projects:3dprinting:anycubic_i3_mega:cable_chain
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| projects:3dprinting:anycubic_i3_mega:cable_chain [2020/03/08 22:51] – [Required tools/parts] admin | projects:3dprinting:anycubic_i3_mega:cable_chain [2021/01/26 02:40] (current) – admin | ||
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| ====== Adding cable chains ====== | ====== Adding cable chains ====== | ||
| - | * [[https:// | ||
| - | * [[https:// | ||
| - | ==== Required tools/parts ==== | + | ==== Required tools/material |
| - | * Bosch Taper Countersink Bit M3, HSS, Ø 6,3mm, Art.Nr. 2608597501 | + | * [[https:// |
| + | * [[https:// | ||
| * Kapton tape to isolate the heads of the two tapered screws at the back of the junction box, preventing them to touch the aluminium Z-profile. | * Kapton tape to isolate the heads of the two tapered screws at the back of the junction box, preventing them to touch the aluminium Z-profile. | ||
| + | * Bosch Taper Countersink Bit M3, HSS, Ø 6,3mm, Art.Nr. 2608597501 | ||
| + | * 2x Cable shoe 2.50 mm² hole-Ø=3.2 mm, e.g. Lapp Art. Nr. 63204095 Uninsulated cable lugs/ | ||
| + | * 2x Cable shoe 1.50 mm² hole-Ø=3.2 mm, e.g. LAPP Art. Nr. 63204025 Uninsulated cable lugs/ | ||
| + | * 2x spring washer 3.2mm | ||
| + | * 2x regular washer 3.2mm | ||
| + | * various nuts and bolts M3 | ||
| + | |||
| ==== Y-Axis ==== | ==== Y-Axis ==== | ||
| The main concern with using a cable chain for the Y-axis is how to make a connection which is both capable of sustaining high currents, can be crimped, and is small to fit into a 3d-printed enclosure. | The main concern with using a cable chain for the Y-axis is how to make a connection which is both capable of sustaining high currents, can be crimped, and is small to fit into a 3d-printed enclosure. | ||
| - | For this, a suitable option would be to use unisolated cable-shoes. These are easy to source and easy to use with a 3d printed mounting base, which functions as a junction box. On the picture below a realization of this idea can be seen: | + | For this, a suitable option would be to use unisolated cable-shoes. These are easy to source and easy to use with a 3d printed mounting base, which functions as a junction box. On the picture below a first prototype |
| + | |||
| + | ^ Prototype | ||
| + | | {{: | ||
| + | |||
| + | To protect the open connections, | ||
| ^ Junction box - detail | ^ Junction box - detail | ||
| | {{: | | {{: | ||
| - | With the cover, mounted on the junction box and on the junction box mounted onto the aluminium profile, it looks like the following: | + | With the cover, mounted on the junction box and on the junction box mounted onto the aluminium profile, it looks like the following |
| ^ Junction box - closed | ^ Junction box - closed | ||
| | {{: | | {{: | ||
| Line 28: | Line 39: | ||
| - Aluminium Z-profile, 20x20x20, 2mm thickness, 45mm length | - Aluminium Z-profile, 20x20x20, 2mm thickness, 45mm length | ||
| - Cable chain, 10x10xR18 | - Cable chain, 10x10xR18 | ||
| - | - JST-XH connector & socket and 2-pin header to connect | + | - JST-XH connector & socket and 2-pin header to connect |
| - Cover, to be printed | - Cover, to be printed | ||
| - Junction box, to be printed, with 2x M3 tapered screw, 4x M3 nut, 2x washer, 2x spring washer | - Junction box, to be printed, with 2x M3 tapered screw, 4x M3 nut, 2x washer, 2x spring washer | ||
projects/3dprinting/anycubic_i3_mega/cable_chain.1583704300.txt.gz · Last modified: 2020/03/08 22:51 by admin
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