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Related Manuals for Varex Imaging PaxScan 1313DXT-I
Summary of Contents for Varex Imaging PaxScan 1313DXT-I
- Page 1 PaxScan 1313DXT-I/1515DXT-I/ 2520DX-I/3030DX-I X-ray Detectors 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. Making the Invisible Visible...
- Page 2 • In no event is Varex Imaging liable for direct, indirect, or consequential injury, damage, or loss of equipment operation time or image data arising from the use of the X-ray Detector, its components, and/or accessories.
- Page 3 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Meaning of Alerts and Notes This indicates a potentially hazardous situation which, if ignored, will DANGER result in severe personal injury, death, or substantial product damage. This indicates a potentially hazardous situation which, if ignored, may WARNING result in severe personal injury, death, or substantial product damage.
- Page 4 Before You Begin1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Do not modify or alter the X-ray Detector, its components, or accessories. Ignoring this warning may result in explosion, fire, or WARNING electric shock, which may result in severe personal injury, death, or substantial product damage. The detector is not intended to be used as a primary barrier to X-rays.
- Page 5 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors “Section 8.7, Environmental Considerations” on page 17 temperature and humidity levels. This may necessitate air flow over Caution the back surface of the detector. An Image Quality Test or Customer Acceptance test should be Caution performed before the detector is used for the first time. The detector is designed to be integrated into a complete X-ray system Note by a qualified system integrator.
- Page 6 Before You Begin1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Accessory or optional equipment connected to the analog and digital interfaces must be certified to the respective IEC standards (i.e. IEC 60950-1 for data processing equipment and IEC 61010 for electrical equipment for measurement, control, and laboratory use). All configurations shall comply with the system standard IEC 61010.
- Page 7 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Do not drop the X-ray Detector. If the X-ray Detector is dropped, remove the X-ray Detector from service, and immediately ask your establishment’s safety representative to verify or re-validate the Caution proper function of the X-ray Detector prior to resuming use of the detector.
- Page 8 Before You Begin1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Maintenance and Inspection Turn off the power of the X-ray Detector when the inspections indicated in this manual are going to be performed. Ignoring this WARNING warning may result in electric shock, which may result in severe personal injury, death, or substantial product damage.
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Page 9: Table Of Contents
Table of Contents Scope ............. . . 1 Contraindication . - Page 10 Diagnostic Data ............50 12.2 After-sales Service for Varex Imaging Products......52 12.3 Disposing of the X-ray Detector .
- Page 11 List of Tables Table 1 Abbreviations ............1 Table 2 Definition of Symbols .
- Page 12 List of Tables 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors This page intentionally left blank. www.vareximaging.com...
- Page 13 List of Figures Figure 1 Customer System ............5 Figure 2 Detector Surfaces and Features .
- Page 14 List of Figures 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 31 Detector Linked ............33 Figure 32 Mode Drop Down Menu .
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Page 15: Scope
There are no contraindication situations. Intended Use Varex Imaging fluoroscopic digital X-ray detectors and their accessories are designed to be integrated into systems by X-ray system manufacturers. Manufacturers are responsible for qualifying, validating, and certifying their products for their intended uses and meeting all applicable regulatory requirements. -
Page 16: Definition Of Symbols
Specific version of ViVA software Original Equipment Manufacturer RoHS Restriction of Hazardous Substances Radio Frequency Software Developer Kit Virtual Command Processor ViVA Varex Imaging Viewing Application Definition of Symbols Table 2 Definition of Symbols Symbol Description Serial Number Temperature Limits... -
Page 17: Standards And Regulations
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 2 Definition of Symbols (Continued) Direct Current Authorized Representative in the European Community/European Union Manufacturer Date of Manufacture Consult Instruction for Use Do Not Discard with Domestic Waste European Union Mark of Conformity to Applicable European Directives Underwriters Laboratory Safety Mark China RoHS environmentally friendly for 10 years Interference... -
Page 18: Description Of The Detectors
UL 61010-1 Part 1 General Requirements (3rd Ed.) CAN/CSA 22.2 61010-1-12 (3rd Ed.) Varex Imaging products are designed and manufactured to meet the Low CE Mark Voltage Directive 2014/35/EU Note: The detectors do not contain any applied parts. Note: A Declaration of Conformity has been filed for this product and available upon request by contacting Varex Imaging Corporation. -
Page 19: Shipment Contents
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 1 Customer System Shipment Contents Upon receipt, inspect the shipment and its contents against the Delivery Note enclosed with the shipment for evidence of damage or missing components. Save all shipping containers in case a return is warranted. If there is any discrepancy, see “Section 12.2, After-sales Service for Varex Imaging Products”... -
Page 20: Supporting Files
Accessories The detectors shall only be used with its approved Varex Imaging accessories and replacement parts. Product certification and warranty are rendered void if any modifications to the product is made, or any instruction, warning, or caution is not followed. It is important that the detector is not directly connected to the installed network. -
Page 21: Detector Surfaces And Features
Save all shipping containers in case a return is warranted. If there is any discrepancy, please see “Section 12.2, After-sales Service for Varex Imaging Products” on page 52 Detector Surfaces and Features For illustration purposes only, detector is representative of the family of detectors. -
Page 22: Table 5 Detector Surfaces And Features
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 3 Detector Surfaces and Features Table 5 Detector Surfaces and Features Number Description Ground Lug Power LEDs Power Connector Ethernet Port Mounting Holes Carbon Fiber Entrance Window www.vareximaging.com... -
Page 23: Cables
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 8.3.1 Cables For illustration purposes only, detector is representative of the family of detectors. Figure 4 Cable Connections Table 6 Cable Names & Descriptions Number Cable Description Provides power to the detector. See Section 8.5 for detector DC Power Supply power requirements. -
Page 24: Connecting The Cables
If a replacement power supply cord is WARNING required, please request one directly from Varex Imaging to ensure that the power cord meets the standards for the detector. The X-ray generator interface is user-supplied equipment. -
Page 25: Power On The Detector
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 8.3.3 Power On the Detector There is no On or Off switch on the detector. When the power supply is connected to the detector power connector the detector will be in a constant power on state. There is an LED located on the detector which illuminates green to indicate when power is supplied to the detector. -
Page 26: Figure 6 1313Dxt-I & 1515Dxt-I Detector Dimensions (Measured In Inches And Mm)
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 6 1313DXT-I & 1515DXT-I Detector Dimensions (measured in inches and mm) Figure 7 2520DX-I Detector Dimensions (measured in inches and mm) www.vareximaging.com... -
Page 27: Figure 8 2520Dx-I Detector Dimensions (Measured In Inches And Mm)
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 8 2520DX-I Detector Dimensions (measured in inches and mm) www.vareximaging.com... -
Page 28: Figure 9 3030Dx-I Detector Dimensions (Measured In Inches And Mm)
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 9 3030DX-I Detector Dimensions (measured in inches and mm) Figure 10 3030DX-I Detector Dimensions (measured in inches and mm) www.vareximaging.com... -
Page 29: Electrical Rating
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Electrical Rating Electrical ratings for the detectors. Table 7 External Power Supply Specification (if supplied with the unit) Input Input Detector XP Power Type Input Voltage DC Output Frequency Current 1313DXT-I/1515DXT-I AHM85PS15 100V - 240V 50Hz - 60Hz 1.5A 2520DX-I AHM85PS15... -
Page 30: Detector Specifications
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Detector Specifications Table 10 X-ray Detector Specifications Detector 1313DXT-I 1515DXT-I 2520DX-I 3030DX-I Sensor Type a-Si a-Si a-Si a-Si Scintillator CSI, DRZ-Plus CSI, DRZ-Plus CSI, DRZ-Plus CSI, DRZ-Plus Pixel Matrix 1024 × 1024 1152 × 1152 1536 × 1920 1536 ×... -
Page 31: Environmental Considerations
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Environmental Considerations Environments outside the specification reduce the lifetime and may irreparably damage the Product. Table 11 Environmental Considerations Category Limits Storage & Transport (ambient) -20º C to +70º C Storage Humidity Range (non-condensing) 10% to 90% Normal Operation Temperature (measured at the center of the 10º... -
Page 32: Table 13 User Sync Pulse Duration And Response
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 13 User Sync Pulse Duration and Response User_Sync Pulse Duration User_Sync Pulse Response Pulse Duration < 200µs User_Sync signal is ignored Detector is readout and Valid Image bit is set to 1 in 200µs < Pulse Duration < 4ms Diagnostic Data. -
Page 33: Figure 12 User_Sync Blanking De-Activated
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 12 User_Sync Blanking De-Activated All frames are readout 2ms after the rising edge of User_Sync. See Figure Note www.vareximaging.com... -
Page 34: Expose_Ok Output Signal
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 8.8.2 Expose_OK Output Signal The output from the detector is the Expose_OK signal which can be used to trigger the generator. • Expose_OK is active-low (octo-coupler on) when the detector is not being read-out. • Duration of Expose_OK is: Frame Time minus Read-out Time. •... -
Page 35: Table 14 Detector Cable 9-Pin D-Sub Pinout For 1313Dxt-I/1515Dxt-I And 2520Dx-I
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 14 Detector Cable 9-Pin D-Sub Pinout for 1313DXT-I/1515DXT-I and 2520DX-I Connector Pin Signal Exp_OK_Pos Exp_OK_Neg User_Sync_Pos User_Sync_Neg No Connection No Connection No Connection No Connection No Connection Table 15 Detector Cable 9-Pin D-Sub Pinout for 3030DX-I Connector Pin Signal Exp_OK_Neg... -
Page 36: Table 17 Lemo Exa.1B.308.Hln Pinout 3030Dx-I
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 16 Lemo EXG.1B.308.HLN Pinout 1313DXT-I/1515DXT-I and 2520DX-I (Continued) Connector Pin Signal Exp_OK_Pos User_Sync_Neg User_Sync_Pos Table 17 Lemo EXA.1B.308.HLN Pinout 3030DX-I Connector Pin Signal +24VDC +24VDC GND24V GND24V User 5V Exp_OK User_Sync_Neg User_Sync_Pos www.vareximaging.com... -
Page 37: Modes Of Operation
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Modes Of Operation The PaxScan product family supports a number of modes of operation as defined in Table 18. In general, there is a trade-off between varying operation modes of resolution in respect to field of view, frame rate or noise. The sensitivity of the detector is optimized to match the X-ray dose used in each mode. -
Page 38: Table 19 Operational Mode Examples 1515Dxt-I
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 19 Operational Mode Examples 1515DXT-I Mode Pixel Gain/ Image Frame Size Active Acq. Frame Binning Capacitor Area Frame Size Type Rate (Hz) (pF) High Dose Full 2 × 2 1 / 4.0pF 512 × 512 502 × 502 Continuous Fluoroscopy Field... -
Page 39: Operational States
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Operational States The operational states of the detector can be categorized as follows: • Offset Calibration (always OEM-initiated) • Gain Calibration (always OEM-initiated) • Analog Offset Calibration (always-OEM initiated) • Continuous Acquisition (fluoroscopy-type) 10.0 System Software The software package allows installation of the Virtual CP that provides the application program interface (API) to the detector, allowing control and image transfer functionality (see the Virtual CP Interface document for more information). -
Page 40: Figure 15 License Agreement
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors A License agreement window appears. Click I agree. Figure 15 License Agreement On 64 bit systems, a window appears allowing users to choose to install a 32-bit version or 64-bit version. Figure 16 64-bit or 32-bit Installation www.vareximaging.com... -
Page 41: Figure 17 Pleora Driver Installation
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Select the desired option. Click Yes to install the 64-bit version; Click No to install the 32-bit version. VCP installs to for 64-bit installation C:\Program Files\Varex\PaxscanLXX for the 32-bit installation. C:\Program Files (x86)\Varex\PaxscanLXX A Pleora Driver Tool Installation window appears. Click OK. Figure 17 Pleora Driver Installation A window will appear displaying the progress of the software installation. -
Page 42: Figure 19 Ebus Installation
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors An eBUS Driver Installation Tool window appears, make sure the Current Driver says Manufacturer Driver and Action says Install eBus Universal Driver. Click Install. Figure 19 eBUS Installation An Installing window will appear. Figure 20 eBUS Installing Another window asking the user to REBOOT will appear. -
Page 43: Figure 22 Installation Complete
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 21 Reboot Click Close. Figure 22 Installation Complete www.vareximaging.com... -
Page 44: Detector Files Installation
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 10.2 Detector Files Installation Perform the following to install the detector files. Locate the software package and click Setup. Figure 23 Detector Files Setup A Welcome window appears. Click Next. Figure 24 Welcome Screen for detector setup A Choose Installation Location window appears. -
Page 45: Figure 25 Choose Install Location Window
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 25 Choose Install Location Window When installation is complete, click Finish. Figure 26 Installation Window Complete www.vareximaging.com... -
Page 46: Link To The Detector
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 10.3 Link to the Detector Wait 6 seconds after powering on the detector for the FPGA to initialize Note before establishing a link to the detector. Click the ViVA icon. The application launches. Figure 27 The ViVA icon Click Acquisition from the menu bar, click Receptor Setup. -
Page 47: Figure 30 Open Vcp Link
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Click on Acquisition, click Open Link. An alternate method to link the detector is to click the Mode Drop Down Menu and click Link to Virtual CP. Figure 30 Open VCP Link The detector will link with a mode populated in the Mode Drop Down Menu. Figure 31 Detector Linked www.vareximaging.com... -
Page 48: Viva Mode And System Settings
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 10.4 ViVA Mode and System Settings Perform the following steps to adjust the ViVA mode settings. Ensure that the link to the VCP is established. See step 4 of Section 10.3. Click on the Mode Drop Down Menu and click the desired mode. Figure 32 Mode Drop Down Menu Click Acquisition from the menu bar and click on Mode Settings to adjust mode settings. -
Page 49: Figure 34 Mode Settings Window
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 34 Mode Settings Window Click Acquisition from the menu bar and click on System Settings. Figure 35 System Settings www.vareximaging.com... -
Page 50: Calibration Procedures
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors A System Settings window appears. The detector image corrections may be changed. Figure 36 System Settings Window 10.5 Calibration Procedures This section describes the different calibration procedures that are necessary for the detector function. 10.5.1 Offset Calibration Offset calibration compensates for fixed pattern pixel intensity variations in the image associated with the dark current and electronic offsets. -
Page 51: Offset Calibration Steps
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors A different offset reference image is necessary for each operating mode, therefore it is important to update the offset data for each of the operating Note modes. Perform an offset calibration in each mode when a gain calibration is Note performed. -
Page 52: Gain Calibration
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors An Offset Calibration Process window appears followed by Offset Calibration Acquisition Completion. Figure 39 Offset Calibration Progress Window 10.5.3 Gain Calibration To compensate for non-uniformities in the detector, a gain reference image (flat field) is used by the Corrections module to correct all images. -
Page 53: Table 22 Gain Calibration Sequence
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors This range ensures that gain calibration meets both the upper and lower dose requirements under all modes of operation. The generator X-ray source settings determine the dose requirement. To reduce the effects of noise, the average of each pixel in the flat field image is calculated by accumulating a number of frames into an internal memory buffer, then dividing the sum of each pixel by the number of frames acquired. -
Page 54: Fluoroscopic Mode Gain Calibration Steps
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 10.5.4 Fluoroscopic Mode Gain Calibration Steps It is critical that the detector not be turned off or the Ethernet cable WARNING removed during any calibration. ViVA provides a convenience of running offset calibration as part of the gain calibration process;... -
Page 55: Figure 41 Gain Calibration
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 41 Gain Calibration A Gain Calibration window appears. Figure 42 Gain Calibration Window Remove all objects from the X-ray beam. Initiate X-ray exposure, then click Continue. The detector begins acquiring flat field images. www.vareximaging.com... -
Page 56: Figure 43 Gain Calibration Flat Field Accumulation
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 43 Gain Calibration Flat Field Accumulation Once flat field accumulation is complete, terminate the X-ray beam. Wait 20 seconds, then click Continue. Figure 44 Dark Field Accumulation Begin www.vareximaging.com... -
Page 57: Figure 45 Gain Calibration Complete
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Dark Field accumulation begins with progress shown in the display window. Once all frames have been acquired, the detector updates with the averaged gain calibration for the current mode. The updated message shows on the progress window and calibration process completes. -
Page 58: Image Acquisition
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 10.6 Image Acquisition Once offset and gain calibration are complete, the detector is ready to capture images. 10.6.1 Fluoroscopy 2 2 / Full-Res Fluoro 1 1 Mode × × The Fluoroscopy mode is commonly used for its ability to provide real-time moving images for positioning and verification. -
Page 59: Figure 48 Buffer Allocation And User Comment Windows
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Figure 48 Buffer Allocation and User Comment Windows Enter user comments if necessary. Click OK. If no comments are entered, click Cancel to continue. Following acquisition, a message box appears, providing active image capture data. Figure 49 Capture Data Click OK. -
Page 60: Maintenance
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 11.0 Maintenance In principle, the detector assembly is maintenance-free; however, it is important that all correction files are regularly updated and used for image processing. In some applications, it is advantageous to update the offset correction file directly before each image. Although the a-Si detectors are resistant to X-rays, they can exhibit degradation over time when exposed to high X-ray dose environments. - Page 61 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Locate and read the cleaning instructions specified on the product label. Follow the product instructions for cleaning. If you are using a disinfectant other than those specified, we recommend Note you consult a specialist for the procedure for cleaning. Obtain a dry towel.
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Page 62: Troubleshooting
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 12.0 Troubleshooting Table 23 Problems and Solutions Problem Solution 1. Reorient or relocate the receiving device. Detector causes Electro-Magnetic 2. Increase the separation between the equipment. Interference 3. Consult the manufacturer or field service technician for help. 1. - Page 63 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 23 Problems and Solutions (Continued) 1. Ensure that the tube dose is set to the correct settings. 2. Acquire another image at the recommended median count as stated in Section 10.5.3. 3. If problem persists; unplug the cables, re-attach the cables, re-establish the link.
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Page 64: Diagnostic Data
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 23 Problems and Solutions (Continued) ViVA software freezes Restart the computer and re-launch the ViVA software. 1. Email the error log file generated to: flatpanel.warranty@vareximaging.com. This log file is normally ViVA error message found at C:\users\{username}\AppData\Local\ crashdumps\viva.log 1. - Page 65 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 24 Diagnostic Data (Continued) Pixel Column Register Name 16-bit Data Formula Note 1313DX=40 1515DX=41 Detector Type 2520DX=42 2530C=43 Bit 15~8=Revision Firmware Revision and Build Bit7~0=Build User_Sync Frame Info Bit 7 =Frame Valid Blanking Continuous Frame Count 16 bit frame counter Counter Board Serial Num-...
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Page 66: 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 67: Disposing Of The X-Ray Detector
This product should not be mixed with other commercial waste for disposal. 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 68: Safety
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 13.0 Safety This section describes electromagnetic safety. 13.1 Electromagnetic Compatibility Varex detectors generate, use, and radiate radio frequency (RF) energy. If not installed and used in accordance with the instructions, they may cause harmful interference to other devices or may be affected by other equipment in the vicinity. -
Page 69: Electromagnetic Emissions
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 13.2 Electromagnetic Emissions Table 25 Radiated/Conducted Emissions, Harmonics, Voltage, Fluctuations, & Flicker Emissions test IEC 60601-1-2 Compliance Electromagnetic environment test level The detector uses RF energy for RF conducted emissions Group 1, Class B, Group 1, Class B, its internal function. -
Page 70: Electromagnetic Immunity
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 13.3 Electromagnetic Immunity Table 26 ESD, Transient/Burst, Surge, Voltage Variation, Magnetic Fields Immunity Test IEC 60601-1-2 Test Compliance Electromagnetic Level Environment Floors should be wood, ± 8 kV ± 8 kV concrete, or ceramic tile. If contact discharge contact discharge Electrostatic floors are covered with... -
Page 71: Rf Immunity
1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors 13.4 RF Immunity Table 27 Conducted/Radiated RF Immunity test IEC 60601-1-2 Compliance Electromagnetic environment test level Portable and mobile RF communications equipment should be used no closer to any part of the detector than the recommended separation distance calculated from the equation applicable 3 Vrms 3 Vrms... - Page 72 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Table 27 Conducted/Radiated RF (Continued) Note: At 80 MHz and 800 MHz, the higher frequency range applies. Note: These guidelines may not apply in all situations. Electromagnetic propagation is affected by absorption and reflection from structures, objects and people. Note: Field strengths from fixed transmitters, such as base stations for radio (cellular/cordless) tele- phones and land mobile radios, amateur radio, AM and FM radio broadcast and TV broadcast cannot be predicted...
- Page 73 Index Numerics Disposal Files Installation 1313DXT-I and 1515DXT-I Mounting Holes, Front (Screw Type) Power on 1313DXT-I and 1515DXT-I Mounting Holes, Rear Specifications (Screw Type) Surfaces and Features 2520DX-I Mounting Holes, Front (Screw Type) Detectors 2520DX-I Mounting Holes, Rear (Screw Type) Detectors, Description 3030DX-I Mounting Holes, Front (Screw Type) Dimensions, Detector...
- Page 74 Index 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Installation, Software Mode Integration, System System Intended Use Shipment Contents Interface and Power Supply and Cables Safety Signals Note Expose_OK Interface Signals Input Interface, Generator Interface Ionizing Radiation, Protection Against Output User_Sync Signals, Interface Software Installation LEDs, Status Software, Software Link, Establish...
- Page 75 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors Index Weight X-ray Tube www.vareximaging.com...
- Page 76 Index 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors This page intentionally left blank. www.vareximaging.com...
- Page 77 1313DXT-I/1515DXT-I/2520DX-I/3030DX-I X-ray Detectors This page intentionally left blank.
- Page 78 ©2023-2024 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. Paxscan is a registered trademark and ViVA is a trademark of Varex Imaging. All other trademarks not owned by Varex Imaging or its subsidiaries that are depicted herein are the property of their respective owners.
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