on video How to make a powerful solenoid engine

 

First please have look on video to see how solenoid engine works

As you can see i have mention each and every information in image itself with dimensions and details

followings are the list of material

1) An acrylic sheet 13 x 14 CM used as a base

2) Solenoid Coil (how to make this coil i will cover in next step )

3) A crank shaft made from strong iron wire (bicycle tier spoke)

4) Nut bolts as required

5) Some pieces of strong wires dimension are mentioned in image

6) A wheel (wheel must have some weight to gain momentum)

7) Some pieces of electric wires

I use thin copper wire of around 36 AWG

Bring a straw or strong plastic pipe of around 5mm diameter

Start wound copper wire along the length of pipe in uniform way i keep the length of solenoid 4.5 cm

Wound around 500 to 600 turns evenly on pipe.

now remove insulation from both the end of winding by burning both ends in flame

so you solenoid is ready to connect with power supply

some thumb rules of solenoid

the strength of solenoid is directly proportional to the number of turns & inversely proportional to the length of solenoid.

means number of copper wire turns increase the solenoid strength

& longer the solenoid length weaker the strength

 

First please have look on video to see how solenoid engine works

As you can see i have mention each and every information in image itself with dimensions and details

followings are the list of material

1) An acrylic sheet 13 x 14 CM used as a base

2) Solenoid Coil (how to make this coil i will cover in next step )

3) A crank shaft made from strong iron wire (bicycle tier spoke)

4) Nut bolts as required

5) Some pieces of strong wires dimension are mentioned in image

6) A wheel (wheel must have some weight to gain momentum)

7) Some pieces of electric wires

I use thin copper wire of around 36 AWG

Bring a straw or strong plastic pipe of around 5mm diameter

Start wound copper wire along the length of pipe in uniform way i keep the length of solenoid 4.5 cm

Wound around 500 to 600 turns evenly on pipe.

now remove insulation from both the end of winding by burning both ends in flame

so you solenoid is ready to connect with power supply

some thumb rules of solenoid

the strength of solenoid is directly proportional to the number of turns & inversely proportional to the length of solenoid.

means number of copper wire turns increase the solenoid strength

& longer the solenoid length weaker the strength