Case for USB Cable Tester
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A project box/case for a USB cable tester board.
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Model information
- Source
- Printables
- Category
- Mechanical Parts
- License
- Creative Commons — Public Domain
This case is for a USB cable testing board, typically sold under a listing like this :
- USB Cable Tester, Data Wire Test Fixture Precise Type-C/Mini USB/Micro-USB USB Cable Triad Tester
This particular board (see photos) seems to be sold by a variety of vendors, but judging from the seller photos they are all the same or similar, and they are never sold with a case. In addition, the instructions (printed on the back of the board) are only in Chinese - fortunately a number of buyers have translated these for English speakers, and I have included my own PDF version based on those translations. The PDF version is in very small print, intentionally small enough to tape to the bottom of the case.
Note that the board requires the addition of a standard 5V USB power supply with a micro cable connection - these are NOT included with the board purchase.
My case design turned out to be a bit more elaborate than I initially thought would be needed, but was required both by the layout of the board components, and my design goal of being able to 3D print the case labels via filament switching.
The design consists of these pieces :
- Bottom of the case
- Top of the case
- Top Plate - a cover for the top with relevant labels
- Indicator - a “shroud” for the test indicator lights
- Beeper - [optional] a sort of “speaker grill” for the test beeper
- Test Button - provides access to the test/restart button
- Power Lens - covers the LED power on light
- Indicator Lens - [4 required] “light pipes” to bring the LED test light illumination to the top of the case
The power LED is uncomfortably bright, so I added the Power Lens piece.
I tested the case both with and without the Indicator Lenses. It works either way, but the lenses are a definite improvement.
Assembly
The case us designed to be fastened together using 8 screws (Philips flat-head self-tapping, M2 x 8), four in the top and four in the bottom.
Assembly 1 : Start by placing the circuit board inside the Bottom piece, and then place the Top piece on top of the circuit board. While squeezing the pieces together at each of the four corners, fasten with a screw from the bottom.
Assembly 2 : Press fit the four Indicator Lens pieces into the Indicator piece.
Assembly 3 : Next, insert the Indicator, Beeper, Test Button, and Power Lens pieces into the Top Plate while holding the plate upside down. Note that the Beeper piece is inserted with the large “lip” on the inside of the case. Then place Assembly 1 on top of the plate, and while holding all of the pieces together flip right side up. Make sure the power light is properly positioned, and that the Indicator, Beeper and Test Button pieces are properly positioned. Make sure the Test Button operates properly. Fasten the Top Plate on with four screws from the top.
Print Instructions
Print the parts in PLA using the 3mf or gcode files provided. In general, I used 4 - 5 perimeters and 0% fill.
The top and bottom parts must be printed with the large flat side down.
I recommend using a bit of glue stick when printing the smaller pieces.
The Top Plate is designed to print in two colors with filament switching.
I printed the Lens pieces in transparent filament, but likely any light colored filament would work.
CAD
The OnShape 3D CAD files for this are here :