water cooling e3d v6
this was done for a 3D printer with closed walls. The high temperature interfered with the qualitative passage of the thread through the hotend.the unit requires:2 rubber rings 2.5 mm thick for radiator, I took 15mm inner, but can be up to 20mm, a silicone hose with an internal diameter of 4mm, a water pump for the aquarium and 4 screws m4x40 with nuts and sealant. The sleeve should be made 2 pieces and glue on in the rear part of the block. update: I added an overlay so you can install additional hardware on it Update 2: Added holder for 5015 fan and cooling for printing This hosted file keeps creator credit and license details.
Print details
- Difficulty
beginner
- Materials
PLA suggested; confirm scale and supports in your slicer before printing.
Download files
File metadata
- 333v2.stl
SHA-256:
6cd089b1be267e54e1629d5892c8a2bee570bf451e0f56ff8d5ea54a827b6125 - WATER_BLOCK_LIGHT_FRONT.stl
SHA-256:
d098868b4921c2a169bbaa56b3b4133986d2ed807f567bc602980a2da3b1e0cf - WATER_BLOCK_LIGHT_REAR.stl
SHA-256:
d40bac0312ff217c5d9c3688c145c2c8515054883c4699575457b52716ab5d2f - light_strip.stl
SHA-256:
26d5ea01ef9b2f710eca06efc9113b336de4d2d94ed2c161f5a115271662ce74 - light_strip_v2.stl
SHA-256:
d1d9c451c8c7ec49da111fe61e014c10e40d3c3fd5ab2ac2f84fd3c89db643e8 - sleeve5_10_05.stl
SHA-256:
a236a213d2c74db231f96140cfa397de07cfbb4c60f77d2c9a49ad6407a7f1e2 - sleeve_water_pump.stl
SHA-256:
65a7a55d031917577adc3774a532e6c213668af055523aa87cdae4053c282de1
Attribution
water cooling e3d v6 by Rodjerhell (the original source). License: Creative Commons CC0 1.0. Source: the original source