Tronxy X5SA BTT Manta M5P Electronics Case Side Model
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Case for Manta M5P (also now E3EZ) & power supply that mounts on the right side of the X5SA.
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Added some standoffs in the Manta E3EZ patern, but that model is a ‘beta’, haven't printed it yet (but the standoffs are properly positioned for the E3EZ's mounting holes).
Side case for the M5P Manta board on a X5SA printer. I used a 2nd breakout board inside the case to that I could keep the ribbon cable setup. My specific setup is the M5P, CB1, and 5 2209 drivers. The screen is a BTT TFT35 SPI. I've also got a Meanwell LRS-350 power supply installed instead of the stock model. The hotend has a Orbiter v2 w/filament sensor, an M12 inductive sensor, plus a Phaetus Dragonfly BMO hotend.
The skirts are partially from the Hex-A-Ender project. I used the front left and right hex parts for the front and rear, the feet from the project, and modified his center medallion for the front & rear (the Ender 5 is wider than the X5SA). I resized the sides, but used his stock center medallion on the sides. I'm including the medallion part, and one of the side pieces. Mirror the piece on one axis (I used the long/x axis), and one of his center pieces.
The rear breakout box is optional, you can use the stocker if you want. I just wanted something larger to hold some excess wire, so I modified the one linked above to hold the board a bit better.
Please see F14Claude's original box design for a list of additional parts necessary to mount and use the box. Below are a few of the parts I used on mine:
I got the 460mm 2020 rail custom-cut from ZYLtech, along with the l brackets for mounting it.
Tronxy X5S breakout board: https://www.ebay.com/itm/362934689650
Power Plug socket: https://www.amazon.com/dp/B06XV831F3?psc=1&ref=ppx_yo2ov_dt_b_product_details
Rocker Switch: https://www.amazon.com/dp/B0B7BR4BZP?ref=ppx_yo2ov_dt_b_product_details&th=1
(The rocker switch fits fine, but the model is a bit thicker than what you'd usually mount it in, so the clips don't hold well, I just used hot-glue to hold it in place, with no issues).
Inductive Sensor: https://www.amazon.com/dp/B07P3JX6J7?ref=ppx_yo2ov_dt_b_product_details&th=1
Network Connection is a Keystone Jack.
The hotend setup I used is the Hero Me 7 v3, which you should be able to find here on Printables.
If you don't want to use a 120mm fan on the top of the case, the original design had a simple plate that goes over that side. You'll have to figure out something for cooling, as the CB1 module and steppers definitely need some active cooling. (The CB1 doesn't get much over about 36c even under heavy load with the optional heatsink and the 120mm fan).
I used DutchWorkx-3D's Hex-a-skirts, his feet, and the angle braces from here: https://www.thingiverse.com/thing:5828775