May 3, 2025
Description
Under shelf mount for MikroTik RB5009Uxxxx and the other models that share a case size (MikroTik have tech drawings on their website for comparison)
Enough room above for cable routing and some heat dissipation.
Once brackets are attached to the shelf/desk, router slides in from the back. Can be secured with M4 bolts with nuts fitting in captive holes.
Print standing up on its back so the layers the screw touches go all the way to holding the router up for best results.
Nothing else special required, this is a light router and there should be plenty of surface area to spread the load. I printed in PETG, mainly cause I didnt have black PLA.
The file here is of the left (from router pov) mount, mirror it for right mount.
If you use the side entry power, add a void with the centre half way between the screw holes and the appropriate height.
Screws to attach to shelf - 3-3.5mm od, drill out holes in the bracket as necessary to avoid pushing apart the layers.
Router fixing (optional) - 4x M4x8mm or longer, standard M4 nuts 3mm thick or less. (router wont slide in if the nuts are too thick.
Mark/drill 4x pilot holes at 26x208mm centres. Make sure that the closet (back) holes are at least 135mm away from the wall so you can slide the router in from the back
(optional) Place M4 nuts into the hex holes, you may need to give them a little encouragement depending on how your printer is setup, it is designed to be snug
Screw the brackets to the shelf careful not to drop your nuts. there are holes for the screwdriver to make this easier
Slide router in from back
(optional) screw the M4 bolts up from the bottom of the router into the pre-installed nuts.
License:
Creative Commons — Attribution — Noncommercial — Share Alike
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