Why is the acquired image noisy on Varex Imaging 4343W Security Sensors?
If the acquired image from Varex Imaging Security Sensors is noisy, ensure that surrounding equipment isn't interfering and reposition the detector further away. Power off or reboot the detector, re-insert the battery, re-establish the link, and acquire another image.
What to do with ViVA error message from Varex Imaging?
To address a ViVA error message with Varex Imaging, email the generated error log file to: flatpanel.warranty@vareximaging.com. This log file is typically found at C:\users\{username}\AppData\Local\ crashdumps\viva.log
How do I fix the 'Out of virtual memory' error when using Varex Imaging software?
To resolve the 'Out of virtual memory' error with Varex Imaging, close some of the currently open windows.
How to prevent Electro-Magnetic Interference from Varex Imaging 4343W?
To address electromagnetic interference caused by the Varex Imaging Security Sensors detector, reorient or relocate the receiving device and increase the separation between the equipment.
How to resolve ViVA software freezing issues with Varex Imaging?
If the Varex Imaging ViVA software freezes, restart the computer and re-launch the ViVA software.
What to do if the Varex Imaging Security Sensors detector was dropped?
If the Varex Imaging Security Sensors detector has been dropped, power it off and inspect for damage. If the battery appears undamaged, place it in the battery charger to check for errors. Inspect the detector for any physical damage. Insert a charged battery and see if it powers on, then re-establish a link. Acquire an image and check for missing data regions. If the detector was dropped and isn't returned to Varex, perform a new gain calibration.
What causes a white or black channel in acquired images from Varex Imaging Security Sensors?
If the acquired image from Varex Imaging Security Sensors shows a white or black channel, power off or reboot the detector, re-insert the battery, and re-establish the link. Ensure the tube dose is set to the correct settings and acquire another image at the recommended median count.
How to eliminate vertical or horizontal lines in acquired images from Varex Imaging 4343W?
If the acquired image from Varex Imaging Security Sensors shows vertical or horizontal lines, power off or reboot the detector, re-insert the battery, and re-establish the link. Ensure the tube dose is set to the correct settings and acquire another image at the recommended median count. If the problem persists, add the defects to the defect map and redo a gain calibration, then acquire another image.
How to correct a non-linear image on Varex Imaging Security Sensors?
If the acquired image from Varex Imaging Security Sensors is non-linear or the pixels are past the saturation point of dose, power off or reboot the detector, re-insert the battery, and re-establish the link. Ensure that the tube dose is set to the correct settings and acquire another image at the recommended median count.
How to fix Varex Imaging Security Sensors detector that fails to link wirelessly?
If your Varex Imaging Security Sensors detector is not linking wirelessly, first ensure it is associated with the access point, using the LED indicator behavior as a guide. If it still won't link, try powering it off or rebooting it, then re-insert the battery and try associating it again. If the issue persists, power cycle the access point. Finally, check the access point connections and settings, ensuring the SSID, IP Address, and password match.
Information on safety precautions and measures for ionizing radiation use.
Explanation of DANGER, WARNING, CAUTION, and NOTE symbols.
Details on automatic exposure detection using vTrigger mode.
Procedures and warnings for maintaining and inspecting the X-ray detector.
Information regarding contraindications for the X-ray detectors.
Details on the intended purpose and application of the X-ray detectors.
Identifies the intended readers of this document.
List of acronyms and their full meanings used in the manual.
List of documents and resources referred to in the manual.
Lists the items included in each shipment of the X-ray detector.
Information on connecting the X-ray detector via data interfaces and cables.
Instructions for connecting the Service Cable to the 4343W model.
Instructions for connecting the Tether Cable to the 4336W-G5 and 2530W-G5.
Details on the Software Development Kit (SDK) files for installation.
Information on Bonjour installation files required for ViVA software.
Provides sample code projects for C# and C/C++.
Utility software for transferring configuration files to the detector.
Step-by-step guide for installing the ViVA application.
Procedure for inserting the battery into the X-ray detector.
Procedure for removing the battery from the X-ray detector.
How to check the battery charge level using the indicator.
Information on the hot-swappable battery feature.
Steps for installing the inductive battery charger and detector support.
Steps to access and log in to the VSP Control Panel.
Guide on how to change detector configuration settings.
Instructions for changing the administrator password for the control panel.
Procedure for updating the X-ray detector firmware.
Explanation of offset calibration to compensate for pixel variations.
Step-by-step guide for performing offset calibration using ViVA.
Process to compensate for non-uniformities using gain calibration.
Detailed steps for performing gain calibration in ViVA.
Procedure for acquiring single-shot, high-resolution radiography images.
How to change acquisition type in the Radiographic Progress window.
How radiographic acquisition is controlled by software and API commands.
Details on vTrigger acquisition controlled by hardware and software.
Hardware signals for interfacing X-ray detector with generator.
Information on magnetic sensors for detector positioning within a bucky.
Feature allowing wireless detector to run autonomously and store images.
Capability to set IP address, password, and SSID via software.
Procedures and precautions for cleaning and disinfecting the detector.
Step-by-step instructions for cleaning the X-ray detector.
Step-by-step instructions for disinfecting the X-ray detector.
Solutions for detector linking and WiFi connection problems.
Troubleshooting detector causing or affected by EMI.
Resolving problems like non-linearity, dark images, noise, and defective pixels.
Troubleshooting ViVA software freezes and error messages.
Solutions for issues like detector being dropped.
Details on RF conducted and radiated emissions, harmonics, and flicker.
Information on ESD, transient/burst, surge, and voltage variation immunity.
FCC and IC compliance statements and SAR limits.
Industry Canada notice regarding radio interference and compliance.
General| Brand | Varex Imaging |
|---|---|
| Model | 4343W |
| Category | Security Sensors |
| Language | English |
To Next Page
