What to do if the power indicator blinks on my Mindray M9?
If the AC indicator is on, but the power on/off indicator is off or blinking after pressing the button on your Mindray Medical Equipment, the cause may be an error from the main board of the power supply. The suggested solution is to replace the main board.
Why is my Mindray M9 Medical Equipment running on battery when plugged in?
If the system power supply adaptor AC power indicator remains off, and the Mindray Medical Equipment starts using battery power, there are two potential causes: either there is no AC input, or there is an error from the power supply adaptor. To resolve this, first, re-check the AC connection. If the problem persists, replace the power supply adaptor.
What to do if Mindray Medical Equipment doesn't work on battery?
If your Mindray Medical Equipment only works when connected to the power supply adaptor and fails to operate solely on battery power, it could be due to low battery capacity or a battery module error. First, try charging the battery module. If the issue persists, consider replacing the battery module.
How to fix Mindray Medical Equipment when AC power indicator is off?
If the AC power indicator remains off and your Mindray Medical Equipment starts using battery power, there could be two potential causes: either there is no AC input, or there is an error from the power supply adaptor. First, re-check the AC connection. If the problem continues, replace the power supply adaptor.
General| Type | Portable Ultrasound System |
|---|---|
| Battery | Rechargeable lithium-ion battery |
| Battery Life | Up to 90 minutes |
| Display | 15.6 inch high resolution LED monitor |
| Imaging Modes | B, M, Color, Power, PW, CW |
| Transducers | Linear, Convex, Phased Array |
| Transducer Ports | 3 |
| Probe Connectors | 3 |
| Connectivity | DICOM, USB, HDMI |
| Operating System | Windows-based |
Defines signal words like DANGER, WARNING, CAUTION, and NOTE used in the manual for safety instructions.
Explains safety symbols and warning labels used on the ultrasound machine and its components.
Details essential safety precautions for operating the ultrasound system and using probes.
Provides an overview of the diagnostic ultrasound system's intended use and general appearance.
Illustrates the physical components and layout of the ultrasound system, labeling key parts.
Shows the physical components and layout of the mobile trolley, labeling key parts.
Lists the compatible peripheral devices that can be connected to the ultrasound system.
Outlines the technical specifications including dimensions, electrical, environmental, and monitor details.
Covers essential preparations for system installation, including electrical and environmental requirements.
Specifies the required space, ventilation, and network environment for proper system installation.
Provides instructions and duration for unpacking the system components, including trolley and main unit.
Details the process of connecting power, ECG leads, and ultrasound probes to the system.
Guides on connecting essential peripherals like footswitch, USB devices, printers, and barcode readers.
Covers system configuration steps including presets, network settings, DICOM, and security.
Provides a schematic overview of the main unit's hardware architecture and its components.
Details the main board's components including power supply, backend, and frontend sections.
Describes the structure and functions of the control panel unit, including its boards and diagrams.
Details the trolley power supply system, including its components and connections.
Illustrates the system power-on process and the controlling signals involved.
Details how to check the system's running status and working conditions, including environmental factors.
Outlines the procedures and criteria for performing general checks on the control panel, monitor, peripherals, and I/O interface.
Describes the process for checking system functions like imaging modes, measurements, and probe usage.
Details test procedures and content for evaluating system performance, including resolution and depth.
Explains how to log in and enter the maintenance mode for system settings and operations.
Guides on activating the Windows 10 operating system, both online and via phone.
Covers software maintenance tasks such as log export and data backup/storage.
Details procedures for managing preset data and performing patient data backup and restoration.
Displays an exploded view of the system's main assemblies, labeled with identification codes.
Provides detailed exploded views of assemblies like the monitor, control panel, main unit, and trolley.
Illustrates the exploded view of the main unit and the structure of the mobile trolley.
Details the procedures for disassembling and assembling the main unit's parts and hardware boards.
Provides step-by-step instructions for assembling and disassembling the mobile trolley and its components.
Guides on installing, promoting, and uninstalling optional software devices and their key files.
Details the installation of accessory kits and optional hardware devices, referencing specific chapters.
Explains the meaning and status definitions of various indicators on the control panel and the whole machine.
Outlines the step-by-step process of starting the ultrasound machine, from power-on to Doppler interface.
Lists common alarming tips, their corresponding LOG records, and suggested solutions for errors.
Details the introduction, procedures, and reports for self-testing the system's hardware and software.
Provides an overview of maintenance procedures and lists necessary tools, devices, and consumables.
Details the process for cleaning the system components and peripherals, including specific tools and methods.
Outlines procedures for general checks, system function checks, and checks for peripherals and optional functions.
Describes the process for inspecting the mechanical strength and function of the ultrasound system's components.
Provides guidance on troubleshooting issues related to the system failing to power on, including related modules and key points.
Offers solutions for scenarios where the system cannot perform its intended functions, covering modules and key troubleshooting points.
Addresses common image-related problems, their causes, and solutions, focusing on modules and key points.
Provides troubleshooting steps for issues with the control panel, including related modules and key points.
Details troubleshooting for LCD display issues, covering related modules, key points, and specific monitor problems.
Offers guidance for troubleshooting the ECG module, including related modules, key points, and specific fault descriptions.
Outlines procedures for electrical safety inspection, covering power cord plug, device enclosure, and labeling.
Continues electrical safety inspection procedures, focusing on device labeling and protective earth resistance.
Details Earth Leakage and Patient Leakage Current tests as part of electrical safety inspection.
Covers Mains on Applied Part Leakage and Patient Auxiliary Current tests for electrical safety.
Describes the self-test procedure for verifying hard disk integrity and analyzing potential failures.
Details the self-test for PC module and DSP FPGA interconnection, including analysis and suggestions for failure.
Explains the DSP FPGA DDRIII self-test, covering test content, analysis, and suggestions for failure.
Describes the self-test for DSP FPGA and TRA interconnection, focusing on control interface communication.
Details the TRA AFE SPI interface self-test, including content, analysis, and suggestions for failure.
Explains the TRA AFE digital interface self-test, covering analysis and suggestions for failure.
Describes the ATGC function self-test, including content, analysis, and suggestions for failure.
Details the TRA transmission and reception function self-test, covering analysis and suggestions for failure.
Explains the DSP FPGA and EC ARM interconnection self-test, including analysis and suggestions for failure.
Describes the DSP FPGA and SM ARM interconnection self-test, including analysis and suggestions for failure.
Details the system voltage self-test, covering analysis and suggestions for failure.
Explains the system temperature self-test, including analysis and suggestions for failure.
Describes the fan speed self-test, covering analysis and suggestions for failure.
Details the speaker self-test, including analysis and suggestions for failure.
Explains the WIFI function self-test, covering analysis and suggestions for failure.
Describes the 4D overcurrent protecting status self-test, including analysis and suggestions for failure.
Details the 4D drive circuit self-test, covering analysis and suggestions for failure.
Explains the TEE temperature signal self-test, including analysis and suggestions for failure.
Describes the TEE angle signal self-test, covering analysis and suggestions for failure.
Details the DSP FPGA and TRB interconnection self-test for control interface.
Explains the TRB AFE SPI interface self-test, including analysis and suggestions for failure.
Describes the TRB AFE digital interface self-test, covering analysis and suggestions for failure.
Details the DSP FPGA and TRA&TRB interconnection self-test for data interface.
Explains the TRB transmission and reception function self-test, covering analysis and suggestions for failure.
Describes the DSP FPGA and PHV ARM interconnection self-test, including analysis and suggestions for failure.
Details the CW mode self-test, covering analysis and suggestions for failure.
Explains the PHV mode self-test, including analysis and suggestions for failure.
Describes the HV self-test, covering analysis and suggestions for failure.
Details the light sensor auto adjust self-test, including analysis and suggestions for failure.
Explains the keyboard USB interconnection self-test, covering analysis and suggestions for failure.
Describes the keyboard, encoder, TGC, trackball self-test, including test description and suggestions.
Details the keyboard key and trackball LED self-test, covering test content and suggestions.
Explains the LCD monitor I2C interconnection self-test, including analysis and suggestions for failure.
Describes the LCD monitor adjust data check self-test, covering analysis and suggestions for failure.
Details the LCD monitor brightness control self-test, including analysis and suggestions for failure.
Explains the LCD monitor backlight control self-test, covering analysis and suggestions for failure.
Describes the left battery I2C interconnection self-test, including analysis and suggestions for failure.
Details the right battery I2C interconnection self-test, covering analysis and suggestions for failure.
Explains the left battery self-test, including analysis and suggestions for failure.
Describes the right battery self-test, covering analysis and suggestions for failure.
Details the ECG module information read self-test, including analysis and suggestions for failure.
Explains the ECG module self-test, covering analysis and suggestions for failure.
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