Видео сборки батареи на элементах LiFePo4. На такую химию переходят многие автопроизводители электромобилей. У этой батареи емкость не большая, зато ресурс в разы больше, и если тесты пройдут удачно то сделаем батарею емкостью гораздо большей этой. Многие в комментариях спрашивают как с нами связаться? По вопросам ремонта электромобилей, гибридов обращайтесь по телефону 380505596519 Дмитрий (руководитель Отдела). по другим вопросам 380664811865 для месенджеров Вайбер, Ватсапп, Телеграмм. мы находимся в г.Харьков (Украина) компания «Мастер Сервис», Звоните, передам Ваш номер менеджеру и он свяжется с Вами.
Finally made a proper heat treatment oven capable of reaching 1000°C (1800°F) drawing «only» 1.7kW.
Links to amazon products can be found here in my affiliate store: www.amazon.com/shop/blackbeardprojects
Components list:
Isulating bricks J23 rated to 1260°C. (230x110x64mm).
Premixed refractory mortar.
Kanthal A1 wire 20ga (10m).
PID controller.
K-Type Thermocoupple rated to 1250°C.
Solid state relay with heatsink.
12V computer case fan with power supply.
Random steel pieces from the steel scrapyard.
The Kanthal wire I bought is meant to be used in vape pens and has a resistance ® of 30Ω for my lenght and thickness.
The power draw can be calculated knowing the home mains voltage (225V in my case).
Power draw: P = V x I
Where I is the current flow in ampere: I = V / R = 225 / 30 = 7.5 A
P = 225 x 7.5 = 1687.5 W
Control box designed in Fusion360 and printed with PETG.
Inside dimension are 105x115x450 mm (4x4.5x17.5 inch).
I made the oven this small so that its easier to heat up and there is no need for more heating element, considering also that my home has a power draw cap of only 2kW.
The other 2x72" belt grinder I made four years back has been the most used tool in my workshop ever since. So I decided to make a bigger one that can run belts up to 160" and features swappable arms for different wheels and attachments. The only parts I bought new for this build are the 12" contact wheel, pedal switch and concrete, all steel found at the scrap yard. Of course I also order custom sized belts (50x3500) in variuos grits, the 320grit one you see at the end I glued myself with ca and cloth and ended up breaking within the first 5min of use.
Design loosely inspired by «Bader Space Saver» grinder I have seen used by Matt and Ilya over @That Works. What looks like a great belt grinder that is still being sold here: www.stephenbader.com/product/bader-space-saver/
00:00 Base And Main Frame
03:11 Tensioning Arm
09:37 Tilt Adjustment
11:37 Tracking Mechanism
17:18 Contact Wheel Arm
20:53 Motor / Drive Wheel
22:11 Tests
Propane furnace made with scrap steel, glass and ceramic wool and refractory cement.
I wanted to reline the coal furnace i made five years back to melt aluminum but the structure was in very bad shape as it has been outside to the elements since I made it. So instead I made a new one that runs on propane with two venturi burners I made recently: youtu.be/9ACOr0x_Bew
This has been very long project to make but definetly worth the time as now melting aluminum is much easier and also cheaper.
The furnace holds a 230mm tall crucible of 180mm in diameter, it should hold 35kg of aluminum.
Insulation from the inside out is composed of: refractory cement, ceramic wool, glass wool.
On the bottom center I inserted a refractory brick to have someting very solid to place the crucible on.
The lid is made just of recfractory cement, its 58cm in diameter and 5cm thick, so it weights 20kg.
0:00 Frame
2:16 Insulation
6:02 Lid hinge
7:09 Lid
9:31 Assembly
10:55 Test
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