To Next PageTo Next PageWhat to do if AGFA CR 30-X timed out because the ID button was not pressed?
If a time-out occurs because the ID button of the image processing software was not pressed within 5 minutes, confirm the message on the PC and then press the ID button in the image processing software.
What to do if the AGFA Measuring Instruments digitizer does not start up?
If your AGFA Measuring Instruments digitizer isn't starting, first verify the power supply is functioning correctly. If the power supply is working, it is suggested to contact your local service engineer for assistance.
Explains the meaning and circumstances of icons used in the manual.
Details the different types of notes used in the document (CAUTION, WARNING, DANGER, NOTE).
Explains how tasks, buttons, functions, and names are highlighted.
Explains the general safety relevant information including environmental and occupational instructions.
Lists the revision history and changes made to the document.
Lists other documents that are relevant for this document.
Describes the CR 30-X digitizers and their subtypes.
Details the digitizer system components, including optional parts.
Provides an overview of the CR30-X digitizer within its system context.
Gives a general overview of the CR30-X digitizer system components.
Briefly describes the CR30-X structure and key components.
Explains the role and functionality of the NX workstation in the system.
Describes the cassettes and image plates used with the CR30-X.
Details the step-by-step workflow of an examination with the CR30-X system.
Outlines the hardware components and software architecture of the digitizer and workstation.
Describes the sequence of events during the digitizer's boot-up process.
Details the scanning process, including components and corrections.
Describes key components involved in the scanning process.
Explains the functions of the calibration board for image quality.
Details signal corrections performed before and during the scan for optimal image data.
Explains the stall detection mechanism for motors in the digitizer.
Provides product-specific safety notes and general repair instructions for the digitizer.
Describes all required software and hardware tools for servicing the digitizer.
Provides information on how to resolve issues by referring to a separate troubleshooting guide.
Explains the meaning of LEDs, switches, electrical codes, and lists fuses.
Details procedures for replacing parts, including verification methods.
Describes necessary adjustments and calibration procedures for optimal performance.
States that the digitizer has no device-specific settings alterable by service engineers.
Lists all customer-released software versions, features, limitations, and known problems.
Provides answers to frequently asked questions, referring to the troubleshooting guide.
Lists reference diagrams for sensors, switches, motors, boards, and connectors.
Identifies sensors and switches and their corresponding figures.
Lists motors and their corresponding figures.
Lists printed circuit boards and their corresponding figures.
Lists connectors and their corresponding figures.
Provides an overview of circuit diagrams by designation and page number.
Guides users on navigating the spare parts list using Adobe Reader features.
Details the table with wheels accessory and its features.
Describes the all-in-one cart accessory and its features.
Lists specifications for the UPS Powerware 5115, 120 V Version.
Lists specifications for the UPS Powerware 5115, 220 V Version.
Describes the wall fixation kit accessory and its usage.
Specifies ambient temperature, humidity, magnetic fields, and radiation influences.
Details conditions for transporting and storing the device.
Addresses issues with high displayed LgM-Values and provides a solution.
Addresses interfering noise in the image by solving RAM initialization issues.
Improves ESD behavior of the digitizer in the post scan area.
Improves overall ESD behavior of the digitizer.
Prevents prescan rollers from falling off during transport.
Improves IP run reliability.
Prevents incorrect insertion of the FireWire connector.
Improves reliability of cassette opening and closing.
Prevents damage to the FireWire cable by keeping the digitizer away from walls.
Reduces signal disturbances of BOL and EOL signals.
Provides a CD with a limit pattern for checking image quality post-installation.
Improves image plate run.
Ensures availability of small parts like screws, nuts, and fuses.
Prevents electrostatic discharge during scanning.
Improves IP handling and communication with NX.
Outlines points to ensure system quality and reliability during maintenance.
Specifies when maintenance should be performed (cycles or annually).
Indicates the estimated time required for preventive maintenance.
Covers procedures for diagnosing system issues, including customer questioning and error analysis.
Involves asking the customer about problems encountered since the last maintenance.
Reviews recent images for potential quality issues.
Analyzes error statistics to identify problems.
Analyzes data from the Infocounter for status and troubleshooting.
Resets relative counters for all nodes in the system.
Details steps to check image quality using flatfields and test patterns.
Outlines maintenance tasks that require the system to be powered off.
Involves checking the overall condition of the device and its components.
Describes general cleaning procedures for the digitizer's interior.
Details the cleaning process for the erasure unit's reflector.
Checks the condition of Teflon tape and steel band for proper cassette handling.
Describes the procedure for greasing the spindle of the cassette fixation unit.
Provides instructions for cleaning the scan line if vertical stripes are visible.
Details the cleaning procedure for the lower scan rollers to remove spot artifacts.
Involves checking cassettes for external condition, shutter, and obvious damage.
Outlines maintenance tasks that require the system to be powered on.
Describes the process of performing stall calibration for all motors.
Details how to check the functionality of the cassette unit open safety switch.
Outlines carrying out test cycles with available cassette formats.
Guides through creating and checking a flatfield image for system image quality.
Describes the process of creating a flatfield image using specific exposure parameters.
Contains all planning data including required measures before machine delivery.
Lists changes made to the document across revisions.
Provides an example of the packing list for accessories included in delivery.
Lists separately available accessories for the digitizer system.
Provides dimensions of the digitizer in cm [inch] when closed and opened.
Details dimensions of two optional tables for the digitizer and their features.
Specifies the required clearances around the digitizer for operation and maintenance.
Describes how the digitizer connects to an NX workstation via FireWire cable.
Specifies operating conditions for ambient temperature, humidity, and radiation.
Specifies ambient temperature, humidity, magnetic fields, and radiation influences.
Details conditions for transporting and storing the device.
Provides warnings and instructions for electrical connections, including UPS.
Illustrates the electrical connections for the digitizer's power supply and FireWire.
Shows electrical connections for optional UPS units (230V and 120V versions).
Provides technical specifications including type overview, functional data, and dimensions.
Lists digitizer types, ABC codes, and corresponding serial numbers.
Details functional parameters such as throughput, pixels, and scan resolution.
Specifies the rated voltage, frequency, and power consumption of the digitizer.
Provides functional data for optional UPS units, including voltage and dimensions.
Specifies climatic data such as heat emission and noise level.
Details sound emission data according to ISO 7779.
Specifies the boot-up time and warm-up time for the digitizer.
Provides information about the interface to the NX workstation.
Confirms availability of Infocounter, error diagnostics, and remote service capability.
Details functional data for image plates, including type and retention.
Provides dimensions and weight of the digitizer in packed, closed, and opened states.
Lists the dimensions of the machine when packed.
Lists the dimensions of the machine when closed.
Lists the dimensions of the machine when opened.
Specifies the weight of the digitizer alone and with packing.
Provides the dimensions of the pallet used for shipping.
Lists the general and laser safety regulations the digitizer complies with.
Lists terms and their short descriptions.
Micro Gray – x-ray dose unit.
Agfa Diagnostic Center.
Application Entity.
AGFA Scanner Access Package software for digitizer operations.
Begin Of Line.
Begin Of Scan.
Interface to the World Wide Web (e.g. Netscape, Internet Explorer).
Algorithm to counterbalance irregularities in the scanner of CR.
Communication protocol for data interchange between participants.
Clinical Application Specialist.
Configuration and Customization Manager tool for editing configuration files.
Determination of the region of interest in the image for processing.
Customization Parameter File containing settings for CR System configuration.
Central Processing Unit of a PC.
Computed Radiography.
Copper plate used for exposure of a flatfield.
Digital Imaging and Communications in Medicine.
Measure of x-ray dose (kV x mA x sec), equivalent to μGy.
Device to measure x-ray dose.
Direct Radiography.
Direct Remote Access (external product name: AGFATEC LINK).
Exposure range for usable image data.
Vertical direction to slow scan; image plate transport direction.
High-speed serial bus (IEEE 1394) for device connection.
Field Service Engineer.
General Radiology.
Reduces scattered radiation and increases sharpness.
Global Support Center.
Graphical User Interface.
Inhomogeneous exposure due to target angle, affecting radiation intensity.
Hospital Information System.
Graphical display of gray level distribution.
Stores demographic and plate-specific data; easily replaceable.
Identification Station.
Software tool collecting digitizer status (SW version, IP cycles, errors).
Image Plate (phosphor plate).
Internet Protocol for data transmission.
Address of a computer attached to a TCP/IP network.
Flicker or fluctuation in a display image.
Light Amplification by Stimulated Emission of Radiation.
Liquid Crystal Display.
Light Emitting Diode.
Image Plate for checking CR technical image quality.
Look Up Table.
milli Röntgen, unit for x-ray dose.
Mean Cycles Between Failure.
Mean Time To Install.
Mean Time To Repair.
Agfa's image processing software.
Printed circuit board within the CAN bus system.
Smallest addressable point on the film or plate.
Random Access Memory; volatile main memory.
Radiology Information System.
Region Of Interest.
Read Only Memory; permanently stores instructions and data.
Serial interface for computer communication.
Sensitivity calibration of each pixel in a line.
Transport direction of Image Plate through the scan unit.
Measure of exposure for a defined density.
Number of image plates scanned per time frame.
Programming interface for graphics applications to activate scanners.
User Interface; part of a computer program for user interaction.
Uninterruptible Power Supply for backup power.
Uniform Resource Locator; address for web files.
Unshielded Twisted Pair cable for computer network connection.
Window and Leveling of digital images.
General| Grayscale Resolution | 16 bits |
|---|---|
| Connectivity | DICOM 3.0 |
| Type | Computed Radiography (CR) |
| Resolution | 10 pixels/mm |
| Power Supply | 50/60 Hz |
| Plate Sizes | 35 x 43 cm |
| Pixel Size | 100 µm |
