Painted 2 color print(2 filament changes). ~5h5m (For one color print, set both filament slots to the same color)
Guide rail. 0.16 layer height. 1 color. ~1h4m
Leveling knobs. 0.16 layer height. 1 color. ~44m
For the leveling knobs I have had success with 0.15mm tolerance, but I have also added an option for 0.2mm.
There is a print plate containing test prints to check which is best for you (left one is 0.15mm), as well as separate plates for all knobs with either tolerance.
The knob should snap free with minimal force and should have minimal play in the axial direction.
Print sequence is by object, as this has given me best results when printing multiple.
Assembly:
Tools needed:
Flat head screwdriver ~3.5mm.
During assembly always check rotational freedom of the lever after each step. If it binds, check if the printed parts are smooth. Cut away any faults in the print.
1.
Insert the lever in the casing. There is a slotted hole in the casing which needs to line up with the lever pin. Push to insert, and rotate multiple times both ways until the rotation is more or less friction free.
Repeat steps above for the other side.
2.
Insert the inner stoppers(A) on both casings, protruding inside the lever groove, and insert the mid plate. The plate will keep the stoppers locked in place. Make sure the orientation of the stoppers is as shown in the pictures.
Do the same for the front stoppers(B), and insert the front plate.
3.
Insert the handle. Check that the handle can move freely up and down.
4.
Insert the springs. They should be inserted as shown in the pictures, with the pin at the lowest point.
Tension the springs and put the pin in the lever.
Insert the lower stiffener (Top in below picture).
Insert spring guides as shown. The flat one is friction fit into the cut-outs on the mid plate. The spring center one is dove-tailed.
Check the handle movement after this step, make sure it moves to its end (top) position by itself.
5.
Check the quality of the threaded bolt.
Use the printed tool to hold the leveling knob. Rest the bolt against a table and carefully, with no excessive force, turn the screw while holding the tool until it snaps free. Once free there should be minimal play in the axial direction. Do this for all knobs. If the knob is stuck, try the 0.2mm tolerance version.
Trial fit the knob bolts in the guide rail threads. There might be some initial friction here, so enter the threads and turn a few degrees, then back again, then gradually increasing the turn for each go back and forth until the thread is completely set. Be patient here, don't use excessive force.
6.
Push in the leveling knobs in the casing. There is a slot in the knob and in the casing that should match up.
Use the printed tool, and twist the knob clock-wise until it sets. No need to overtighten. For the lower one you have to push the handle down to gain access.
Insert the guiderail on the opposite side of the casing, and screw in the bolts. Do a couple of turns for all, then go back and gradually tighten in multiple goes until all bolts are seated. The guiderail and its position is what keeps the batteries rolling smoothly down when loading the dispenser. Too wide and the batteries will fly out, too narrow and the batteries will jam.
7.
Final step is to install the last 2 stiffeners.
Width adjustment:
To widen the gap, turn the bolt clock-wise.
To narrow the gap, turn the bolt counter-clock-wise.
Start by turning all the bolts on full turn counter-clock-wise.
Grab your battery and insert it in the dispenser and hold it in front of the leveling knob. Adjust the knob so there is minimal play in the battery's axial direction. Continue this for all knobs.
Once done, release the battery from the top and observe its rolling down the slide. Adjust where necessary and your done.
I advice using the original (designer) profiles, as these always have the latest changes incorporated.
Would appreciate some feedback if this dispenser works with your batteries, or if you have any issues.
KG3Dee
