ngopi ngopi

Y TAMBIEN MOSTRO PEQUEÑOS DETALLES COMO EL DE LA CORREA CUANDO NO IBA A ENTRAR DE LA PRIMER FORMAR Y LUEGO SACO LA POLEA

william groth Me Too !!!:(

Крвпчпа кв цччм3п

जी जी

@@PRO-ff8bd ... ggg

Make it? Aint that hard, start whith hammer rest acumilates over time

11ๆ

Defiantly? Why would the generator be so defiant? It seems like a generator would be happy to power a camper or hunting shack and would do so without be so defiant.

Hi James,, I plane to built something for running an electric water pump also. Maybe a generator of this type ( though I have no idea where to find such a dynamo ) or making a water pump engine like this one ( though I have no idea where to find such a pump. ) ukposts.info/have/v-deo/jXd0l5WhboiiloU.html But I have one question, maybe you can help. In both videos they are using trimmer motors although both motors are very quiet compared to what a trimmer sounds. How is that possible ? Is it due to a carburetor adjustment ? Is that because the motor is using less torque ? I need something not as loud as trimmer coz I need to pump water from a close river to fill tanks (about 3000 l in all) and the garden is surrounded by houses...

My personal hero

I like and enjoy all his works. Very creative and talented as well.

Jim Holmes show us.

Easy just use a coupler between the 2 shafts

Sometimes in an emergency. It's good to know how to use what you got in your surroundings and in any situation this will be worth millions

Orang mana om

Yea just git a sporstman 1000 watt gem $149.00 for charging solar in bad weather

HAPPY HOMELESS HOMESTEADERS hey mr privileged not everyone has the money to spend on a generator they might not need.

@@splittingreen9735 I am a homeless feel I have been camping since 2010, - 1.5 years serving as a servant, for the princess, and I was able to buy one, $150 and this thing runs 10 hours on a gallon of gas, it is only to charge battery bank when you have a few days of rain. AND it charges the cordless chainsaw really fast another must for off grid

*_Aonde será que eu encontro aquele tipo de voltimetro que ele utilizou no vídeo ????_*

That’s stuff we have lying around that ladies and unproductive gents call trash lol

He could use a 12v regulator to get the 14v charging out of it

A как ты это определил?

@@user-qx9uv7rn3l 1 Масло заливал в картер, у 2-х тактников кривошип смазывается топливной смесью,2 по выхлопу, 3 на шильдике было написано 25сс 4Т)))

@@689849120 Ты красавчик, всё заметил!!!!!👻

@@user-qx9uv7rn3l Эти четырёх-тактные моторы идут к нам с бензокосами в комплекте. Капризные до припадку. Иногда с первого раза заводятся, или с 21-раза.

@@Napoleon.Bonapart не такие шумные как 2Т

Yes, exactly!

Very Cool

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@@capitanflint69 ะ

@@capitanflint69 l um

Desko

Все классно. Просадки по напряжению лихие конечно на этом генераторе. Кинескопный телевизор в 14 дюймов он бы не потащил )

@@smetankorzevic6647 Современный цифровой телевизор будет работать т.к. потребляет он не так уж и много (основной потребитель тока будет LED подсветка экрана). Блок питания такого телевизора расчитан на достаточно большой разброс напряжения. Кинескопному телевизору уже пора на 'покой' т.к. он морально устарел из-за своей электрической не эффективности, да и новые форматы передачи телевизионного сигнала не 'понимает'. Или вы будете из Украины?

@@smetankorzevic6647 А конденсаторы то зачем? Ведь это генератор переменного тока! Я думаю, что этот генератор выдает где-то как минимум 180-200 ватт (потянет современный телевизор, laptop, несколько LED ламп). Конечно сильно зависит от самого генератора, что здесь стоит в качестве генератора не совсем понятно. У нас в магазинах промышленные образцы данного 'изделия' выдают до 5.7 килоВатт (устройства попроще 1 килоВатт) www.walmart.ca/search/power%20generator

​@@smetankorzevic6647 tinyurl.com/y3573txq

@ Конденсаторы переменного тока. Простейшая стабилизация по нагрузке.

Probably all devices with switch mode power supplies will work fine, but inductive loads - electrical motors, transformers are sensible to frequency and should not be connected to this generator.

most switching mode power supply such laptop/phone charger or inside a tv doesn't care about frequency because once the AC current flow into the power supply, it will rectified into High voltage DC an there will be no more frequency. So, no matter how the frequency high or low in the end it is converted into DC.

@@GUDUELECTRONIC Exactly.

There is control on the voltage, but frequency is probably a bit more difficult. I personally would try to set up a governor system with a servo and a microcontroller to regulate the voltage and adjust the throttle accordingly.

Nice channel dude

Bottled water production

Ditto

Go to the end of the presentation...wait for the replay symbol to come up...hit that and enjoy NO ads....:)

I was making same questions but if you notice the devices he is attaching does not require "regulated" voltage. If you see the label of most of cellphone chargers or laptops, they accept wide range voltaje as they internally have switching power supply

I think it is a brushless dc motor from a washing machine, not a dynamo even tough it works like one too...

Most electronics now adays do not need a sine wave. your any electronics that take 5v (ie phone tablet ect) can run 120 and 240 from their transformer to make 5v. They are step down converters with usb plugs. same with MOST laptops. they will output 12v from 120 -240. Check the power brick to confirm obvsiously but all my stuff can work dual voltage. there for you dont need pure sinewave. As long as its more than what you need on your output the charger will filter and do its job.

I agree.

a frequência se ajusta com a rotação é isso mesmo que entendi ? e de que é esse motor ?

@ Every thing needs 50 or 60 Hz even the switching power supplies for them put out the correct amps and duty cycle time.

@@lesterawalt3184 What will happen if the generator will produce electricity at 90 Hz? Or 40 Hz? I would expect that if the device has internal rectifier to convert into DC current then at 40 Hz it will be less efficient, but at 90 Hz it will be more efficient (filtering high frequency in power supply require lower values for capacitors). Of cause badly designed power supplies will be to 'sensitive' for frequency changes. Modern power supplies have voltage range 100-240 Volts and 50-60 Hz. I expect that most power supplies for many electronic devices will be doing fine if frequency is 50-120 Hz -- the power supplies have internal stabilizers to adjust for changes.

You cant regulate Hertz by adjusting the speed of the motor. It would be fixed at say 50 hertz at 240 volts.