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I think your problem comes from there <<Athlon XP - 512 RAM - 80GB HD - Windows XP - Navigator 7.03 - Plugin Highwater downloaded on the website of Xitron. Tentatod was also HQ Torrent 6.0.>> I mean: you installed incorrect plugin Agfai32

You can use the same long APIS cable for Taipan and HW RIPs because APIS protocol of data exchange wrote down in one of the chips installed at HW interface board. APIS cable has only straight wires, no twisted pairs itself. So, if the same cable was good for Taipan RIP when Accuset was...

No doubts, CPU board, one of Zilog chips passed away or lost contact(s) on the chip's pin(s)

Forget about "marriage" APIS + HQ RIP APIS board + PrintDrive -> to catch tif files ripped by HQ RIP is the only one solution. For AGFA equipment you will need another interface card to connect with HQ RIP.

Avantra did not get the signal READY from the film processor. Check the serial cable from the processor to Avantra and both connections at small RJ45-to-DB9 intermediate cable connected to OCP.

That is absolutely incorrect approach to the solution! On the Density Calibration test you have to find an exposure value which gives you desirable optical (neutral) density: For instance 4.0. and check 50% field for that exposure. In case of Accuset that could be 54 -58% because the Accuset...

+1 CSDM problem!

Yes, you will be a fish on AGFA's "silver hook". DO NOT start CTP transition of your company from outdated technology. LAP silver-halyde plates - it's time to go out the market! Listen to maxon! Look at processless and chem-free technologies. P.S. There is nothing personal against the Company...

And I came with the opposite statement to the same verdict :) 75ALS 192 and 195 - signal transmitters and receivers are the part of APIS at DEC board. Internal test OK - basic part of DEC is OK too... but possible APIS problem: PAC/UPAc board, APIS cable (long or short) and APIS chips on the DEC...

200 units - is startpoint for LAP-V, so your idea, what type of plates they use, was correct.

My Customer (VS, 60 mW laser) uses last generation of photopolymer plates and now has 430 exposure value after completed "optics recalibration"

Correct for LAP-V plates, but not for Photopolymer ones.

Question number one: when (last time) did you performed optics cleaning procedure? After that you could start to discuss BOL Sensor sensitivity adjustments and other steps with your local AGFA tech (or other freelancer who is experienced in Galileo).

That's not 100% reliable diagnostics. AndroDiag service software created exactly for the last generation of Glunz&Jensen processors (film and plate).

What do you use to check all up? AndroDiag?

It's incorrect at all to compare 2 different technologies: photopolymer and "silver". LP-68/72/150 processor remains un-upgradeable for chemfree plates.

I bet there is 75ALSXXXN transmitters problem at DEC board.

To recal...ibrate, not to recall :) If the image of internal test looks like having "Foggy Edges" - that's bad signal for me: you killed Laser Driver Board (actually writing LD) by static discharge from your body.

Only BOL (start of line position) parameter needs to be readjusted in case of every step was performed correctly.

1. SS5000 Density range 0 - 999 (default 550 for 1200 dpi and 350 for 2400 dpi) - your laser has no life at all. 2. Laser assembly. It's possible to replace the Laser only, but by experienced tech 3. Fujifilm is a company name, not a film name - so, the correct answer impossible because of...