magnetic switch
Model: SensorMass20250403S2
Detection distance: 15-25mm
Induction method: magnetic induction
Output type: normally closed
Product type: 220 volt magnetic switch
Rated voltage: 220V
Rated current: 0-0.5A
Casing material: ABS plastic
Description:
The Magnetic Switch utilizing a reed switch, is designed for a wide range of applications. It detects magnetic fields to activate or deactivate devices based on their proximity, making it suitable for various scenarios. The magnet switch is used in appliances like humidifiers, air conditioners, coffee machines, washing machines, and freezers, as well as automotive systems such as car counters, scanners, and electric irons. Additionally, it is applicable in fitness equipment like running machines and exercise bicycles, enhancing its versatility. The sensor’s robust design ensures reliable operation in diverse environments, providing consistent functionality. Its applications span from home electronics to industrial systems, making it a versatile solution for modern devices.
Features
- Select high-quality plastic materials, meet standards, and use more assured
- White electroplating surface, small and exquisite, light and easy to install, highly concealed
- After rigorous testing, even if the door sensor is in water, the signal is transmitted uninterruptedly
Application
- Applied in home appliances such as humidifiers, air conditioners, juicers, coffee machines, washing machines/washing machines;
- Applied in car counters and laptops, mobile phones, scanners, electric irons, windows and other advanced technology products.
- Applied in treadmills, sports bikes, etc.
Specifications
| Product name | Magnetic Reed Switch |
| Model | SensorMass20250403S2 |
| Detection distance | 15-25mm |
| Surface material | ABS plastic |
| Output type | Magnet Switch |
Is a magnetic switch worth it?
A magnetic switch can be worth it depending on your needs! Here are some key benefits:
Advantages of Magnetic Switches
1. Durability – Since they have no mechanical parts, they last longer and require less maintenance.
2. Reliability – They operate without physical contact, reducing wear and tear.
3. Safety – Some designs prevent accidental activation, making them ideal for industrial applications.
4. Energy Efficiency – They consume very little power, making them great for battery-operated devices.
5. Weather Resistance – They function well in extreme conditions like heat, cold, and moisture.
Will a 220V switch work on 110V?
A 220V switch may work on 110V, but it depends on the type of switch and its internal components.
What is the difference between a magnetic switch and a regular switch?
A magnetic switch and a regular switch both control the flow of electricity, but they operate differently.
Key Differences:
1.Activation Method:
Magnetic Switch: Uses a magnetic field to activate or deactivate the circuit. Often found in security systems, industrial equipment, and proximity sensors.
Regular Switch: Requires physical contact (pressing, flipping, or rotating) to open or close a circuit.
2.Contact vs. Non-Contact:
Magnetic Switch: Works without direct physical interaction, making it ideal for wear-free and long-lasting applications.
Regular Switch: Requires physical touch, leading to possible mechanical wear over time.
3.Application:
Magnetic Switch: Used in automatic doors, safety interlocks, and appliances where motion-based control is needed.
Regular Switch: Common in household light switches, appliances, and machinery.
4.Which Is Better?
If you need hands-free operation or want durability, a magnetic switch is better.
If you prefer simplicity and manual control, a regular switch works best.
Why use a magnetic switch?
Using a magnetic switch has several advantages compared to traditional mechanical switches. Here’s why they’re a great choice:
Key Benefits of Magnetic Switches:
1.No Physical Contact – Magnetic switches operate without direct mechanical movement, reducing wear and tear.
2.Durability – Since there are no moving parts that wear out, they tend to last longer and require less maintenance.
3.Reliability – Less susceptible to dust, moisture, and mechanical failure, making them ideal for harsh environments.
4.Safety – Often used in security systems because they can detect when doors or windows are opened without exposed wiring.
5.Energy Efficiency – They consume very little power, making them ideal for battery-operated devices.
6.Fast Response – Ideal for applications that require quick and precise activation.
