shower holder 3.1

youmagine

Human: English Non-printable parts are required as follows: 3x M5 x 30mm A2 DIN 933 5x M5 Body panes A2 DIN 9021 6x M5 hexagon nuts A2 DIN 934 (1x stainless steel plate A2 1 x 7.5 x 9 mm only when using clamping element b) → A2 = Stainless steel → DIN 933 = Hexagon socket head screws 1x tube with 20mm outer diameter is available, for example, at DIY stores or Amazon, I recommend stainless steel, but the necessary processing is very time-consuming. An alternative is aluminium - it is cheaper, very easy to work with and lighter, but for health reasons I prefer not to use it in the bathroom. The stainless steel pipe cost at that time with dispatch approximately 15€. The aluminum pipe cost at that time with Obi (building market) approximately 5€. The tube length is calculated as follows: Distance of the screws holes (s1) - 38mm = Required tube length (s2) s1 - 38mm = s2 All printed parts were made from PETG. Warning: The two handles are not identical! The shorter handle is used for fixation on the tube and in the basket, the longer handle fixes the swiveling of the showerhead. Whether to use the handles from version 3.0 or 3.1 is a matter of taste. The holder for the showerhead should be printed with 4-5 Perimeters (outer lines), provided that a 0.4mm nozzle is used. Additionally, some support at the rounded edge is required. The clamping element (the small part that is pushed against the tube) should be printed with 100% Infill. Version a without steel plate, please do not work on the screw. Version b with steel plate, significantly increased lifespan, where then also the screw below should be filed smooth. Middle piece: - 3.0 No support material required, not so pretty as 3.1. - 3.1 Support material is required on the print bed, for a better optics. For the remaining parts, 3 Perimeters and 20% Infill are sufficient, no support is required. There are two different versions of tube holders, one with long hole and one with round hole for wall mounting and a square in the hole for the 20mm tube. This square has the task of preventing the tube from twisting, I recommend making it on the underside. As a description for the assembly, the first video is intended, an image says more than a thousand words, the video comes from version 2.0 but has not changed its fundamental principles so that I consider it pointless to make a new one. I would be very happy about a small donation or a picture of your print and feel free to visit my other designs.