This video is a lot more exciting. We will go through all the possible loose connections for the Shunt DC Motor. One of them causes the motor to completely loose speed control and the motor takes off.
Good explanation. Try moving the brush position about a half inch to the left. Now pull the shunt lead while running. It will first reverse then runaway. Any explanation?😊
i guess im asking the wrong place but does anyone know of a way to log back into an instagram account? I stupidly forgot the account password. I appreciate any tips you can give me
@Graham Bodie i really appreciate your reply. I found the site thru google and im in the hacking process atm. Looks like it's gonna take a while so I will reply here later with my results.
how wuld a generator starter set up look like? haveing same device doing bouth useing the brushes to control functions. how wuld capacitors effect that device? there are some mith's about those engines like loockridge device,teslas methode of conversion etc So Im wondering how dry cell baterrys wuld react? so any info about those old system's? Im useing actualy plazma ignition and amplifier ignition as well so Im wondering if that culd by implemented in those devices? I try to understand peater linderman but hes not realy usefull realy considering the back emf problem. We dont realy see any solid state circuet the explanation not realy present. Those tri filar coils confuse my.
Cool demonstration! How did you know when to unplug (since this seems to be a school's expensive equipment), and what would you do if you didn't unplug in time to save the machine? ...why are all these guys writing "wuld' in the comments? What's up with that? Bots? Foreign spies? 14 years old? Or can some engineering students just not spell? 😸
Excellent! Clear, concise, easy to understand!
Good explanation. Try moving the brush position about a half inch to the left. Now pull the shunt lead while running. It will first reverse then runaway. Any explanation?😊
Great video! Totally made sense of topic for me and was so fun to watch!
Excellent. Thanks so much for the nice comment. All the best. Pete
Thanks Pete Vree, very good demonstration. but i want to know about compound dc motor loose Connections
Series winding opens = Shunt motor characteristics
Shunt winding opens = Series motor characteristics
Line connections open = motor comes to a stop
How wuld you actualy contol such action ? Wuld resistors save the rotor and brushes? Ore capacitors?
Nice 👍
Thanks Sir. Pete.. demo appreciated! I subscribed..
Thanks once again Pete.Nice diagrams Pete.
i guess im asking the wrong place but does anyone know of a way to log back into an instagram account?
I stupidly forgot the account password. I appreciate any tips you can give me
@Reece Pedro Instablaster :)
@Graham Bodie i really appreciate your reply. I found the site thru google and im in the hacking process atm.
Looks like it's gonna take a while so I will reply here later with my results.
@Graham Bodie It worked and I now got access to my account again. I am so happy!
Thanks so much you saved my account!
@Reece Pedro No problem :)
👍👍
how wuld a generator starter set up look like? haveing same device doing bouth useing the brushes to control functions. how wuld capacitors effect that device? there are some mith's about those engines like loockridge device,teslas methode of conversion etc
So Im wondering how dry cell baterrys wuld react? so any info about those old system's? Im useing actualy plazma ignition and amplifier ignition as well so Im wondering if that culd by implemented in those devices? I try to understand peater linderman but hes not realy usefull realy considering the back emf problem. We dont realy see any solid state circuet the explanation not realy present. Those tri filar coils confuse my.
Cool demonstration! How did you know when to unplug (since this seems to be a school's expensive equipment), and what would you do if you didn't unplug in time to save the machine?
...why are all these guys writing "wuld' in the comments? What's up with that? Bots? Foreign spies? 14 years old? Or can some engineering students just not spell? 😸
As soon as it takes off we turn off the breaker. If you didn't disconnect on time, the bearings would heat up and the motor would fail within minutes.