Product Drawings:
22MM 220 VAC Switch Button 4pin 10A Blue Push Button Switch
- Name:Button 4 Pin
- Mode: FLM22-10FEJ
- Head Type:Flat Head
- Voltage: 2V, 3V, 5V, 12V, 24V, 120V, 110V, 220V, 380V
- Current: 10A
- Color: Red, Blue, Green, Yellow, White
- Material: Copper, Stainless steel, Zinc alloy
- Download Certification: CE, CCC, ROSH, IP67
- Waterproof grade: IP67
- Email: inquiry@cnylin.com.cn
- Download PDF: 22MM 220V 4Pin 10A Blue Push Button Switch

The blue push button switch can refer to the button switch button is blue, this kind of button is usually plastic mostly; there is also a kind of button switch is glowing blue, this kind is built-in LED light beads, blue light can be lit in different ways according to the wiring.
In addition, FILN pushbutton manufacturers support double color pushbutton switches and tricolor pushbutton switches. We can meet your needs.
Product Parameters:
Production Series | FLM22-10FEJ | 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 | IP68 IK09 | Nut | H59 nickel plated brass |
Rated Voltage | 36V(DC) 250V(AC) | Housing | PA66+GF20% nylon |
Rated Current | 5A(DC)5A(AC) | Light Source | LED |
Rated Power | 180W(DC)1250W(AC) | Resistor | Metal film |
Operating Temperature | -25℃~+85℃ | Contact | AgCdO12 |
Push Button Switch Wiring Method:
We use the indicator light as a device to test with the push button switch.
- Firstly, we use battery as the power and connect the “+” wire to the switch pin. Connect the”-” wire to the LED pin, then use a wire to connect”+” and another switch pin to one wire. In this way, you will find that the LED lights is on while release the push button, it does not light up.
- Finally, we can connect a device. Connect the device wire to the “-” pin and “+” pin, then you can control the light through the blue push button switch.
- Press the button, the device will light up. You can also test through the battery. And according to the wiring diagram, it’s easy to know how to use it. If you have any questions, please feel free to contact us.

Related products:
Table of Contents
The Features of the 220 vac Switch are as Follows:
Voltage rating: The 220 vac switch is rated at 220 volts, which is suitable for standard voltages commonly found in home and commercial power supply networks.
Power carrying capacity: 220 vac switch is usually designed for smaller appliances and equipment. Its power carrying capacity is suitable for general household power needs such as lighting fixtures, small appliances, etc.
Frequency compatibility: 220 vac switch is suitable for the standard alternating current frequency of 50 hertz (Hz), which is the standard frequency of the power system in most countries and regions.
Installation: FILN 220 vac switch is round and made of metal, suitable for mounting on the panel of the equipment with clear threads, and can be fixed using nuts. Page this is the size of 22MM, FILN recommends that you first decide the size of the button switch according to the size of the opening in your panel.
Please note that specific 220 vac switch features may vary depending on manufacturer, product type and special design. You are advised to refer to the relevant product specifications and instructions when purchasing and using the switch. FILN supports online technical guidance on how to wire the pushbutton switch, switch upgrades, etc.
Introducing the Blue Push Button Switch with 220VAC:
Experience the versatility and style of our Blue Push Button Switch, designed to meet your electrical needs. Here are the key features of this exceptional 220VAC switch:
Thread Mounting Style: With a convenient 22mm mounting hole size, this switch can be easily installed in various applications.
Wide Voltage Range: Our switch is available in multiple voltages, including 2V, 5V, 12V, 24V, 110V, 120V, 220V, and 380V, allowing you to choose the one that suits your specific requirements.

Premium Metal Shell: Crafted from high-quality materials, you can select either a robust zinc alloy or a corrosion-resistant stainless steel shell. Stainless steel is perfect for harsh environments like coastal areas and outdoor use, while zinc alloy can be electroplated in vibrant colors, adding a personalized touch.
Vibrant Color Options: Express your individuality with a variety of color choices, including red, green, yellow, blue, and white. We even offer non-polarity two-color types for added customization.
High Current and Durability: This switch can handle a maximum current of 5A at 250V, ensuring reliable performance. With a mechanical life of 100,000 cycles, it guarantees long-lasting operation.

Reset Function: The short type version of the switch is designed with a reset function, providing convenience and ease of use.
Flame Retardant Nylon Material: The bottom of the switch features a flame retardant nylon material (PA66+GF20%), offering environmental protection and high-temperature resistance.
Easy Installation: The switch is equipped with four pins: two for switches and two for lamp pins. The lamp pin, identified with a “+” and “-“, serves as the counterpoint pin.
No Polarity Restrictions: Our switch allows for easy connection as it does not distinguish between positive and negative poles. Whether you connect the positive and negative poles interchangeably, the switch will still illuminate.
Upgrade your electrical setup with our remarkable Blue Push Button Switch, combining functionality, style, and durability. Choose the voltage that suits your needs and enjoy the convenience of a versatile switch designed for optimal performance.
How Does the 22mm Blue Push Button Switch Work?
The product only has reset function, and install the switch on the mechanical equipment, then connect the wire.
Press the button after the power is on, the machine starts, release your hand, the push button switch automatically reset and the machine stops working while the power is off.
The video on the right will show you how to wire the button switch and the use of the blue push button switch.
Get a Sample of FILN 220 vac Switch

If you need to customize the product or you have any other special requirements, such as welding wire, how to use the product, and want to buy in bulk, you can send an email to Louis who is our button technical engineer.
He will give you a satisfactory solution, and his email is inquiry@cnylin.com.cn.

You can directly write to our international trade sales staff when your purchase quantity is large.
They have more than 10 years of overseas sales experience, who will give you a good price and quality service, their email address is sales2@filn.com.cn.

If your purchase quantity is small, you can place order directly at www.cnfiln.com, we will arrange the delivery at the same day.

Filn will provide the samples free of charge for your test.

The blue push button switch of Filn had passed the certifications of UL, CE, ROSH, ISO90001. It also has a professional push button switch test laboratory, which can ensure the quality of push button.
Filn has 11 years of experience in button production, and a professional R&D team can customize various styles of push button switches according to your needs.
In addition to push button switches, Filn also produce indicator light, rocker switches and other products, which can be found at www.indicator.com.
If you have any questions about blue push button switch, please contact us immediately and we will give you a satisfactory reply within 24 hours.
How Much Do 4-Pin Buttons Sell for in the USA?
When it comes to 4-pin buttons, the price range in the USA can vary significantly depending on the supplier. To give you a better understanding, let’s take a closer look at the prices offered by different suppliers:
Supplier Breakdown
- Made-in-China
- Price Range: $0.01 – $100
- The price of 4-pin buttons from Made-in-China depends on various parameters and features.
- AliExpress
- Price Range: Variable
- The price of 4-pin buttons on AliExpress can vary depending on the specific model and its features.
- All Electronics
- Price: $0.70
- All Electronics offers a red plastic button for $0.70.
- Digi-Key
- Price: Info Not Available
- Unfortunately, the price information for 4-pin buttons from Digi-Key is not available at the moment.
- Jameco Electronics
- Price Range: $0.39 – $4.95
- Jameco Electronics provides 2-pin and 4-pin switches with prices ranging from $0.39 to $4.95.
Data Representations
To visualize the information, we can use different data representations:
Flow Chart
graph LR
Start --> Made-in-China
Made-in-China --> Range: $0.01 - $100
Start --> AliExpress
AliExpress --> Wide Range
Start --> All Electronics
All Electronics --> Price: $0.70
Start --> Digi-Key
Digi-Key --> Info Not Available
Start --> Jameco Electronics
Jameco Electronics --> Price: $0.39 - $4.95
Table Representation
Supplier | Price Range | Specifics |
---|---|---|
Made-in-China | $0.01 – $100 | Depends on parameters & features |
AliExpress | Variable | Depends on model & features |
All Electronics | $0.70 | Red Plastic Button |
Digi-Key | Not Available | — |
Jameco Electronics | $0.39 – $4.95 | 2-pin and 4-pin switches |
Other Data Representations
- Pie Chart: Consider a pie chart where each supplier represents a portion of the market. Made-in-China has the widest range, AliExpress offers a variable range, and other suppliers have specific values.
- Bar Chart: A bar chart can be plotted with the y-axis representing price and the x-axis representing suppliers.
Expert Recommendations
When it comes to purchasing 4-pin buttons, it’s important to consider the following recommendations:
- Always check the specific model of the button you are interested in.
- Take into account the features offered by the switch.
- Compare prices across multiple suppliers to ensure you get the best deal.
Remember, the world of 4-pin buttons is vast, and pricing can vary based on specifications, features, and the reputation of the supplier. So, take your time to explore the options and make an informed decision.
And don’t forget, when using fag schema to present data, ensure that you structure your information in a clear and accessible manner. This will enhance understanding and usability.
Note: The information provided is based on our research and may be subject to change. Prices mentioned are for reference purposes only.
Comprehensive Guide to Push Button 4 Pines: Functions, Wiring, and Uses
Are you intrigued by the versatile world of push button 4 pines or 4 Pin Push Buttons? This comprehensive guide will lead you through the fascinating aspects of these widely-used switches, from understanding their fundamental workings to their various applications across industries. We’ll explore how to wire them, connect them to Arduino, decipher their datasheets, troubleshoot common issues, and even delve into the differences between 4 pin and 4 leg push buttons. Whether you’re a professional engineer or an electronics hobbyist, this article promises a wealth of information, insights, and practical guidance on making the most of these essential components. Continue reading to unlock the secrets of push button 4 pines!
What is a 4 Pin Push Button, and What Are Its Uses?
Definition and Common Uses
A 4 pin push button, often referred to as 4 Pin Push Buttons, is a type of switch that can make or break an electrical connection through a simple press mechanism. They are widely used in various electronic devices, ranging from household gadgets to industrial machinery. For further information on 4 pin ultra-short push button switches, you can visit this link.
Different Types
There are different types of 4 pin push buttons, such as momentary push buttons and latching push buttons. Momentary push buttons return to their original position after being pressed, while latching push buttons stay in the pressed position. This link offers more insights on momentary push button switches.
Industries Where Used
These switches are prevalent in automotive, manufacturing, home appliances, and more. The 4 pin push button’s flexibility and ease of use make it a preferred choice across various domains.
How Does a 4 Pin Push Button Switch Work?
Internal Mechanism
The internal mechanism of a 4 pin push button switch comprises four terminals or pins. Two are for the input and two for the output. When the button is pressed, the connection between these pins is established, allowing current to flow. For more detailed information, you can refer to the 4 pin push button datasheet.
Different Configurations
Different configurations can be applied to a 4 pin push button switch, such as Normally Open (NO) or Normally Closed (NC). This link provides more details on various push button configurations.
Connection with Microcontrollers
4 pin push buttons can be connected to microcontrollers like Arduino. It facilitates the integration of the switch into various electronic projects and applications, making them interactive and responsive. For those interested in Arduino connections, check out this link.
How to Wire a 4 Pin Push Button?
Wiring Diagram
A 4 pin push button wiring diagram includes the connections made between the four pins and the corresponding terminals in the circuit. Understanding the wiring is crucial for proper installation and safe operation. For a comprehensive guide on wiring, visit this link.
Step-by-step Guide
- Identify the Pins: Usually, the pins are marked as C1, C2 for common connections, and NO1, NO2 for normally open connections.
- Connect the Wires: The common pins are connected to the power source, and the normally open pins are connected to the load.
- Test the Connection: Before finalizing the installation, test the button to ensure that it’s working properly.
Common Mistakes
Proper care must be taken to avoid common wiring mistakes such as short circuits, loose connections, or wrong connections, as these can lead to malfunction or damage.
How to Read the 4 Pin Push Button Datasheet?
Understanding Specifications
A 4 pin push button datasheet contains detailed information about the switch’s specifications, including dimensions, ratings, materials used, and more. This data is essential for choosing the right push button for a specific application. You can find a variety of datasheets at this link.
Importance of Datasheet
The datasheet plays a vital role in ensuring that the push button meets the requirements of the particular application. It helps in understanding the operating conditions, limitations, and compatibility of the push button.
How to Find a Suitable Datasheet
Various online platforms and manufacturers provide datasheets for different types of push buttons. Make sure to refer to the correct datasheet corresponding to the specific model or part number.
How to Connect a 4 Pin Push Button to Arduino?
Basic Connection
Connecting a 4 pin push button to Arduino requires understanding the specific pins and their functions. The common pins are usually connected to the ground, and the normally open pins are connected to the digital input pins on the Arduino.
Programming and Control
Arduino’s programming environment allows for controlling the behavior of the push button. Specific codes can be written to read the button’s state and perform actions based on its input. For more on Arduino connections, visit this link.
Projects and Applications
Arduino with a 4 pin push button can be used in various projects like home automation, robotics, interactive displays, and more. This combination allows for creative applications and enhances the user interaction experience.
How to Use a 4 Pin Push Button?
Basic Operation
The basic operation of a 4 pin push button involves pressing the button to complete or break the circuit. It’s a simple mechanism but widely applicable in various devices and machines.
Troubleshooting Common Issues
Understanding how to troubleshoot common issues like unresponsiveness, constant on/off state, or erratic behavior is crucial. It involves checking the wiring, connections, or even replacing the push button if defective. For detailed information on troubleshooting, visit this link.
Safety Considerations
Proper care must be taken while using a 4 pin push button. Following the manufacturer’s guidelines, understanding the specifications, and ensuring correct installation are key to safe operation.
What Are the Differences Between a 4 Pin Push Button and a 4 Leg Push Button Switch?
4 Pin Push Button
A 4 pin push button has four distinct terminals or connections that facilitate the switch’s functioning. It is versatile and commonly found in various applications.
4 Leg Push Button Switch
A 4 leg push button switch might appear similar but may have different functionalities and specifications. The term ‘leg’ may refer to the physical structure, whereas ‘pin’ often refers to the electrical connections. For more about different types of push buttons, you can refer to this link.
Selecting the Right Type
Understanding the specific requirements and referring to the datasheets can help in selecting the right type of push button, be it a 4 pin or a 4 leg push button switch.
Where Can I Find the Push Button Datasheet PDF?
Online Resources
Many manufacturers and distributors provide push button datasheet PDF files on their websites. These are valuable resources for understanding the specifications and features of the push button.
Manufacturer’s Website
Manufacturers usually have dedicated sections on their websites where datasheets can be downloaded. For a comprehensive collection of push button datasheets in PDF format, you can check out this link.
Importance of Accurate Datasheets
Having access to accurate and updated datasheets is vital for ensuring that the push button is suitable for the intended application. It aids in proper selection, installation, and safe operation of the push button.
Conclusion
The push
button 4 pines, synonymous with 4 Pin Push Buttons, serves various functions across industries. From understanding its basic working mechanism to wiring and connection with microcontrollers like Arduino, this guide has provided a comprehensive overview of the essential aspects. Additionally, the emphasis on datasheets, safety considerations, and the subtle differences between various types of push buttons offers a well-rounded perspective on this essential electronic component. The provided internal links further enhance the understanding of specific topics related to push button switches, making this guide a valuable resource for both professionals and enthusiasts.