Anet e10 eje X varillas. V.2.1 (versión mejorada)

thingiverse

Human: System for rods for axis X anet e10 v2.0. (Option 1 or 2 layer fans) The original profile has been preserved to provide greater rigidity to the axis and prevent misalignment or loss of steps from motors and minimize inertia. The goal of this improvement is to increase print quality by avoiding oscillations or ghosting of the original wheel car and preventing misalignment. In this new version, the belt anchorage has been improved by eliminating the closure of the previous version that could cause stiffness in the displacement of the car and tension on the ends. Two layer fans have been added (there is a version with one fan). The right support has been lengthened and the hole for the E3dv6 support screws has been increased to facilitate assembly. The cables in this version go above due to the lack of space below. Materials needed: 2 rods 8 mm x 33.4 cm long, as an option 1 or 2 layer fans The original profile has been preserved to provide greater rigidity to the axis and prevent misalignment or loss of steps from motors and minimize inertia. The goal of this improvement is to increase print quality by avoiding oscillations or ghosting of the original wheel car and preventing misalignment. In this new version, the belt anchorage has been improved by eliminating the closure of the previous version that could cause stiffness in the displacement of the car and tension on the ends. Two layer fans have been added (there is a version with one fan). The right support has been lengthened and the hole for the E3dv6 support screws has been increased to facilitate assembly. Instructions: 1. Insert the belt through the tensioner or wheel on the right support. 2. Measure from the center of the car to the end of the hole, this will be the maximum distance that the belt will be introduced, perhaps 1 or 2 teeth more for the fold that it makes below. Introduce the two ends of the belt through the small holes in the car. 3. Fold the ends of the belt to support on the printed teeth inside the igus holes, taking into account that they do not overlap one on top of the other... If not that they find one end in front of the other and introduce the igus so that it does not come out. 4. Introduce the rods and left and right supports. 5. Leave the belt completely relaxed and from the left side, introduce it into the pulley. 6. Once inside, present the entire X axis as is. 7. Put separators, wheels and screws of all the X axis but do not tighten the screws. 8. This step is not mandatory but it is totally recommended. The X axis should be level (left and right motors of the Z axis, if not, adjust it). 9. Loosen the rear screws of the X axis profile (8a, 8b, 8c, and 8d) that keep the profile fixed. Tighten the belt tensioner and thus the left and right supports will support with their wheels on the Z axis profiles until we notice that all the wheels are blocked if we try to turn them manually, but without overdoing it just enough for them to support equally. With this we ensure that all the wheels make the same force against the profile and prevent losses of steps in some motor of the Z axis that affect the alignment of the X axis profile... Then adjust the interior wheels. 10. Tighten the screws of the wheels, supports and X profile and already adjust the belt tension. 11. Introduce a screw through the hole... Inside is the shape made so that it does not turn. 12. And finally put the E3dv6 cover. Images are attached to change in Marlin the rotation direction of motor X and the off set of print area measurements.