Battery Container

by jamesdburrow

Printable files (35)

  • stl

    BatteryOrganizer_AA_2Unit.stl

    625 Ko · 3 282 downloads

  • stl

    BatteryOrganizer_AA_3Unit.stl

    562 Ko · 3 299 downloads

  • stl

    BatteryOrganizer_AA_4Unit.stl

    501 Ko · 3 289 downloads

  • stl

    BatteryOrganizer_AA_5Unit.stl

    466 Ko · 3 275 downloads

  • stl

    BatteryOrganizer_AA_6Unit.stl

    429 Ko · 3 280 downloads

  • stl

    BatteryOrganizer_AA_7Unit.stl

    389 Ko · 3 277 downloads

  • stl

    BatteryOrganizer_AA_8Unit.stl

    366 Ko · 3 286 downloads

  • stl

    BatteryOrganizer_AA_9Unit.stl

    343 Ko · 3 258 downloads

  • stl

    BatteryOrganizer_AA_10Unit.stl

    324 Ko · 3 291 downloads

  • stl

    BatteryOrganizer_AA_12Unit.stl

    298 Ko · 3 302 downloads

  • stl

    BatteryOrganizer_AAA_2Unit.stl

    690 Ko · 3 260 downloads

  • stl

    BatteryOrganizer_AAA_3Unit.stl

    630 Ko · 3 260 downloads

  • stl

    BatteryOrganizer_AAA_4Unit.stl

    595 Ko · 3 272 downloads

  • stl

    BatteryOrganizer_AAA_5Unit.stl

    545 Ko · 3 263 downloads

  • stl

    BatteryOrganizer_AAA_6Unit.stl

    495 Ko · 3 264 downloads

  • stl

    BatteryOrganizer_AAA_7Unit.stl

    466 Ko · 3 253 downloads

  • stl

    BatteryOrganizer_AAA_8Unit.stl

    434 Ko · 3 267 downloads

  • stl

    BatteryOrganizer_AAA_9Unit.stl

    407 Ko · 3 253 downloads

  • stl

    BatteryOrganizer_AAA_10Unit.stl

    385 Ko · 3 264 downloads

  • stl

    BatteryOrganizer_AAA_12Unit.stl

    345 Ko · 3 249 downloads

  • stl

    BatteryOrganizer_AAA_14Unit.stl

    319 Ko · 3 253 downloads

  • stl

    BatteryOrganizer_AAA_15Unit.stl

    305 Ko · 3 248 downloads

  • stl

    BatteryOrganizer_AAA_16Unit.stl

    299 Ko · 3 266 downloads

  • stl

    BatteryOrganizer_C_2Unit.stl

    556 Ko · 3 250 downloads

  • stl

    BatteryOrganizer_C_3Unit.stl

    465 Ko · 3 242 downloads

  • stl

    BatteryOrganizer_C_4Unit.stl

    396 Ko · 3 243 downloads

  • stl

    BatteryOrganizer_C_5Unit.stl

    350 Ko · 3 266 downloads

  • stl

    BatteryOrganizer_C_6Unit.stl

    314 Ko · 3 236 downloads

  • stl

    BatteryOrganizer_C_8Unit.stl

    273 Ko · 3 250 downloads

  • stl

    BatteryOrganizer_D_2Unit.stl

    466 Ko · 3 244 downloads

  • stl

    BatteryOrganizer_D_3Unit.stl

    398 Ko · 3 228 downloads

  • stl

    BatteryOrganizer_D_4Unit.stl

    351 Ko · 3 235 downloads

  • stl

    BatteryOrganizer_D_5Unit.stl

    311 Ko · 3 230 downloads

  • stl

    BatteryOrganizer_D_6Unit.stl

    272 Ko · 3 232 downloads

  • stl

    StackingPin.stl

    79 Ko · 3 238 downloads

Description

Problem:
I needed a way to organize my office battery drawers in a way where I could easily see number of batteries in a sized container. I needed to have access to the head and tail ends of the battery to take measurements with the multimeter. And because I have a 3yr-old son who is in everything, a way to fasten the containers closed so the batteries stay organized in their containers for longer than 5 minutes.

Solution:
Custom sized battery holders in the 4 common sizes. AA, AAA, C, and D. in common battery unit quantities.
Ends of the containers have peg and hole system for closing alignment.
Ends of the containers have appropriate tapered holes to accept optional 6-32 threaded heat inserts put in by soldering iron.
Print 2 containers at a time if wanting a closed container, Print 1 if just wanting a tray.
Print 2x of the StackingPin file to get tapered pins that fit the outside holes to allow containers to be stacked without sliding around.

Additional Hardware - This is optional to others who don't want to fasten the containers closed, but essential for me to keep out my toddler.
Use 6-32 Round Head Machine Screws(1/2" long for AA and AAA. 1" long for C and D).
Use 6-32 threaded heat inserts for plastic put in by any cheap soldering iron.
The heat inserts I had on hand that are pretty inexpensive and avoid having to use any loose nuts are from McMaster-Carr.
Here is the link for the heat inserts I used:
https://www.mcmaster.com/#93365a130/=15qd5mt - for the heat inserts

NOTES:
The design was made in Autodesk Inventor in INCH format. If your slicer imports the model very small, it is most likely importing in as metric by default. You will need to scale up 25.4 times to get the same scale in Inches.

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