What to do if Mindray Z6 Medical Equipment fails to start on battery but starts on AC power, and a battery alarm appears?
If your Mindray Medical Equipment fails to start when powered by the battery alone, but starts normally with AC power and a battery alarm appears after powering on, the internal battery may have failed. If the related board or module of the other power system is in normal status, replace the battery.
Why Mindray Medical Equipment AC power indicator remains off?
If the AC input is normal but the AC power indicator remains off, and all power indicators are off, the power supply module may have failed. Replace the power supply module.
How to fix Mindray Z6 Medical Equipment that won't start on battery and has no AC input?
If your Mindray Medical Equipment has no AC input and fails to start when powered by the battery, with the power on indicator flashing before turning off and the battery indicator flashing, it could be that the battery is out of power. Charge the battery.
Why has the image quality of my Mindray Diagnostic Equipment degraded?
Degradation in image quality of your Mindray Diagnostic Equipment can occur due to several reasons. The exam mode might not be correct, so select an appropriate exam type. Also, the settings of the image post-processing might be incorrect; adjust these settings or reset the post-processing to the default values. Inappropriate image presets can also cause this issue; reset the factory default setups.
What to do if the Mindray Diagnostic Equipment monitor displays characters but no images?
If your Mindray Diagnostic Equipment monitor displays characters but no images, the transmission power, overall gain, or TGC controls may be improperly set; adjust these settings. Also, make sure that a probe is properly connected. Finally, check if the system is in a frozen status and unfreeze the image.
What to do if the button is responseless with the system buzzing on Mindray Diagnostic Equipment?
If a button on your Mindray Diagnostic Equipment is unresponsive and the system is buzzing, it's possible the button is blocked by dirt. Check the control panel for any blockage and press the button several times to try and release it. If that doesn't work, clean the button.
What to do if the Mindray Diagnostic Equipment monitor is on but the image is blank?
If the power indicator of your Mindray Diagnostic Equipment monitor is on but the image is blank, the interval between turning off and restarting might be too short; turn off the system and wait a minimum of 1 minute before restarting. The monitor brightness or contrast may also be improperly set; adjust the contrast.
How to fix a Mindray Diagnostic Equipment power indicator that doesn't light on?
If the power indicator on your Mindray Diagnostic Equipment doesn't light up after turning on the power supply, it could be due to an abnormal power system or an incorrect power cord connection. Verify that the plug has not become loosened or dislodged from the back of the system.
General| Brand | Mindray |
|---|---|
| Model | Z6 |
| Category | Medical Equipment |
| Language | English |
Details crucial safety measures for patient and operator during system use.
Details connecting the system to external power or internal battery.
Step-by-step guide for safely connecting an ultrasound probe to the system.
Guides on initiating a new patient exam or continuing an existing one.
Instructions for entering and managing patient information on the system.
Steps to select the appropriate probe and exam mode for scanning.
Instructions for properly ending a patient exam and clearing data.
Adjusting brightness, contrast, and core imaging parameters.
Details on M mode scanning, protocols, and parameter optimization.
Introduction to PW/CW Doppler modes for blood flow analysis.
Procedures for entering and exiting Color M mode.
Steps for using Free Xros M mode for anatomical M scanning.
Steps for entering TDI modes like TVI, TEI, TVD, and TVM.
Steps to perform iScape imaging, including optimization and acquisition.
Steps to perform static 3D imaging, including probe selection and image acquisition.
Prepares for Smart 3D imaging by setting scan method and parameters.
Information about 4D imaging, its procedures, and acquisition preparation.
Steps for performing elastography scans and adjusting ROI.
Steps for performing contrast imaging and adjusting acoustic power.
Options for splitting the display into dual or quad formats.
Techniques for zooming in on images using Spot Zoom and Pan Zoom.
How to freeze and unfreeze the image, and imaging mode switching when frozen.
Steps for connecting the ECG device and placing electrodes on the patient.
Entering/exiting measurement modes and displaying results.
Details on performing general measurements in 2D mode.
How to add, edit, move, and delete comments on ultrasound images.
Detailed steps for typing comments, adding text, and inserting arrows.
Steps for adding and managing body marks on images.
Entering and managing patient demographic and exam information.
Storing, reviewing, and analyzing image files on the system or external media.
Procedures for saving single-frame and cineloop images to the system.
Steps to enter review mode and navigate through stored images.
Options for reviewing, deleting, backing up, and restoring patient data.
Configuring user access levels (Administrator, Operator) and account control.
Steps for system login, changing users, and managing passwords.
Overview of DICOM functions and conformance statement.
Procedures for sending images to a DICOM storage server.
Setting system parameters like region, general, image, application, OB, key config, biopsy, admin.
Lists available probes with models and illustrations.
General procedures for operating transducers, including biopsy steps.
Warnings about sterilization, overview of cleaning processes, and disinfection levels.
Warnings and guidelines for safe and effective biopsy procedures.
Steps to verify the biopsy guide line for accuracy before procedure.
Function for enhancing needle visualization during biopsy procedures.
Detailed steps for cleaning needle-guided brackets.
General information about battery charging and important warnings.
Explains the ALARA principle for controlling ultrasound energy exposure.
Adjusting acoustic power and understanding default settings for optimal images.
User responsibilities for daily system maintenance, including cleaning.
Step-by-step guide for using the normal iWorks workflow.
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