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Now it is - Just a Trident 300mm


mvdveer

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Had a project in mind and prepared for it by acquiring all the hardware in the form of a Trident 300mm Formbot kit. Printed all the parts for a Trident morphing into a  Tridex . Started the build of what I thought would be a Tridex. But Alas --  Not gonna happen due to a comedy of errors.

The Tridex is based on a 250mm Trident build - I got a 300mm  (I have a Trident 250 but it is printing so well, I am not keen to strip it for this project.)  Thought I might get away by buyng a Trident 350mm frame kit as that will give me the extrusions I need - not the solution.

For the Tridex to work, you need to be able to park the toolhead that is not in use, OFF the build plate.  Not gonna happen on a Trident with a 300mm build plate . 

So - lets build a Trident 300mm, get that printing well and see if I have the energy to convert the 250mm Trident to a Tridex.

Gone with traditional Voron colors - Black and Red, and if you =can believe it - just about a stock build.

Took my time in building a square frame - this is the foundation of a printer that prints well - ensured the Frame bolts were secure and tight.

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AB Motors mounted and Idlers mounted (Non modded - who can believe that from one of my builds?)

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Z-Motors done - (See I can do it - no Z-Belted mod)

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Hung the gantry and racked it.

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Routed the belts and mounted the Chaotic labs TAP (Is that still classified as a mod?)

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And finally mounted the bed

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Starting to look like a printer. 

Onto the Clockwork2 and stealthburner.

 

 

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Stealthburner and clockwork 2 done and trial fitted.

IMG_5324.thumb.png.8da71152033a8d990f4d2a21b66c6e8b.png                                                                              IMG_5325.thumb.png.e44a75b03bad28d3eb5156260a971498.png 

 IMG_5328.thumb.png.9a606fb290085ae00a8aedae86f3ccb1.png                                                                             IMG_5327.thumb.png.b913dd4a8f9496d62dec7dc2d4fc2f1d.png  

Will have to come off again in order to properly do the wiring to the toolhead board which is a Mellow Fly SB2040 Canbus board.

IMG_5330.thumb.png.9fb6b205f027a10f07dd874c24cc9368.png

Now for the electronics - And the awful crimping of those tiny JST connectors.

 

 

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Thank heavens the tiny crimping is done!

IMG_5334(1).thumb.png.38f402c1f1d06f436cf61ca0d1b6a25a.png

Loved the inverted electronics on the previous Trident build and went straight to it on this build. (I do not see this as a mod, just a change of perspective 🤣)

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Component layout done -- sooo much space!

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On to wiring

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  • 2 weeks later...

Now this was interesting. As is my practice, I burned a Raspi SD card with Raspberry Pi Imager, connected the Octopus and SB2040 boards via lab power supplies, flashed the boards - ensured all was working and then installed into the printer. 

Great was my surprise that once all cables were connected, my Can0 network DISAPPEARED!   Well a few choice words and back to the drawing board. Removed the board, fired it up without any connections - and there it was - the Can0 network in all its glory. WTF

Spend most of a day researching, reading and trying to find the problem. well, it works when no wires are plugged in, so lets plug in the wires one by one and see who is the culprit. Timely process but well worth it in the end.

The CULPRIT --- a faulty wired Y-Endstop switch. Somehow I managed to wire it to 5V and GND, not GND and Pin.  Arrrgh! Fixed this and lo and behold - the Can0 interface surfaced again.  ANOTHER LESSON LEARNED - Pay attention - ALWAYS!

Thought I would post this as it shows that no matter how many times you have done something - there is always a possibility of something going wrong

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The build is done. Was not without its fair share of issues. 

IMG_5355.thumb.jpeg.09b25af270cec77b140184827ab2515c.jpeg

 

Installed klippain (more on this in the klippain thread) on this build and started doing the configuration checks. Everything worked as it should from the start - did not need to change any motor directions, etc

However, when I got to the point of testing the extruder, I got the error "IFONT could not be read" which either meant a dead driver or a wiring issue. Wiring was good, so maybe the driver on the canbus board. Thought I try doing a resonance test with the on board ADXL on the canbus - again failed with an error - "Value 0, expecting 5". Thus conclusion - damaged canbus board.  Because I am who I am, I had some spare boards - flashed another installed and all is well again. Was a dead canbus board.

Due to the canbus and umbilical mod, I had to install a tophat for clearance of the umbilical. 

As klippain has ALL the needed macros installed, I tested these out and here are the results. As a start - quite happy with it:

Belts: Tensioned equally and not much "noise" there.

belts_20231029_064740.png.007cf50839392ed228c04c84e04e5a9e.png

X-Axis - Nice sharp peak - happy with that

resonances_x_20231029_064937.png.f41f541a26da9a9beb67cf3a9f0c6952.png

Y-Axis - Mmmhhh something going on there - will have to check the belt path again. Most likely a loose bolt somewhere along the path.

resonances_y_20231029_065150.png.162bac87850647b520eed333d75cd5d5.png

And lastly Vibrations - Not clean at all - 

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After correcting the shaper graphs, will now open the Ellis Tuning guide and start the tedious but MOST IMPORTANT tuning of the machine.

A good source for interpreting these graphs can be found in this video.

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Found the Y-Front Idler screw was loose - rerun the test. Much better but not perfect.

Y-Axis - getting there

resonances_y_20231030_083428.png.a8fe6d4d6d9eb144c2aa66892061a1bf.png

x- axis ----- PERFECT

 

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Ran belts calibration again and as can be expected the belt tension was "unequal"or out

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Tensioned the Y belt and re-ran the belt tensioning macro - belts in sync again:

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Tested vibrations after tensioning - no difference at all

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Now that I actually understand what these graphs mean, it is so more USEFUL ll!

 

 

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Did some basic tuning as per the ellis guide and started a print - a disaster. 

At first thought the filament was wet as the print seemed brittle and lumpy. Dried the filament at 50C for 48hours but that made no difference.  

When I moved the Z-axis, I realised it did not move the full distance. As I used "klippain" for this installation, it turns out I choose the wrong Trident config. There were two to choose from - a TR8X8 and TR8x4 - had NO IDEA what this meant!   (Will have to re-tune the printer because of that)

Rectified the entry from TR8x8 which had a rotation distance of 8 to the TR8X4 and started a print without any tuning, other than setting the Z-Offset.

Result for a first print are acceptable (Benchy and 20x20 cube) and will improve with revisitng the Ellis Guide.

IMG_5378.thumb.png.2b8570a48588b07f161e2d60a060e83b.png  IMG_5379.thumb.png.fe0ef7d55361ae5bbbb8e30efdaf4a37.png  IMG_5375.thumb.png.d26845f6bd86ac4b9d95da70bd7ffa00.png  

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Any comments welcome

 

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  • 4 weeks later...
On 10/17/2023 at 6:01 AM, mvdveer said:

Loved the inverted electronics on the previous Trident build and went straight to it on this build. (I do not see this as a mod, just a change of perspective 🤣)

IMG_5331.thumb.jpeg.dfe65259a1b885f0c69bab4b420be89c.jpeg

 

That mod is so cool, I'm thinking of eventually doing the 2.4 version of this mod on my 2.4.

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25 minutes ago, PFarm said:

That mod is so cool, I'm thinking of eventually doing the 2.4 version of this mod on my 2.4.

Should be possible, don't know why no-one has thought of it before.

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6 hours ago, PFarm said:

(Reverse electronic bay) So with the bed away from the bottom panel, it will not warp like on the 2.4 no need to secure it?

I have not experienced warping on either of the tridents to this point. You can always secure it with some panel clips if you are concerned.

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