Drill- Packedge in typical box, came with a tool bag (added bonus), two batteries, one charger, drill, and driver. Two words "plenty of Torque" ru-vid.comUgkxW1vOBRCMrgTCDEijzpVzDWsgI-Jm2iQv well I guess that's three. Nice upgrade from current setup. Has belt clips, I don't think I will be using those. Driver and drill were bigger than what I expected but it is an upgrade from the current setup. For the money I would say that this is a great setup for Professionals and DIY/Weekend warriors.
Thank you so much for this. I managed to fix my parkside 12V cordless drill B2 that had the speed controller issue. Replaced the mosfet with an ST15810 and a diode with some 1000V 3A diode. Works again.
i´m learn with you more than anothers "teachers" who are around! Thank you so much! Aprendo mas contigo que con otros "profesores" que andan por alli! Muchisimas Gracias!
Perfecto amigo, era lo que hacía falta para reparar las cosas, no sólo cambiarlas ay veces que ya no existe la refacciones y tienes que deshacerse de tus herramientas Felicidades desde cdmx, tu amigo mario, pd: de que país eres??
Hello from Germany, first things first your videos are top Quality. I have a question is it possible to make a hack that the impact turns left allways with full power and turns right with the choosen power on display? Thanks in advance Markus
Hi can I swap positive side to the negative side on a 18 v tool so I can use a 20 v battery because they are on opposite sides on the batteries your feedback would be very helpful thanks
i have Parkside PDSSE 450, but it is too weak, it is specified it has 100/450N of torque, but it has maybe half of it, i have to modify it , it seams that strenght of big spring determines impact torque, so i have to put some spacers behind spring to get more load on balls that lift impact hammers, your video cleared what to do, thanks
No, the strength of the spring doesn't affect impact torque - only the weight and speed of the rotating hammer does. The only job of the spring is to push forward and engage the hammer, each time after the ingenious mechanism of the two balls with their curved seatings has retracted the hammer from the anvil ("automatically" every time the spindle meets enough resistance to get stuck).
@@MickeIsotalo yes, I'm thinking about how the strength of the force in the spring affects the operation of the tool, it's not that it doesn't have an effect, the goal is for the hammer to spin as fast as possible before impact (weak force in the spring) but when it hits it must not be raised immediately because it will not transfer all the impact energy (strong force in the spring), there is probably an optimum force that allows the hammer to spin fast enough and stay on impact long enough
@@makantahi3731, this other YT-video with high speed camera of the impact mechanism at work on several different wrenches is most enlightening: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-xQzqNnWG21s.html&ab_channel=TorqueTestChannel The short black and white sequence at 15 min 18 sec shows how the hammer actually bonces backwards off the anvil after each stroke, then is drawn back still in "mid air" by the mechanism of the two ball bearings - before the spring pushes it forward again during the next half turn, for the next hit (as is commented also on that video, intuitively one would imagine the hammer sliding off the anvil after each stroke, but that's not the case - at least not ideally). Surely there is a more or less delicate calibration of the spring force involved. A too weak spring would probably not push the hammer in place fast enough, maybe delaying the next hit from a half turn to a full turn - or longer (or the hammer could "land" only partially on the anvil surface). A too strong spring on the other hand could probably slow down the retraction of the hammer, touching the anvil again after the initial bounce and then sliding off it (making the process a bit less efficient). Maybe a too strong spring also could push the hammer back "too early", pushing it against the front of the anvil before it has had time to pass by (also affecting efficacy, at least a bit). Also remember that inside the hammer, the spring is resting against ball bearings at both ends. Thus the spring itself is in no way involved in the rotation or momentum of the hammer, only the pushing forward of it.
Good Dahen Zana! Please, I need your help if possible. I have a machine like the one in the video and I have already tested the switch, the motor, the battery and it works, but when I turn on the electronic board (I don't know what its function is), before the switch it doesn't give any sign of "life". I can remove this and connect the battery directly to the switch. Thank you very much.
Very Nice work.Do you have any idea from Angle Grinder of Parkside 20v.It burn/exploded the modest/transistor near to the battery and It can't be read the type.i would like to change.Can you help me with it?thanks a lot.
Theoretically yes, you would just replace the "anvil" section, however I'm not sure parts are available or if the one from the impact wrench is inter-compatible and this one is not ideal for nuts but will work. There are hex drive adapters which you just put into the socket to get 1/2 or 1/4 inch square drives
You have the schematic of the 2 electronic boards or a detailed foto whit pieces ?I have one of this and she have missing pieces on the both boards.Thanks!!
it is a good tool, you will have fun using it. I think you should try to join parkside facebook groups, there are a few. I am sure that 'western people' often discard their tools - they land in trash but hey... they could send them to you instead, if you show them your materials, I am sure they will do. How much is a 1kg parcel to Kurdistan from EU?
شكرا جزيلا اخي العزيز على هذا العمل الرائع ولدي سؤال اذا ممكن تجاوبني عليه وهو ما هي وظيفة الدائرة الموجودة اسفل قبضة الدريل والتي فيها الاقطاب التي تتصل بالبطارية
Dahen: I don't know if you will understand this English. But when you put the two captured larger ball bearings in the drive head, one was captured and the other came back to the uncaptured position. I may have seen it wrongly in the camera. If it is uncaptured the head will soon fail maybe.
I checked this when working on my own machine, and while releasing the spring mechanism on the vice, both ball bearings are moving to the middle of their curved seatings - which is the same position where you put the bearings back while the spring is compressed. However, since the axle with the bearings moves inside the hammer while releasing the spring, they can't pop out from that position but are held in place by the interior of the hammer - if that was your worry?
