Hello,
This is the first in a series of videos where we add a second 1,200 watt inverter to run in parallel with our existing 1,200 watt This video. This video reviews the gameplan for the series, and does some wattage testing on the table saw to understand the power requirements. Additionally, it will also show component fabrication so you can follow along. Not a lot of excitement yet, but most design processes are as such.
As always, I don't build these to sell, but will provide you a list of all the parts necessary to build your own. If you run into any issues in your journey, reach out and I'd be happy to walk you through specific steps.
Below are some Amazon Affiliate links to the tools and equipment used throughout this video. Purchasing through these affiliate links will help to support this channel. NOTE: some of the items used were not available, so the links below reflect the most similar items currently available.
Components
18V Power Supply: amzn.to/3WaYn39
XT60 Connectors: amzn.to/3ULzZE8
XT90 Connectors: amzn.to/3Pgo4wG
10GA wire: amzn.to/3VPtMYX
14GA wire: amzn.to/3Fmlf8S
Power Supply cord (you'll cut off the end): amzn.to/3FiSZE7
Heat Shrink: amzn.to/3FEcl85
Tools
Weller Soldering Station: amzn.to/3uHqwTK
Weller fume extractor: amzn.to/3Fmlf8S
Heat gun: amzn.to/3UMikw6
Solder: amzn.to/3uGxQPy
Helping Hands: amzn.to/3VP72bt
FLIR CM83 (measures DC current): amzn.to/3BpUC1w
FLIR CM44 (Measures AC current only): amzn.to/3hgRL4k
Негізгі бет 2X Milwaukee M18 Plug-in inverter build project - Video 1 (introduction)
Пікірлер: 31