Contex Wide Format CCD Scanner Vidar Atlas P54 MAGNUM XL 54, Stand + Software

Description

Contex Wide Format CCD Scanner Vidar Atlas P54 MAGNUM XL 54, Stand + Software.
Item is in full working order. See pictures for quality. Item sold as is pictured with software, stand, calibration sheet, card, roller, FireWire (everything pictured).
Due to the size of the item. I am selling it as pickup only. However if you buy it and only need a specific part ie (control board or camera) I can pull those parts for you and ship them.
Model: GH67D
No. of cameras: 4
Chassis: 54 inches
Scan width: 54 inches
Scanner Controller: SUCH
Computer interface: IEEE 1394/SCSI (IMDA)
Scan mode: Color / Monochrome
Optical resolution: 508 dpi
SmartCard: BASIC
FSG/MTM/001 060511
Model GH67D is marketed with two different levels of functionality, such as image resolution, scanning speed, scanning modes, etc:
Model: GH67D Tradenames: MAGNUMXL54
MAGNUM XL 54 PLUS
(IEEE 1394 and SCSI interface) (basicleveloffunctionality) (enhanced level of functionality)
The basic version of the scanner (MAGNUM XL 54) may be field upgraded to the enhanced version (MAGNUM XL 54 PLUS) by replacing the BASIC Smart Card with a PLUS Smart Card.
The Automatic Thickness Adjustment Control (ATAC) automatically adjusts for media thickness up to 0.6 inch (15 mm). The motor driver board (MDA) and the motor for the ATAC system are located in a non-removeable Original Guide Plate.
The scan-area is illuminated by one white fluorescent lamp. The light output from the lamp is stabilized by feedback to the lamp power supply board (LME).
Each CCD-Camera in the scanner contains one 7500 x (3+1) pixel (RGB Triplets + Panchromatic B/W) CCD. The output signals from the CCDs are Light Profile Corrected at pixel level.
All scanning and image processing functions are contained on only two boards, the Camera Board (CBF) and the Controller Board (SUC).
The computer Interface Module (IMD) contains:
IEEE 1394 Controller (FireWire) SCSI Controller
for IEEE 1394 interface respectively SCSI interface.
In order to stitch (bring together) the scanlines from adjacent cameras, the fields of vision of the CCD-Cameras overlap slightly and a thin, black wire placed within the overlapped fields of vision marks the virtual end, respectively start, of adjacent scanlines.
The scanlines from the individual cameras are mechanically aligned (by means of a small electric motor) in the vertical direction. The Vertical Alignment and the Horizontal Stitching may be done automatically by means of either SCANtest 6, Test 11 or as part the Scanner Maintenance calibration procedure