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Ryobi 12V LED Lightbulb Light Bulb Adapter

IP Report

Print Profile(1)

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P1S
P1P
X1
X1 Carbon
X1E
A1
A1 mini
H2D
H2D Pro
H2S
P2S
H2C
X2D
A2L

0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
44 min
1 plate
5.0(10)

Open in Bambu Studio
Boost
166
403
28
17
238
115
Released 

Description

Are you heading to a dark and gloomy place ? This easy to print (no supports required) 3D Print will allow you to use a 12V / 60W Equivalent LED Light bulb (2 packs are around $8 on amazon). A 4AH battery should run a bulb for about 10 hours. A great thing to have around to light things up in a power outage, under your car / crawl space / etc … Uses roughly 18g of filament, prints in roughly 40 minutes on 100% speed.

 

Positive Terminal Instructions : Cut a roughly 100mm long strip, feed it up inside the left most hole from the ryobi terminal interior side of the adapter (left most with circle facing upward), feed through some excess and bend into a U shape to feed the strip into the hole next to it (the one off center right). Needle nose plyers or tweezers may help with this. Once the nickel strip is fed back into the return hole, bend over as seen in the photos. Then work backwards to remove any slack, then cut the left over strip slightly past the bottom, again forming a U shape and feed the strip into the securing portion that would supply to the posititve ryobi terminal.

 

Negative Terminal Instructions: Cut a roughly 50m long strip, feed it from the battery port adapter side in the ‘side hole’, repeat the U forming into the battery terminal negative side. NOTE: This side doesn't ‘lock in place’ so some glue would be suggested after seating this strip to hold it in place (you should be able to drop some glue in the U-hook where the battery terminal links on).

 

Additional Notes: This is designed to be a fairly tight friction fit. Depending on your printer you may need to print the model at 101-103%. Though printing at 100 on my P1P works just fine. I used 10mm nickel stripping myself and cut it down to size as needed as I wanted a reasonably wide, but I'm sure 6mm / 8mm would also work fine.

Comment & Rating (28)

(0/1000)

this might be the most useful thing I’ve ever printed. we had a power outage this week and I was happy to have a few of these on hand. People should note that it doesn’t take standard light bulbs. I didn’t read this carefully and ended up burning through the metal strip using a 120v bulb. don’t be like me!
The designer has replied
3
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Thanks man :)
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Once the nickel strip is fed back into the return hole, bend over as seen in the photos. What photos are these?
The designer has replied
3
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Refer to this video to assembly instructions : https://www.youtube.com/watch?v=BWfiLo2GiOo
1
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Interesting design!
The designer has replied
1
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Thanks for the boost :)
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where can i purchase nickel strip from? i tried searching on HD and couldn't find it.
The designer has replied
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You can get nickel strip on Amazon. You can also just use cuttings from a coke/pepsi can and it will 'do the job' (just a bit more annoying)
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I cannot see to get it to work for me,
The designer has replied
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what is it that you are having trouble with ?
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Print Profile
0.2mm layer, 2 walls, 15% infill
No issues at all. It printed perfect both times.
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Boosted
Do you have a link to the required electrical parts?
The designer has replied
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There is an assembly video above, you can also use an aluminum can in place of nickel stripping, however the aluminum has more 'spring' to it, so you might need some super glue gel / epoxy / glue gun / etc ...
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double boosted!
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ive printed it and really like it only down sight i see right now is that the bulb gets verry hot 78 celsius but that might be the type i bought if not pls let me know😁
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Print Profile
0.2mm layer, 2 walls, 15% infill
Works well! Used soda can strips and it works great.
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