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- Page 1 2530C-G5 X-ray Detector reference manual Before using the X-ray detector, be sure to read this manual thoroughly along with any other manuals for the software and other system components. Keep this manual where it is easily accessible.
- Page 2 Before You Begin Before You Begin • To avoid personal injury or product damage, carefully read the manual and all accompanying papers before operating the X-ray detectors. • The X-ray detectors are intended for use by qualified professional personnel who are trained and knowledgeable in the use of X-ray detectors, X-ray systems, and electrical equipment.
- Page 3 2530C-G5 X-ray Detector Meaning of Alerts and Notes This indicates a potentially hazardous situation which, if ignored, will result DANGER in severe personal injury, death, or substantial product damage. This indicates a potentially hazardous situation which, if ignored, may result WARNING in severe personal injury, death, or substantial product damage.
- Page 4 Before You Begin The X-ray detector is not suitable for use in the presence of or in combination with active implanted devices such as defibrillators and WARNING pacemakers. Doing so may prevent the normal operation of these peripherals. For portable applications, the operator and end-user must take precautions WARNING to protect themselves against dangerous X-ray exposure when using the X- ray detector in the X-ray beam path.
- Page 5 Ignoring this warning may cause cable failure resulting in substantial product damage. Varex Imaging tests every X-ray detector, using the tether cable, for Note communication and link speed defects.
- Page 6 Before You Begin Handling Never disassemble, modify, or alter the X-ray detector, its components or accessories. Ignoring this warning may cause electrical shock and/or WARNING unknown hazards, which may result in severe personal injury, death, or substantial product damage. Place the X-ray detector horizontally on a flat, stable surface. If the X-ray detector is placed vertically or in any tilted position, the X-ray detector must Caution be securely fastened to the X-ray detector enclosure or support structure.
- Page 7 2530C-G5 X-ray Detector X-ray Detector Power Supply Do not touch the X-ray detector, cable, connector, or any other electrical component or equipment with wet hands. Ignoring this warning may cause WARNING electrical shock, which may result in severe personal injury, death, or substantial product damage.
- Page 8 Before You Begin If a Problem Occurs If any abnormal condition, such as smoke, fumes, or strange sounds, is evident, remove the power from the X-ray detector, and immediately ask your establishment’s safety representative to contact your dealer, WARNING distributor, or device manufacturer. Further use under abnormal conditions may result in severe personal injury, death, or substantial product damage.
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Page 9: Table Of Contents
Table of Contents Table of Contents Scope ..........................1 Contraindication ......................1 Intended Use ........................1 Audience ........................1 Abbreviations ........................ 2 References ........................2 Definition of symbols ....................3 Standards and Regulations ..................4 Storage and Use Conditions ..................5 Temperature Sensors ....................... - Page 10 Detector Configuration File .................... 22 14.3 X-ray Generator Interface Signals .................. 22 Troubleshooting ......................23 15.1 After-sales Service for Varex Imaging Products ............. 26 15.2 Disposing of the X-ray Detector ..................27 Mechanical Drawings ....................27 Maintenance ........................ 30 17.1 Cleaning and Disinfecting ....................
- Page 11 2530C-G5 Radiated/Conducted Emissions, Harmonics, Voltage Fluctuations & Flicker 33 Table 15 2530C-G5 ESD, Transient/Burst, Surge, Voltage Variation, Magnetic Fields, Radiated and Conducted Radio Frequency Field ................34 Table 16 2530C-G5 Test Specs for Enclosure Port Immunity to RF Wireless Communications Equipment ........................36 www.vareximaging.com...
- Page 12 Exposure with Corrections (Single Frame) ..............21 Figure 10 Exposure without Corrections (Multiple Frames) ............21 Figure 11 2530C-G5 Front and Sizes Mechanical Drawings. Dimensions are in mm..... 28 Figure 12 2530C-G5 Back Side Mechanical Drawings. Dimensions are in mm......29...
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Page 13: Scope
Scope Scope This document describes design elements and respective interfaces for the Varex Imaging X-ray detector 2530C-G5. All applicable mechanical, electronic, and software interfaces are described. Contraindication There are no contraindications. Intended Use The detectors described in this manual are specifically designed for diagnostic procedures and radiological applications. -
Page 14: Abbreviations
PREP Prepare signal Request signal Software Developer Kit Uniform Resource Identifier ViVAPro Varex Imaging and Viewing Application Varex Smart Panel WEEE Waste Electrical and Electronic Equipment References Table 2 includes a list of documents referred to in this manual. For access to the following references, contact your dedicated Varex representative. -
Page 15: Definition Of Symbols
Definition of symbols Definition of symbols Table 3 Describes the symbols used in the detector packaging and in this manual. Table 3 Definition of Symbols Symbol Description On (power connection) Off (power disconnection) Handle with Care Direct Current Authorized Representative in the European Community/European Union The X-ray detectors have an IP68 ingress protection rating. -
Page 16: Standards And Regulations
All regulatory certificates are rendered invalid if any modifications to the Product are made, or any portion thereof, without obtaining the prior written authorization of Varex Imaging. Table 4... -
Page 17: Storage And Use Conditions
Storage and Use Conditions Storage and Use Conditions Table 5 contains a list of the environmental conditions for the 2530C-G5. Environments outside the specification reduce the lifetime and may irreparably damage the X-ray detector. Table 5 Environmental Conditions Category Limits Storage &... -
Page 18: Description On The X-Ray Detectors
2530C-G5 X-ray Detector 10 Description on the X-ray Detectors The X-ray detectors are lightweight and designed for medical, veterinary, and dental use. The X-ray detector together with the T-Series software are designed for integration into an X-ray system. The software is designed to act as the interface between the X-ray detector and the Client PC. For example, the SDK provides API support for configuration, image acquisition, and calibration. -
Page 19: X-Ray Detector Specifications
Description on the X-ray Detectors 10.1 X-ray Detector Specifications The detector specifications can be found in Table 7, while the 2530C-G5 detector surface and features are shown and described in Figure 2 Table 8 respectively. Table 7 Specifications Scintillator Pixel Matrix... -
Page 20: Accessories
Orientation Mark, also indicates glass array coordinates (X = 0, Y = 0) Orientation Mark 11 Accessories Table 9 shows the list of accessories available for 2530C-G5 detector. It is recommended to use the X-ray detector with its approved Varex Imaging accessories and replacement parts. Table 9 2530C-G5 Accessories Varex PN... -
Page 21: Getting Started
Getting Started Upon receipt, inspect the shipment and its contents against the Delivery Note enclosed with the shipment for evidence of damage or missing components. Note Save all shipping containers in case a return is warranted. If there is any discrepancy, see Section 15.1. -
Page 22: System Software Minimum Requirements
2530C-G5 X-ray Detector 12.2 System Software Minimum Requirements Varex Imaging recommends the following minimum desktop computer requirements for use with radiological X-ray detectors: • OS: Microsoft Windows 10 (Version 21 H2 or later) or 11 • OS: Ubuntu 18.04 or 20.04 •... -
Page 23: Connecting The Detector For The First Time
Getting Started • Documentation (e.g., interface specification, install guides) • Libraries (e.g., VSP2 API SDK libraries for Windows or Linux) • ViVAPro (e.g., sample imaging application used during system integration) The SDK utilizes the VSP2 API interface for communication between client and detector. The main API functions are grouped into the following categories: •... -
Page 24: Detector Power-Off
2530C-G5 X-ray Detector Figure 3 Tether Cable Connection 2. Make sure the tether cable is connected to the power supply and the main power. 3. If correctly connected, power will boot the detector and LEDs will become active. 12.4.2 Detector Power-off... -
Page 25: Led Status Indicator Behavior
The LED status indicator is shown in Figure 2, item 3. While Table 10 describes its behavior. Table 10 2530C-G5 LED Status Details LED Behavior Status Orange Solid Booting Green Slow Blinking No connection to the detector, blinks every 1.5 seconds... -
Page 26: Connecting To The Detector With Vivapro
2530C-G5 X-ray Detector 12.7 Connecting to the detector with ViVAPro After cables are connected (see Section 12.4), the ViVAPro tool can be used to create a connection to the detector for development and testing purposes. All documentation for the SDK can be found in the \docs folder after you Note extract the files. -
Page 27: Table 11 2530C-G5 Uri Example
ViVAPro Dialog Box to Insert Detector name and URI d. The detector is pre-configured at the factory with a default IP address. Table 11 provides an example of the URI (including the IP address for various the 2530C-G5: Table 11 2530C-G5 URI Example... -
Page 28: Figure 7 Detector Setup Dialog Box After Detector Connection
2530C-G5 X-ray Detector Figure 7 Detector Setup Dialog Box after detector connection ViVAPro may require setting the location of the SDK libraries. If the Get Library Path dialog displays (see Figure 8), navigate to the \lib folder then select the appropriate sub folder. -
Page 29: Ray Detector Calibration And Corrections
13.1.1 Post-Offset Used for Correcting Exposed Frame For radiographic detectors like the 2530C-G5, offset correction is performed using a post-offset frame captured after the acquisition with X-ray (the post-offset is automatically generated directly after the exposed frame). Therefore, constant offset calibration is not needed for standard radiographic acquisition. -
Page 30: Offset Calibration
2530C-G5 X-ray Detector 13.1.2 Offset Calibration Offset calibration creates an offline offset map used for offset correction. The offline offset map is used to correct a preview frame. Configuring the acquisition to deliver a preview frame using the API is done when setting corrections prior the acquisition. -
Page 31: Performing A Gain Calibration With Vivapro
X-ray Detector Calibration and Corrections requirements under all modes of operation. Dose requirements are determined by the settings of the generator X-ray source. Varex recommends accumulating 32 frames for gain calibration for optimal Note image quality. When a gain calibration is performed, the pixel defect map is automatically Note updated. -
Page 32: Defects Correction
2530C-G5 X-ray Detector Once Offset and Gain calibration are complete with the selected mode, the X- Note ray detector is ready to acquire images. 13.4 Defects Correction Some pixels in the detector may be defective or less linear than the neighbors. It is possible to mask these pixels by applying the defect map correction to the acquired image. -
Page 33: Acquiring Radiographic Images
Acquiring Radiographic Images 14 Acquiring Radiographic Images Radiographic acquisition is controlled by software. Each acquisition results in multiple frames (exposed and post-offset, or a single corrected frame). Exposure is initiated by sending the Start command followed by a Trigger command. When the trigger command is sent, it starts integration. The integration time is defined in the detector configuration file and may be different for each mode. -
Page 34: Image Acquisition With Vivapro
2530C-G5 X-ray Detector 14.1 Image Acquisition with ViVAPro Click on the Acquisition Settings button to apply settings for the acquisition. Once all settings have been configured, click on the Acquire button to start acquiring images. Note See the ViVAPro User Manual for the various configuration settings. -
Page 35: Troubleshooting
Troubleshooting functions. Upon receiving PREP signal, the workstation software should call the vsp2_rad_acquisition_start API function; upon receiving REQ signal, the workstation software should call the vsp2_rad_acquisition_trigger API function. When VSP2_RAD_EXPOSE_WINDOW_START event is received, the workstation software should initiate the EXP_OK signal and when VSP2_RAD_EXPOSE_WINDOW_END event is received, the workstation software should terminate the EXP_OK signal. - Page 36 2530C-G5 X-ray Detector Table 13 Troubleshooting suggestions (continued) Problem Solution Acquired image is noisy 1. Ensure that surrounding equipment is not interfering and re-position the detector further away from equipment. 2. Disconnect the tether cable (power-off the detector), re- insert the tether cable, re-establish the link and acquire another image.
- Page 37 Troubleshooting Table 13 Troubleshooting suggestions (continued) Problem Solution Residual X-ray image from 1. Charge on the sensor pixels from an exposure beyond the previous acquired image saturation point of the pixels may cause a residual image. shows in cur- rent acquired It can be erased by increasing time between exposures or image taking multiple images until the artifact fades away.
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Page 38: After-Sales Service For Varex Imaging Products
0 to be connected to an operator. For product returns, contact your distributor or device manufacturer for shipping and packaging instructions. Do not return products to Varex Imaging for repair or service without advance notification. Include all required papers in the shipment. -
Page 39: Disposing Of The X-Ray Detector
Follow the local radiation protection regulations. The Varex Imaging product may be attached as part of a component to other manufacturers’ systems. These other manufacturers are directly responsible for the collection and processing of their own waste products under the terms of the WEEE Directive. -
Page 40: Figure 11 2530C-G5 Front And Sizes Mechanical Drawings. Dimensions Are In Mm
2530C-G5 X-ray Detector Figure 11 2530C-G5 Front and Sizes Mechanical Drawings. Dimensions are in mm. -
Page 41: Figure 12 2530C-G5 Back Side Mechanical Drawings. Dimensions Are In Mm
Mechanical Drawings Figure 12 2530C-G5 Back Side Mechanical Drawings. Dimensions are in mm. www.vareximaging.com... -
Page 42: Maintenance
2530C-G5 X-ray Detector 17 Maintenance In principle, the X-ray detector assembly is maintenance-free. However, it is important to refresh the detector corrections as needed (see Section 17.1 Cleaning and Disinfecting The X-ray detector may become contaminated during use. The specific materials most likely to become contaminated are the X-ray grade carbon fiber input window and the housing. -
Page 43: Cleaning The X-Ray Detector
Maintenance Disinfecting chemicals are: • CAVI-Wipes • Sodium Hypochlorite (Chlorine Bleach) 17.2.1 Cleaning the X-ray Detector To clean the X-ray detector: 1. Remove the tether cable from the X-ray detector. 2. Use appropriate personal protective equipment as discussed in the chemical’s instructions. -
Page 44: Safety - Electromagnetic Interference
2530C-G5 X-ray Detector If you are using a disinfectant other than those specified or the chemical doesn't Note contain disinfectant instructions on the labeling, we recommend you consult a specialist for the procedure to disinfect. Repeated exposure to alcohol-based chemicals can result in cosmetic Note discoloration of the detector. -
Page 45: Table 14 2530C-G5 Radiated/Conducted Emissions, Harmonics, Voltage Fluctuations & Flicker
Safety – Electromagnetic Interference Table 14 2530C-G5 Radiated/Conducted Emissions, Harmonics, Voltage Fluctuations & Flicker IEC 60601-1-2 Emissions test Compliance Electromagnetic environment test level RF conducted Group 1, Class Group 1, Class The detector uses RF energy for its emissions B, 150 kHz – 30 B, 150 kHz –... -
Page 46: Electromagnetic Immunity
2530C-G5 X-ray Detector 18.2 Electromagnetic Immunity Table 15 Table 16 show the Electromagnetic Immunity for the 2530C-G5 detector. Table 15 2530C-G5 ESD, Transient/Burst, Surge, Voltage Variation, Magnetic Fields, Radiated and Conducted Radio Frequency Field IEC 60601-1-2 Immunity test Compliance Electromagnetic test level... - Page 47 Safety – Electromagnetic Interference Table 15 2530C-G5 Radiated ESD, Transient/Burst, Surge, Voltage Variation, Magnetic Fields and Conducted Radio Frequency Field (continued) IEC 60601-1-2 Immunity test Compliance Electromagnetic environment test level Power Magnetic field should be that of a frequency (50...
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Page 48: Table 16 2530C-G5 Test Specs For Enclosure Port Immunity To Rf Wireless Communications
2530C-G5 X-ray Detector Table 16 2530C-G5 Test Specs for Enclosure Port Immunity to RF Wireless Communications Equipment Test Immunity Band Distance Frequency Power Test Level (MHz) Service Modulation (MHz) (V/m) Pulse 380-390 TETRA 400 Modulation GMRS 460, +/- 5 kHz... - Page 49 Safety – Electromagnetic Interference Table 16 2530C-G5 Test Specs for Enclosure Port Immunity to RF Wireless Communications Equipment (continued) Test Immunity Band Distanc Frequency Power Test Level (MHz) Service Modulation e (m) (MHz) (V/m) 5240 Pulse WLAN 5500 5100-5800 Modulation 802.11 a/n...
- Page 50 ©2023 Varex Imaging All rights reserved. The Varex Imaging logo and design are registered trademarks of Varex Imaging or its subsidiaries, in the United States and other countries. All other trademarks not owned by Varex Imaging or its subsidiaries that are depicted herein are the property of their respective owners. Varex Imaging reserves the right to change this document at any time without notice and disclaims liability for editorial, pictorial, or typographical errors.
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