Jump to content

Recommended Posts

Posted

The tech docs state the nozzle temperature is 240 Max, when we tried this on a test sample we got de-lamination, so my son tried to increase in steps from 240, 250 and 260.... this resulted in exceeding the working temperature of his print head. So, I'm now on the hook for a new high spec fandangled 300 C rated print head for his printer. This watch stuff is an expensive sport!

Posted
17 hours ago, Waggy said:

The tech docs state the nozzle temperature is 240 Max, when we tried this on a test sample we got de-lamination, so my son tried to increase in steps from 240, 250 and 260.... this resulted in exceeding the working temperature of his print head. So, I'm now on the hook for a new high spec fandangled 300 C rated print head for his printer. This watch stuff is an expensive sport!

Which printer is it?  I just need to get a bi-mental heat break for my printer (Ender 3 Pro).  The original heat break let the PTFE tube be too close to the nozzle, which is a problem at higher nozzle temps.

Posted
28 minutes ago, gpraceman said:

Which printer is it?  I just need to get a bi-mental heat break for my printer (Ender 3 Pro).  The original heat break let the PTFE tube be too close to the nozzle, which is a problem at higher nozzle temps.

This is my sons printer, so not exactly sure of the model and I know he has done a ton of mods to it. But I remember him saying that I was now on the hook to get him a heat break (I think he mentioned titanium in the context of its conductivity?) and new injection head that could handle 300 oC

Here is the screen from his new high temperature set up... I can see from this it is an Ender3 and he can now get up to 297 C

signal-2023-05-04-201113_002.thumb.jpeg.7c4050c552f833d6c07bcf4e271f4f43.jpeg

Posted
19 hours ago, Trey said:

I printed mine, using PETG under 240c, that's enough though. fyi

What solutions do you use them in? Also how does it hold up to drying temperature?

Posted
On 5/7/2023 at 2:21 AM, Waggy said:

What solutions do you use them in? Also how does it hold up to drying temperature?

I use water-based solution and IPA, the drying temperature can uphold around 70 celecious, most of time it take really fast to dry up parts (20 secs).

  • Like 1
  • 2 weeks later...
Posted

I recently acquired a Marshall PEERLESS in very good condition without jars. It appears the Pearl/Janta jars will likely fit. Can someone provide info on a source for these jars? Thank you!

  • Like 1
Posted (edited)

Janta jar dimensions.... 3 3/4" X 3 3/4" square X 6 3/8" Tall.  Inside mouth diameter is 3 3/16"

I do not know if Janta will sell them, they can be hard to deal with and the gaskets in the lids

do not completely seal so there is odor and evaporation. The gasket stops about 3/4" from touching

itself. I used plumbers 3" test caps for the lids.

CAP1.jpg

CAP2.jpg

CAP4.jpg

Edited by jimzzilla
Add Text
  • Like 1
Posted

I have a pearl machine and use these Ball jars:

Make sure you get the 'wide mouth'" version and not the standard version.

image.png.199e863d977257c2a4eacf4d4bfa4148.png

As you can see from the below they fit well on the machine:

A little tighter on the jar opening, but still goes in no problem with room to spare:

signal-2023-05-26-162016_002.thumb.jpeg.0c88930052993543cf091403c42f284d.jpeg

Substitute Ball jar on the left and original Pearl jar on the right:

signal-2023-05-26-162032_002.thumb.jpeg.f0c50386d63e8b6ef6eb9af040ee459a.jpeg

Also as you can see from my pictures I took @jimzzillareccommendation and use the plumbers 3" test caps which fit the pearl and Ball jars.

Hope this helps 🙂

 

  • Like 2
Posted (edited)
17 minutes ago, Waggy said:

I have a pearl machine and use these Ball jars:

Make sure you get the 'wide mouth'" version and not the standard version.

image.png.199e863d977257c2a4eacf4d4bfa4148.png

As you can see from the below they fit well on the machine:

A little tighter on the jar opening, but still goes in no problem with room to spare:

signal-2023-05-26-162016_002.thumb.jpeg.0c88930052993543cf091403c42f284d.jpeg

Substitute Ball jar on the left and original Pearl jar on the right:

signal-2023-05-26-162032_002.thumb.jpeg.f0c50386d63e8b6ef6eb9af040ee459a.jpeg

Also as you can see from my pictures I took @jimzzillareccommendation and use the plumbers 3" test caps which fit the pearl and Ball jars.

Hope this helps 🙂

 

Very nice, you are a wise man Waggy!....... 🙂

Edited by jimzzilla
  • Like 1
  • Thanks 1
Posted

Has anyone removed the basket lid that is attached to the shaft on the Pearl machine, I took off the bolt in the side, but it was still held on - maybe friction??

Before I get to physical with my machine and damage it, can anyone let me know the correct way to do it, thanks

image.thumb.png.0999189bca554455c488c91c78a266c9.png

 

 

 

 

Posted
7 minutes ago, Waggy said:

Has anyone removed the basket lid that is attached to the shaft on the Pearl machine, I took off the bolt in the side, but it was still held on - maybe friction??

Before I get to physical with my machine and damage it, can anyone let me know the correct way to do it, thanks

image.thumb.png.0999189bca554455c488c91c78a266c9.png

 

 

 

 

You need to take off the screw at the end of the shaft as well. There’s one that goes into the rod. 

  • Like 2
  • Thanks 1
Posted
3 minutes ago, muddtt said:

You need to take off the screw at the end of the shaft as well. There’s one that goes into the rod. 

Thanks, you probably just saved me $$$$$

  • Like 2
  • 5 months later...
Posted

I have a Janta Pearl machine too.  Changes I've made/making:

  • Added a main switch and replaced the power cord with a grounded plug.  Grounded to the case.
  • Remove the spring.  I may put it back but shorter.  Just long enough so the head won't drop on the glass bottles.
  • I really like the 3" plumbing plug idea for bottle caps.  I grabbed those when I saw it.
  • Replace the all the tape with soldered connections and heat shrink.
  • Ordered the automatic relay switch today from Grainger.  The version mentioned above by @jimzzilla isn't available currently, so I got 21EW91 which just has a finer resolution, only goes to 102.4 seconds rather than 1024 seconds and DPDT switch 4X850.
  • Perhaps replace the two chocolate bar (aka euro style) blocks with screw terminal blocks.

Really happy with all the suggestions to fix it up.  Thanks to the group!

  • Like 3
Posted
On 9/22/2022 at 4:59 PM, jimzzilla said:

I think everything In the drive line of this machine is a little off. The basket looks off as well.

I herd Elma baskets fit this unit as well? I wonder if that would be any better? and i wonder if a slightly slower

spin cycle rpm makes for less sloshing?

I want to get to the bottom of this problem, I can't wait to get the parts in and start working on the shaft and then go from there to to the next problem and get things resolved.

Is anyone using wavebreakers in their jars to reduce cavitation? I purchased some for mine and are not cheap

but it was recommended to a watchmaker friend of mine to get them. I do not know how much they help as I haven't used mine yet, and make sure you bend them to fit tightly in the jar or the basket will grab one and lock up the machine.

 

 

Wavebreaker / Breakwater For Elma Super-Elite Cleaning Machine - HZC5115

WAVEBREAKER1.jpg

WAVEBREAKER2.jpg

Are you able to post the dimensions of the wave breakers? I'd love to make my own as it feels like spending €90+ on getting enough for my machine is excessive.

Posted
12 hours ago, MrMacca said:

Are you able to post the dimensions of the wave breakers? I'd love to make my own as it feels like spending €90+ on getting enough for my machine is excessive.

As per your request.

The last picture shows the odd way it has to be bent, good luck. best regards, James.

 

 

wb1.jpg

wb2.jpg

wb3.jpg

wb4.jpg

Posted
On 11/18/2023 at 3:09 AM, jimzzilla said:

The last picture shows the odd way it has to be bent, good luck. best regards, James.

How thick is it?

Posted

I finally got around to taking photos of my changes.

Full setup.

IMG_8580.thumb.jpg.620aa9957894194998764be58927c4bb.jpg

For baffles in the jars, I went the L&R route.

IMG_8577.thumb.jpg.efd64e06b562feb6aaa0b57e3e91acb3.jpg

I did a 4-wire variant of the original circuit.  It does have a minor drawback where switching to "forward" while the red light is on will pass current through both windings for a few seconds which isn't so good for the motor.  Creative soldering is required to get 2 wires on each spade connector.  This is the 21EW91 switch set for 5 second intervals.

IMG_8575.thumb.jpg.1cbc706213882e14d5cf9076d3d14046.jpg

Plenty of room for the motor with the right-angle connectors.  3D printed TPU grommet.

IMG_8576.thumb.jpg.1f774ff8c1035d3d5d1c65d78cd43624.jpg

I managed to relocate the LED so I can see it from the front.  Potted circuits are a pain!

IMG_8558.thumb.jpg.d23f382912f1e01c1bb63136cdfebdb2.jpg

 

Master switch and fuse.  Also a 3-wire cord that properly grounds the body, plus the really good jar seals. 

IMG_8579.thumb.jpg.1c0f3662ee4cc416b4e0aee384ab9f28.jpg

I hope the helps someone out.

  • Like 3
Posted

I just wanted to add to this goldmine of information as it has been really helpful for me. I've had my machine for a few weeks and was having trouble with foaming, related to the fact I'm using Elma Red 1:9 (water based cleaning fluid) and the fact that the rheostat isn't particularly sensitive on my machine (Pearl). 

I bought the same (overpriced) wave breakers as this chap. They're very flimsy stainless (I hope) steel and it was a bit fiddly to get them into the cleaning jar without bending them out of shape but they're a game changer on 2 fronts:

1. No more foam, whatsoever. The reduction of the amount of foam means I can now spin off the excess fluid without creating a foamy mess and in my view, as I'm not spinning the parts in foam, the quality of the clean is better. 

2. Rheostat works better. The baffles/wavebreakers create more resistance in the fluid meaning the rheostat works as it should, allowing me to control speed in the fluid from very slow to very fast. Of course, the motor still spins like a maniac on meth when it's out of the fluid but there's very little I can do about that. 

 

  • Like 2

Join the conversation

You can post now and register later. If you have an account, sign in now to post with your account.
Note: Your post will require moderator approval before it will be visible.

Guest
Reply to this topic...

×   Pasted as rich text.   Restore formatting

  Only 75 emoji are allowed.

×   Your link has been automatically embedded.   Display as a link instead

×   Your previous content has been restored.   Clear editor

×   You cannot paste images directly. Upload or insert images from URL.




  • Recently Browsing

    • No registered users viewing this page.
  • Topics

  • Posts

    • Yeah I can't take credit there - I thought the plastic punch thing was a work of genius when I first discovered it!  
    • Since I've learned lots here I thought I'd share a tip I picked up elsewhere and put to the test... For that 6105/6309 bezel lume pip look I've punched a clear plastic bottle of water, sanded it for the frost effect, removed the (smaller) pip from a standard/cheap replacement bezel, drilled it out to 2.5mm and fitted it using a smaller punch - fresh lume to hold into place.  Pressing into place is a bit awkward but you soon get the hang of it, and the end result is pretty decent I'd say... The worst part probably being the drilling rather than the pip!      It started out like this: 
    • Ive asked this at a Seiko forum but I know there's plenty of experience here too...   As I have it the recently discovered servicing technique on these is that you stuff the crown full of gaskets and work it until the recessed washer pops, remove the washer, switch the gasket out, dish the washer and push it back into place, levelling out the washer in the process? First attempt did not go to plan... I tried using a plastic pusher to manipulate the gaskets in the crown... Wasn't strong enough and I was struggling to even get the gaskets in up until it broke.   Rethink consists of making/using actual tools: I don't have a staking set, so I've got the old man fashioning a metal pusher, essentially a 2.45mm OD tube with 1.6mm ID with a 6mm press the other end. Also got him on a dishing block/conical stake (sorry I'm terrible with terms) and a holder for the crown while I'm working on it...   I figure that's enough to do the process described above? Push with the metal pusher, dish the washer with the conical stake, press back in with wider flat press (drilled centre so it doesn't catch on the tap).    Plan is to stuff, press by hand and repeat? If that doesn't work by hand I've a drill press I could attach the pusher to for a little more leverage if needed. (Obviously I don't want to go too mad with that, and hopefully can avoid it altogether...)   Sounds like a plan? I'd welcome any advice here, since I really don't want to wreck a crown. Having replaced all the other seals though id really like to sort these too. I welcome any input/advice from those who have been there and done it... Thanks!
    • Hello and welcome to the forum.  Enjoy
×
×
  • Create New...