Connecting solenoids to power supply

To make the solenoid work properly, you should either add an iron core inside the solenoid or use a higher current power supply. In summary, to make the solenoid work, you need to increase the number of turns, current, or magnetic characteristics of the core and use a higher current power supply or add an iron core inside the solenoid.
  • #1
Anugrah_kora
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For a project,we thought of making solenoid engine. We made everythig by hand, including the DC power supply. The power supply worked very well, it's puts out like 20v 1A, and it was fine still after testing it for a long time connected to DC motor. When we connected it to a solenoid coil (directly to the positive and negative without any iron core inside) the LED which we fixed inside the converter dimes and the solenoid isn't actually pulling any nails when kept at the mouth of the solenoid. Should I be connecting anything with the solenoid for it to work?
 
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  • #2
Anugrah_kora said:
Should I be connecting anything with the solenoid for it to work?
Either or both:
  • An iron core in the solenoid
  • A higher current power supply

The strength of an electromagnet, solenoid, increases when you increase:
  • Number of turns
  • Current thru it
  • Magnetic characteristics of the core
 
  • #3
Anugrah_kora said:
LED which we fixed inside the converter dimes
The LED dims because the voltage of the power supply decreases. The solenoid acts as a heavy load on the power supply, trying to draw more than 1Amp and the power supply can not supply it.
 
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1. How do you determine the appropriate power supply for a solenoid?

The appropriate power supply for a solenoid can be determined by calculating the voltage and current requirements of the solenoid. Generally, the voltage should match the solenoid's rated voltage, and the current should be equal to or greater than the solenoid's rated current. It is important to also consider the power supply's maximum power output and ensure it is sufficient for the solenoid.

2. Can any power supply be used for a solenoid?

No, not all power supplies are suitable for solenoids. Solenoids typically require a DC power supply, so an AC power supply would not work. In addition, the power supply must have the appropriate voltage and current capabilities to power the solenoid.

3. How do you connect a solenoid to a power supply?

To connect a solenoid to a power supply, you will need to first determine the positive and negative terminals on the solenoid. Then, you can use wires to connect the positive terminal of the solenoid to the positive terminal of the power supply, and the negative terminal of the solenoid to the negative terminal of the power supply.

4. Is it necessary to use a power supply with the same voltage as the solenoid?

It is recommended to use a power supply with the same voltage as the solenoid, as this ensures proper functioning and prevents potential damage to the solenoid. However, if a slightly lower or higher voltage power supply is used, it is important to make sure the voltage is within the solenoid's acceptable range.

5. Can multiple solenoids be connected to the same power supply?

Yes, multiple solenoids can be connected to the same power supply as long as the power supply has enough voltage and current output to power all the solenoids. It is important to make sure the total current draw of the solenoids does not exceed the maximum current output of the power supply.

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