How Electric Saw Works? Working of Electric Saw Explained with 3D Animation

3D Animation Tech

How Electric Saw Works? Working of Electric Saw Explained with 3D Animation... Like❣️ comments Share . #electricsaw #electricsaws #universalmotor  #3danimation #3delectrical #diyelectrical  #electrical #electrician #electricians #electricalwork #electricalworks #electricalstudent #electricalstudents #electricalengineering #electricalengineer #electricaltips #electricalwiring

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00:00It is easy to understand how a reciprocating electric saw converts rotational motion into linear motion.

00:06You can see the inside of its plastic casing at a glance.

00:09A motor, a set of gears, and a working shaft are the main components.

00:14The current flows from the plug through the wires to the switch.

00:17Trigger switches are common on power tools.

00:20When you press down, the current flows to the motor and makes it rotate.

00:24When you release your hand, it will automatically rebound,

00:27disconnect the power supply, and stop the motor from rotating.

00:31Electric saws usually use brush motors, which consist of rotor electronics.

00:35When they are energized, they convert electrical energy into rotational kinetic energy.

00:40The rotation of the motor drives the gear set to rotate.

00:44By driving the small gear to the large gear, the torque can be effectively increased.

00:49This part is called the pendulum component, which converts rotational motion into linear motion.

00:55There is an oblique groove inside it.

00:57When the pendulum rotates, it generates a back-and-forth thrust in the groove.

01:02In this way, the rotational motion is converted into a linear motion that goes back and forth.

01:07But there is a problem here at the top.

01:10The oscillation effect when the pendulum rotates will make it tilt up and down,

01:14causing the trajectory of the forward and backward motion to be an arc instead of a straight line.

01:20This problem is easy to solve.

01:22Just add a movable transverse pin at the top.

01:24With this design, the rotational motion can be perfectly converted

01:28into linear reciprocating motion like comment, share, and follow.

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