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Cannot get to print to this e260dn from Mac OS 9, while it is correctly seen by the same Mac when running OS X. In this specific case the Mac is a PowerBook G3. I installed the OS 9 printer software from the Lexmark site.

I am taking it apart, but to get into the rollers system is a nightmare

unfortunately with manual feed the sheet stops a mere 1 inch after, basically the same thing. The pickup roller works, it stall afterwards, will post a video tomorrow

This PLW12/640 receives the print queue, green led blinks regularly, gets the sheet but then stalls as if a second series of rollers isn’t activated. The sheet is indeed only partially picked up from the tray. Any suggestions ?

My last fix was for a PowerBook 180c: https://68kmla.org/bb/index.php?threads/powerbook-180c-a-very-aggressive-mold.35541/ polarizers film from alibaba. for the 9” PB180c I could use the sheet in diagonal, but for the bigger SVGA display of the PB5300ce I need to source the 45° sheets or bigger

When I discovered this defect on two of the best PowerBook in my basement I was shocked… Then, slowly I am fixing it. Here some pictures and some hints: https://www.ispezioneperugia.it/mac/start/lcd-vinegar-syndrome-fix/

Thank you, in the meanwhile I'll check the bunch of busted PB100 lcds, from vinegar to dead pixels…

no way, I tried to fix other two LCDs with the same defect (bottom half dead) and I can see that the driver connections are bad, so I guess its game over

Incidentally, what is the continuity scheme? 1-row1 to 1-row2 to 1-row3 to 1-row4 2-row1 to 2-row2 to 2-row3 to 2-row4 Etc… I noticed that pin 6-7-8 are continuous

I have several known good logic boards and use one of these for testing. I recapped lcd with tantalium caps, cleaned everything with isopropanol and passed the solder over the 12 row 4 pins. Result, half screen stil dead AND now blue screen of death… 👹

Ok, I can see that the mess is exactly on the other side of the PCB where the 8 caps are leaking. there’s still continuity between each pin of rows 1-2-3-4 and the corresponding pin. i.e. each row has 12 pins so I tested pin 1 of row 1 with pin 1 of row 2, then 3 and 4 etc... will recapping and...

ok, so I have to desolder and resolder all 4 row drivers? or just the last one? quite a challenge though. I have many busted lcd from PB100 so I can make some practice, but its really a challenge for me…

It’s a new purchase (a whole bunch of busted stuff) so I know nothing.

Is this lcd fixable?

I propose to make a chart of situations because I believe that the blue screen of death (BSoD) is not only related to capacitors and inductors but there’s something else. My recapped boards with working inductors show these symptoms: - boot no chime and BSoD - chime and BSoD - no boot at all

While regarding how I feel about the new millennium I concur that 2009-2001 were still 1900

I reopen this old thread because a managed to get Netwok Time work with TCP and the PB100 hooked to an Asante Scasi to ethernet thing:

The external adb keyboard worked! I have recapped dozen of PB100 and never thought to connect the adb keyboard. How stupid! Thank you!!!

I recall trying this and it didn’t work. Let me try again! Thank you!

Is there a way to power up the PB 100 without the keyboard. I am going to test a large number of logics and lcd and would like to avoid to plug and unplug the delicate keyboard connectors