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xDrip Wireless Bridge case v1.7
von Lehaiver
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Case (v1.7) for the xDrip Wireless Bridge
85.6 x 54 x 7.2 mm
Any kind of Li-Po charger board TP4056 (microusb). Max. size 27 x 19 mm.
Note: Resolder Rprog = 3,9 kOhm.
Any kind of BT module ( HM-10 on support board / HM-10 / HM-11 ).
Note: For a HM-10 on support board - solder (+) wire from Wixel (pin P1_0) directly to a HM-10 module (pin 3.3V).
Before print the case, try to print test_box.stl
Please give feedback )
Added a flex bumper model to print with a flex filament (REC Flex, NinjaFlex ect. Thermoplastic elastomer (TPE) that produces flexible prints with elastic properties. Use also the 3M blue scotch tape on yours hotbed.) Print settings: 0.10 layer, 0.3 nozzle, 0.33 extr.width, 2 perimeters.
Added a CAD file (SolidWorks2013)
xDrip project:
http://stephenblackwasalreadytaken.github.io/xDrip/
How to:
https://github.com/jstevensog/wixel-sdk/blob/master/apps/xBridge2/xBridge2.pdf
Wixel Configuration Utility:
https://www.pololu.com/file/0J448/wixel-w
85.6 x 54 x 7.2 mm
Any kind of Li-Po charger board TP4056 (microusb). Max. size 27 x 19 mm.
Note: Resolder Rprog = 3,9 kOhm.
Any kind of BT module ( HM-10 on support board / HM-10 / HM-11 ).
Note: For a HM-10 on support board - solder (+) wire from Wixel (pin P1_0) directly to a HM-10 module (pin 3.3V).
Before print the case, try to print test_box.stl
Please give feedback )
Added a flex bumper model to print with a flex filament (REC Flex, NinjaFlex ect. Thermoplastic elastomer (TPE) that produces flexible prints with elastic properties. Use also the 3M blue scotch tape on yours hotbed.) Print settings: 0.10 layer, 0.3 nozzle, 0.33 extr.width, 2 perimeters.
Added a CAD file (SolidWorks2013)
xDrip project:
http://stephenblackwasalreadytaken.github.io/xDrip/
How to:
https://github.com/jstevensog/wixel-sdk/blob/master/apps/xBridge2/xBridge2.pdf
Wixel Configuration Utility:
https://www.pololu.com/file/0J448/wixel-w
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