I received the first one a while ago, first impression is quite ok.
Thorsten mentioned: " a
fter the pinion the tape hangs free, so that the components can jump with thin plastic tape." I can imagine that's the case (no experience yet) but probably it is solvable by adding some support underneath (still wonder why the table is 'floating' at the pick location, basically it is only supported at one side by the sprocket gear)
I also looked at the SiPlace feeders suggested, but for my situation these seem too big.
When searching the Chinese sites, there seem to be 2 variants of this T2 (or "Ray") feeder:
I have the ones with the black PCB, it has all metal gears. Judging from the pictures, the one with green PCB has some plastic gears. I have no idea which one is newer or whether there are other differences.
I first hooked it up to a power supply (6.5V approx. 2A is required) and by using a push button on the feeder, I could forward the tape. I also have Bamboo feeders, but have to admit, tape loading of the T2 is easier.
I used an USB to RS485 converter (FTDI based) and with the PDF from Thorsten (Thanks for this) and a little help from Google translate, was able to control the forward feed via OpenPnP.
They are assigned 3 addresses, which are lasered in. Today I received a second feeder (was curious about the assigned addresses) and fortunately it has different addresses. It seems there is also an option to change the address, but didn't try it.
After trying the feed using OpenPnP, I decided to give this feedera try, so designed a small pcb (length 39cm) to mate the feeder contacts.
My PNP is constructed of 20x20 profile. For the width it It fits perfectly on 20x20, but not for the height. I am currently designing a replacement 3d printable lock lever, which should facilitate to mount it on a 20x10 profile.
As soon as it's mounted, I will try to get it working with visual support.
Op woensdag 9 april 2025 om 13:56:31 UTC+2 schreef Marco Blancato: