  3. Connect the Wires: Follow the wiring diagram, often provided with the switch.
  4. Secure Connections: Use appropriate connectors and tools to secure the connections.
  5. Test the Switch: Safely test the switch to ensure it is functioning properly.

Illuminated Latching Push Button Switch Wiring Diagram:When dealing with an illuminated latching push button switch, additional considerations for the LED or light within the switch must be taken into account. Wiring diagrams can be found in the product manual or here.

What’s the Difference Between a Momentary Push Button Switch and a Latching Switch?

Understanding the distinction between a momentary push button switch and a latching switch is essential for selecting the right switch for your needs.

Momentary Push Button Switch:A momentary push button switch only maintains connection as long as it is pressed. It instantly returns to its default position once the pressure is released. These are commonly used for temporary actions like starting an engine. For more on momentary switches, visit this link.

Latching Switch Circuit:On the other hand, a latching switch circuit remains in its selected state even after the actuating force is removed. This is beneficial for applications that require maintaining a specific condition without continuous human intervention.

Maintained Push Button Switch:A maintained push button switch is another term for a latching switch. It holds its position, providing a consistent electrical connection until manually changed again. You can explore various maintained push button switches here.

What Are the Types of Latching Buttons and Mechanisms?

Latching buttons and mechanisms come in various forms, serving different purposes in electrical systems.

Latching Button Varieties:Different shapes, sizes, and colors are available to suit specific needs. Some may include illumination, while others may come with specific symbols for easy identification. Discover more about these varieties here.

Latching Switch Mechanism:The latching switch mechanism is the core of the device, enabling it to maintain its state. It usually involves a set of contacts, springs, and other components that work together to hold the switch in its activated or deactivated state.

Key Considerations in Selection:When selecting a latching push button switch, consider factors like voltage, current ratings, material, and environment where it will be used. Understanding these factors will help in choosing the right switch for your application.

How to Choose Between a Latching and Momentary Push Button Switch?

Choosing between a latching and momentary push button switch depends on the specific requirements of the application.

Consider the Function:For temporary actions that do not need to be maintained, a momentary switch is appropriate. For situations where a state must be held, a latching switch is the better choice.

Assess the Environment:The environmental conditions, such as humidity, temperature, and exposure to elements, should also influence the choice. Some latching switches are designed to be more rugged and resistant to harsh conditions.

Evaluate the Specifications:Understanding the voltage, current, and other specifications is essential to selecting the right switch. Manufacturers provide detailed information to guide users in making informed decisions.

How to Troubleshoot a Latching Push Button Switch?

Troubleshooting a latching push button switch involves several steps to diagnose and fix potential issues.

Check the Connections:Loose or corroded connections can lead to malfunction. Inspect and tighten all connections as needed.

Test the Switch:Use a multimeter to test the switch’s functionality. This can help in identifying whether the switch is defective.

Inspect the Mechanism:The latching mechanism may get stuck or worn out over time. A careful inspection can reveal any mechanical issues that need to be addressed.

Consult a Professional if Needed:If the problem persists, consulting a professional or referring to the manufacturer’s guidance may be necessary. Technical support is often available from manufacturers or specialist retailers.

Safety Precautions:Always follow safety precautions when troubleshooting, including turning off the power and using appropriate tools. More information on safety can be found here.

How to Install an LED Ring Switch?

Installing an LED ring switch, a specific type of illuminated latching push button switch, follows a similar process to other latching switches.

Determine the Location:Choose the appropriate location for the switch, considering accessibility and aesthetics.

Prepare the Installation Site:Drill or cut the required hole for mounting the switch, following the manufacturer’s specifications.

Wire the Switch:Connect the wires according to the provided wiring diagram, paying attention to the LED connections.

Secure the Switch:Mount the switch securely using the provided hardware or following the manufacturer’s instructions.

Test the Installation:Safely test the switch and the LED functionality to ensure proper installation. Further insights into LED ring switches can be obtained here.

What Are the Key Features of a Latching Push Button Power Switch with Power Symbol?

A latching push button power switch with a power symbol often comes with specific features that make it suitable for certain applications.

Visual Identification:The power symbol helps in quick and easy identification, facilitating usability.

Robust Construction:These switches are often designed for heavy-duty use, featuring robust construction that withstands regular usage.

Availability in Various Ratings:Different voltage and current ratings are available to suit various applications, ranging from home appliances to industrial machinery.

LED Illumination Options:Some models may include LED illumination, enhancing visibility and adding aesthetic appeal. More details on

such switches can be found here.

What is a Metal Rotary Switch, and How is It Different from a Latching Push Button Switch?

A metal rotary switch is another type of switch that differs significantly from a latching push button switch.

Metal Rotary Switch:A metal rotary switch is operated by rotating a knob to select different positions. It’s used in applications that require multiple settings or connections. Learn more about metal rotary switches here.

Latching Push Button Switch:In contrast, a latching push button switch is operated by pressing a button and maintains its state once activated.

Key Differences

  • Operation: Rotary switches are turned, while push button switches are pressed.
  • Positions: Rotary switches often have multiple positions, whereas latching switches generally have two (on/off).
  • Applications: The choice between these two depends on the application, desired functionality, and user preference.

How to Identify the Right Keyed Switch for Your Needs?

Keyed switches are a specialized type of latching switch that requires a key to operate. Identifying the right keyed switch involves several considerations.

Security Requirements:If the switch needs to provide security, selecting a model with a unique key or enhanced security features is vital.

Functionality Needs:Consider what the switch will control and choose a model that suits the specific requirements, such as voltage, current, and number of positions.

Design and Aesthetics:The appearance of the switch may be important in some settings, so consider the design, material, and finish.

Consult the Experts:Manufacturers and retailers can provide expert guidance on selecting the right keyed switch for your needs. More insights into keyed switches can be found here.

How to Determine the Correct Rating for a Latching Switch?

Determining the correct rating for a latching switch is essential for safety and optimal performance. Here’s how to do it:

Identify the Application:Understand the application and the electrical load that the switch will control. This will include considering the voltage and current requirements.

Check Manufacturer’s Specifications:Manufacturers provide detailed specifications for their products, including the maximum voltage and current that the switch can handle.

Consider Safety Margins:Choose a switch with ratings above the actual requirements to provide a safety margin. This ensures that the switch can handle temporary surges or fluctuations.

Consult Professionals if Needed:If you are unsure, consulting a professional electrician or the manufacturer’s technical support can provide expert guidance. More details on latching switch ratings can be found here.

What Materials are Commonly Used in Latching Push Button Switches, and Why?

Materials used in latching push button switches can vary depending on the application and manufacturer.

Plastic:Plastic is often used for the housing or button itself, providing a lightweight and economical option. It may be suitable for indoor applications or low-stress environments.

Metal:Metal, such as stainless steel or aluminum, offers durability and resistance to wear. It’s commonly used in industrial or heavy-duty applications.

Rubber and Silicone:Rubber or silicone may be used for sealing or waterproofing, ensuring the switch can withstand exposure to moisture or harsh conditions.

Contacts Material:The contacts inside the switch may be made from materials like copper, silver, or gold, depending on the required conductivity and resistance to corrosion. The choice of materials contributes to the switch’s reliability and lifespan.

Conclusion:Latching push button switches are versatile and essential components in various applications. Understanding their mechanism, differences from other types of switches, wiring procedures, and how to choose the right type is crucial for effective usage. This guide has provided insights into different aspects of latching push button switches, from their functionality to troubleshooting and selection. Whether you are looking to install, replace, or understand these switches better, the information presented here should equip you with the knowledge you need. For more detailed specifications or product inquiries, always refer to the manufacturer’s guidelines or consult a professional.


latching push button switch

Latching Push Button Switch Price: A Comprehensive Guide

Latching push button switches are essential components in various electronic devices. Their prices can vary significantly based on the type, size, and features. In this article, we’ll explore the price range of these switches from different suppliers in the USA.

Price Range by Supplier

Here is a breakdown of the price range offered by different suppliers:

  1. Made-in-China: This supplier offers a vast range of push button switches. Depending on the specific parameters and features, the prices can range from $0.01 to $100.
  2. TE Connectivity: With a variety of specifications and features, the prices of switches from TE Connectivity can vary based on the model.
  3. Digi-Key: As an electronic components distributor, Digi-Key provides a range of latching push button switches. The prices differ depending on the specific switch model and features.
  4. All Electronics: This supplier offers switches with prices ranging from $1 to $5 or more, based on the model and features.

Please note: The prices mentioned are approximate and can vary based on the supplier, retailer, and location. It’s always recommended to check with the specific supplier or retailer for accurate and up-to-date pricing.

Visual Representation

To better understand the price range of latching push button switches, let’s take a look at the following visual representations.

Table: Price Range of Latching Push Button Switches by Supplier

Supplier Price Range
Made-in-China $0.01 – $100
TE Connectivity Varies by model
Digi-Key Varies by model
All Electronics $1 – $5


When purchasing latching push button switches, it’s essential to consider the type, size, and features that suit your needs. By understanding the price range from various suppliers, you can make an informed decision and get the best value for your money.

Remember, prices may vary, so it’s always a good idea to reach out to the specific supplier or retailer for accurate and up-to-date pricing information.

For a visual representation, refer to the flow chart, pie chart, and table provided above. Make sure to explore different suppliers and compare prices before making your final purchase.

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