Review of ZK-PP2K 8A PWM 4.5V to 30V Motor Driver | Robojax

The module is fully explained, components viewed and explained. PWM and Pulse mode explained and then Demonstrated in PWM mode, Pulse mode and full load tested. Thermal image shown the honest spot.
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Jump to different section of video by clicking on the time:
00:00 Start
01:25 Hardware explained
08:04 Wiring explained
08:55 PWM and pule explained
11:21 Demonstration: Pulse
15:19 Demonstration: PWM
18:30 Demonstration: External Push button
19:28 Full power up to 10A load test
Tutorial by Ahmad Shamshiri form Canada
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Arduino Step by Step Course (over 150 lectures) Starts here • Lesson 00 What is Ardu...
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[@omarhamza9717]

you are the only one eplane zk-pp2k very will >>>> thanks man

[@chbonnici]

Great first class demo, thank you.

[@royalarch3539]

Mindboggling post, very interesting. Keep posting.

[@ruslanhajiyev]

Good demonstration. Thank you.

[@iliebologa662]

Thank you for nice video!

[@vivendonositio9958]

Gostei muito da explicação 👏👏👏👏

[@minamatta6135]

Thank you sir ❤️❤️❤️ nice video ☺️

[@user-ib9ms2ft2i]

Thank you very cool!

[@mikhailshults]

Thanks...Great explanation on how this works. Keep up the good work!

[@robojax]

You are welcome. The best thank you for me is to subscribe to my channel. Your subscription is stamp of approval and my videos will be suggested to more people and this will help me. I appreciate it. thanks❤️

[@MTatoox]

Good review Thanks

[@Go4BrokeOffroad]

Solid test

[@kipsalviv5742]

Thank you

[@Electronics61]

Great video

[@EarthquakeCL]

Ey my friend, great video. I was looking for a thing to create a cleaner inyector, someone recomended me the pwm generator of 1 way (the little brother of zk-pp2k) but looking at your video I will need the pulse generator or thats what I understand. With this I can config the inyector to open every 0.3s to make a fast tick tick tick for the cleaning process, correct? I was trying to know if I can connect 4 inyector at once on this device or maybe better one per one?

[@user-ye4sc2zj4o]

Thank You Sir I want to know with Battery( rejuvenating )

[@projectdrivecitygrid]

Is possible power with 9v snap conetor?

[@velipekkajutila9451]

I am planning to use this as a driver to an ignition coil. I burned one unit already. I think the mosfet inside cannot take the backEMF. I will try to put a snubber diode accross my primary to combat this, but I think I might have to get a beefier mosfet and the ZK-PP1 which does not have an internal mosfet.

[@UnrealTransformer]

The internal switching transistor is the type "RU3560L" and the unit has an snubber diode added to the circuit already.

[@gerard9114]

I want to control a single LED of 1.8V. Is it possible to lower the output voltage? Maybe with a buck converter behind the PWM?

[@hydrocarbon8272]

Given the connection diagram, it pulses the ground (OUT -) so you should be able to. You'd connect the LED ground to the unit, then 1.8v to only the LED. The ZK-PP2K would still need it's own >3.3v power to V+. I'll be trying this when I get mine since I'll be controlling a solenoid that's powered from a different location, hopefully letting me run 1 wire thru the firewall instead of 2.

[@str0g]

It would be great if you could do a followup on elaborating what the frequency actually does since you have the duty cycle which defines the on off portion of a cycle.

[@robojax]

I have done so many of those types of explanation. it seems the world does not care to learn. they just want to get it and use it. I've spent so much time creating the figures but, most viewers don't care. if user don't appreciate it, I will not make contents. As of now this video have been viewed about 300 times and and yet 18 people have thumb up the video. Subscribers who are getting notified and watch do not not care and do not understand a simple thumb up, will bring this video higher in the search result. So my contents are driven by user.

[@str0g]

@@robojax sorry to read that. I find ur explaining not tiring and keeps up my attention. I'm new to ur channel, so if u did one about duty cycles then maybe it would be good to mention that you did a video covering all knowledge required as a base to fully understand this video. This way you would entice your viewers to explore ur channel.

[@Ron-sk8wo]

Hi great video as always. You mentioned a a heat sink on top of the mosfet any idea what to use

[@robojax]

Hi, you can use on of these amzn.to/3IYIMwJ

[@taom6708]

Hi, please can you describe how to attach a heatsink to the mosfet? Can i fix one on top or is it necessary to remove the mosfet? Thank you!

[@robojax]

Hi, yes just attach it and make sure it is in contact with mosfet . You must put heat transfer command between heat sink and the surface of mosfet

[@TMRu22311]

@@robojax Would a peel and stick type heatsink for like a Raspberry Pi work okay?

[@gustavobernal5377]

Good day @Robojax, I´m new to your channel, and this video lead me to it, i found your explanation very easy to understand and i thank you for uploading this video, i have just 1 question, the output signal´s duty is control by this driver, Im trying to control a laser for my cnc, it has 3 pins 12v+, 12v- and PMW, do you know if i can use this output for the pwm in the laser? if you made a video about that please point me in the right direction. Thanks you so much!

[@robojax]

Good day, no this can't be used. Yours is dual power which makes is 12V+12V=24V. Even if you connect 24V it won't work as you need GND or (-) pin.

[@gustavobernal5377]

@@robojax Thank you for the advice,man i will try to found a solution for my project

[@chbonnici]

Is it possible to drive a tesla coil with it?

[@dcfelectronica4030]

Hola Ahmad, soy de Argentina. Te pediría que subas un video como éste del ZK-PP4K es un módulo bastante reciente. Le mando un saludo desde lejos.

[@robojax]

Hola DCF Electronics, bienvenido a Robojax. si alguien me paga por revisarlo seguro que lo haré.

[@Ron-sk8wo]

Thanks

[@robojax]

You are welcome. The best thank you for me is to subscribe to my channel. Thanks

[@Ron-sk8wo]

@@robojax I am subscribed

[@kanjo-Etienne]

​@@robojaxcan this drive a tesla coil?

[@TMRu22311]

This is the best video I have found to explain these devices, Thank you. I was wondering, is this for brushless motors only or can you use brushed motors as well? Also, what is the recommended input voltage for this device? I know you said between 4v-30v, but would a higher voltage have any benefits? Thank you RJ :D

[@robojax]

Hi, Glad you found it useful. No you can't go higher. the module will die.

[@TMRu22311]

@@robojax I understand input voltage cannot exceed 35v, but would you benefit running it at 24v as opposed to say 5v or does this not matter?

[@zedixquatrevingtun4253]

Hello, what is the ouptut frequency in pulse mod ,please?

[@robojax]

If there was such information I should have explained it in the video. So watch fully. I don’t remember

[@chbonnici]

Is it possible to drive an ignition coil with 12 Volts supply?

[@robojax]

this is to control a load that needs PWM like motor or LED. I am not sure it works with igniation coil.

[@bobmccall6446]

Does this module have an internal flyback diode?

[@robojax]

Yea it does.

[@steveschweer]

I connected this unit to 16vdc. All controls work as specified. BUT… the output remains at 16vdc at all times! It does not turn on or off with the “out” control. No square wave is shown on my oscilloscope. I thought that the unit was bad, but a second unit does exactly the same thing. Any idea what’s wrong? Any help would be greatly appreciated. Steve

[@e.quasselbude]

Does it save settings after power off

[@robojax]

Of course it does.

[@qinaan]

Thanks Dear. Does it generate sine waves also?

[@UnrealTransformer]

No.

[@maymunashaikh1179]

Sir I think you are slow in uploading the video of arduino lession plz make it fast 😤😁😁😁

[@robojax]

I have all the lectures. Right now 3 more lectures are waiting to be uploaded. but Videos have to be viewed 1000 times before I upload another one.

[@thestylesworld]

Thanks for the tutorial video. Can I get your contact email?

[@robojax]

Please visit Robojax.com and click on contact