Difference between revisions of "E3D Titan Aqua Mount"
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== 12V mixed with 24V == | == 12V mixed with 24V == | ||
| − | [ https://duet3d.dozuki.com/Wiki/Connecting_and_configuring_fans#Section_Using_fans_with_mixed_voltages Duet3D link for connecting fans with mixed voltages ] | + | [https://duet3d.dozuki.com/Wiki/Connecting_and_configuring_fans#Section_Using_fans_with_mixed_voltages Duet3D link for connecting fans with mixed voltages ] |
== Effect on Other Tools == | == Effect on Other Tools == | ||
As a result of the increased size in Y over the default tool, the other tools' coupling plates needed offsetting. This design problem can be solved many ways; we chose to us a 15mm "spacer" with a 15mm M3 standoff press-fit into it. | As a result of the increased size in Y over the default tool, the other tools' coupling plates needed offsetting. This design problem can be solved many ways; we chose to us a 15mm "spacer" with a 15mm M3 standoff press-fit into it. | ||
Revision as of 17:24, 6 July 2020
E3D's Titan Aqua is a water-cooled HotEnd that also cools the Extruder. It's an all-metal HotEnd that can print at higher temperatures with additional equipment. The E3D Titan Aqua requires a water-cooling reservoir and radiator with fan. E3D sells a kit containing a reservoir, radiator with fan, and all required fittings and tubing. The pump and radiator fan in E3D's kit are 12V only: for 24V printers please use a DC-DC converter (more on this later).
Adapting the Default Tool Plate to mount an E3D Titan Aqua
Coupler Plate design
Left/Right Wing Design
Water Cooling Reservoir, Pump, Hoses, and Fittings
12V mixed with 24V
Duet3D link for connecting fans with mixed voltages
Effect on Other Tools
As a result of the increased size in Y over the default tool, the other tools' coupling plates needed offsetting. This design problem can be solved many ways; we chose to us a 15mm "spacer" with a 15mm M3 standoff press-fit into it.