Accessories for Jebao WSQ-01 Automatic Fish Feeder - rubber feet, mounting tabs

I got hold of a Jebao WSQ-01 Auto Feeder from Freegle and managed to get it working again (seized motor, rust-destroyed external power socket, mechanism sensor out of alignment).

Then I needed some bits which weren't in the kit. Designed in F360 and now my setup is complete! If you need parts for yours, here they are :o)  

Rubber feet - designed for printing in TPU, these are just the right size to fit snugly in the base holes where each of the 5 case screws is buried. Without them, unless the unit is mounted on an overhang, the food delivery chute tips the whole unit backwards a little. I use mine for feeding hedgehogs so I need it to discharge food onto the ground, and I needed the feet to make the machine level. You could print them in a rigid material like PLA but might need to sand them a bit to fit in the holes or tweak the parameters in the F3D which is fully parametric for this part. Designed with an overhang so they're easy to remove when needed to access the case screws.

Mounting tabs - I wanted to screw the unit to a board so it can't get knocked over by hungry hedgehogs, foxes, badgers etc hahahah. There are two slots in the base designed for these mounts but they didn't come with mine so I measured up and made some. Again the F3D is tweakable if you want to use different screws, it's fully parametric for this part. STL is assuming you use the Rubber Feet STLs here as the height of the mounting tab matches them. 

There's also a little wedge in the F3D which you're extremely unlikely to need so I haven't posted the STL. It was to glue inside the unit to correct an angle problem with the sensor tab that detects when the delivery system has done one full revolution. 

There's also a “key” for the odd little rectangular slots in the base, in case that ever comes in useful! It could be used as an alternative mounting method, as there are 3 keyholes. I've designed the key to be snug against the outer casing and the internal catch-lugs, so all that would be needed is to add the length of anything proud of the casing (screw hole bulges, any feet present, AND the thickness of the panel you're mounting it on) onto the parameter “CaseThick”, and the design will adjust to create a key of the correct length. Some testing may be necessary! STL not included for this as it needs to be customised to requirements.