Why does my Mindray DC-32 fail to start on battery but works with AC power?
If your Mindray Medical Equipment fails to start on battery power but works with AC power, and a battery alarm appears after startup, it's likely the internal battery has failed. In this case, the suggested solution is to replace the battery.
What to do if Mindray DC-32 won't start without AC input and battery indicator flashes?
If your Mindray Medical Equipment has no AC input and fails to start on battery power, with the power indicator flashing before turning off, and the battery indicator flashing, it means the battery is likely out of power. To resolve this, charge up the battery.
General| Display | 15-inch LCD |
|---|---|
| Storage Capacity | 500GB HDD |
| Power Supply | AC 100-240V, 50/60Hz |
| Type | Portable Ultrasound System |
| Image Modes | Doppler |
| Transducer Frequency | 2-12 MHz |
| Connectivity | DICOM, Ethernet, USB |
| Transducer Ports | 2 |
| Applications | Obstetrics, Gynecology, Cardiology, Abdominal |
Specifies that this service manual is for service engineers, authorized personnel, and representatives.
Describes the product based on the most complete configuration; contact service for questions.
Provides contact information for Mindray's Customer Service Department.
Defines DANGER, WARNING, CAUTION, and NOTE signal words used in the manual.
Explains safety symbols and warning labels with their meanings and locations.
Lists and explains various warning labels and their associated meanings.
Details general symbols used in the system, their descriptions, and locations.
Provides crucial safety precautions for operating the ultrasound system and probes.
Outlines essential safety measures related to electrical connections and usage.
Details safety precautions for moving and operating the system to prevent mechanical damage.
Specifies safety guidelines for users and authorized personnel regarding system maintenance.
Provides a general overview of the diagnostic ultrasound system.
States the intended use of the diagnostic ultrasound system in clinical settings.
Introduces and illustrates the different units of the ultrasound system.
Lists supported peripherals such as printers and footswitches for the system.
Details system specifications including dimensions, electrical requirements, and environmental conditions.
Provides the physical dimensions and net weight of the ultrasound system.
Outlines the AC input, power consumption, and optional battery specifications.
Specifies the operating and storage/transportation environmental conditions for the system.
Details the voltage, dimensions, resolution, and visible angle of the monitor.
Covers essential preparations before installing the ultrasound system.
Details regulated power supply and grounding requirements for safe installation.
Outlines space requirements, network environment, and confirmation steps for installation.
Provides instructions and a sketch for unpacking the main unit package.
Guides the installation process for the main unit of the ultrasound system.
Explains how to adjust the monitor's horizontal position and angle of inclination.
Details the procedure for connecting the power cord to the system.
Describes the installation of transducer and gel holders on the system.
Explains where to position the gel warmer based on customer requirements.
Guides the process of connecting the transducer to the system's probe sockets.
Covers the installation of various peripherals supported by the system.
Provides instructions for installing the footswitch and its system preset settings.
Details the process of connecting and installing a graph/text printer to the system.
Explains how to connect a local printer and check its status.
Guides on adding a network printer by configuring its IP address and port.
Describes printing support using the iStorage function.
Explains how to set the default report printer and its attributes.
Details the overview and specification of the printer adapter.
Covers the installation of analog and digital video printers.
Guides on configuring the system after installation.
Explains how to run the system after connecting power and peripherals.
Describes how the system enters Doppler mode after power-on.
Details how to access and configure system presets.
Explains how to set exam modes for different probes.
Guides on setting measurement parameters for various modes.
Refers to the chapter for installing graph/text printers.
Details how to configure network settings for the system.
Guides on configuring DICOM settings and server information.
Explains how to check product configuration, software, and hardware details.
Provides a schematic diagram and overview of the system's hardware structure.
Details the main unit module and its constituent boards.
Explains the function and principle diagram of the probe board.
Describes the connection between the main board and probe board.
Details the front-end and back-end structure of the main board.
Explains the principle diagram and functions of the IO interface board.
Lists the ports available on the IO rear board.
Explains the principle diagram and function of the ECG board.
Details the principle diagram and function of the 4D driving board.
Describes the structure and function distribution of the power supply module.
Explains the system power-on control circuit and signal comments.
Details the components and functions of the monitor.
Explains the principle diagram and functions of the control panel.
Describes the system monitoring and temperature monitoring functions.
Explains the principle diagram of ultrasound system indicators.
Outlines the personnel and tool requirements for function checking.
Specifies the personnel required for function checking and testing.
Lists the tools required for function checking and testing.
Details procedures for checking the system's running status and environment.
Checks if the system turns on/off normally, runs without noise, and displays correct info.
Checks ambient temperature and humidity for system safety features.
Provides a general exam check flow and content for the system.
Outlines the check flow for general system examination.
Details the checking content for the control panel, LCD, and peripherals.
Checks the functions of keys, knobs, and trackball on the control panel.
Details how to adjust LCD brightness, contrast, and check its display quality.
Checks functionality of peripherals like footswitch, video printer, and graph/text printer.
Explains how to check the ECG module's functionality and display.
Describes the checks for VGA interface, network port, and USB port.
Provides a note on comprehensive function inspection based on system configuration.
Outlines the check flow for different imaging modes.
Details the checking content for B Mode, including parameters and adjustments.
Details B Mode parameters and adjustments for image optimization.
Details the checking content for M Mode, including parameters and adjustments.
Details the checking content for Color Mode, including parameters and adjustments.
Details the checking content for PW Mode, including parameters and adjustments.
Explains how to review cine images and enter cine status.
Guides on performing measurements in different modes and exiting the measurement function.
Describes how to save, review, and manage patient information.
Outlines the test process for evaluating system performance.
Details the steps involved in performing performance tests.
Lists the requirements and tips for testing system performance.
Explains the test steps for transverse and axial resolution.
Provides test steps for determining the maximum depth of the system.
Details test steps for longitudinal and transverse geometric positioning accuracy.
Provides test steps for measuring the blackout area of the system.
Shows an exploded view of the complete ultrasound system.
Lists the field-replaceable units (FRUs) of the system with part numbers.
Outlines necessary tools and engineer requirements for disassembly.
Provides a schematic of assembly/disassembly sequences and notes.
Details the steps for disassembling and removing the monitor module.
Guides on disassembling the IO rear board.
Provides steps for disassembling the machine fan.
Details the procedure for removing the power input assembly.
Guides on disassembling and removing the power module assembly.
Details the steps for disassembling the main unit box module.
Explains how to remove the main unit fan.
Guides on disassembling the IO interface board.
Details removing probe connected assembly and CPU module assembly.
Guides on removing the main board assembly.
Details the steps for disassembling the 4D module.
Provides steps for disassembling the ECG module.
Guides on assembling and disassembling the probe board.
Details the steps for removing the left side-panel assembly.
Guides on removing the right side-panel assembly.
Details the steps for disassembling the control panel assembly.
Explains how to remove single/dual-encoder boards.
Guides on disassembling the TGC board.
Details how to remove the trackball.
Guides on disassembling the keyboard top cover assembly.
Explains how to disassemble the buzzer.
Guides on removing the USB adapter board.
Details the steps for disassembling the DVD assembly.
Introduces other components for disassembly.
Guides on disassembling the spring assembly.
Details the steps for removing cables of the main unit.
Guides on disassembling the isolation transformer.
Details the steps for disassembling the hard disk.
Guides on disassembling the battery assembly.
Covers the installation of optional software devices and modules.
Lists hardware optional functions and their installation references.
Details the structure, tools, and requirements for the printer adapter.
Shows the structure of the printer adapter system.
Lists the necessary tools for printer adapter assembly/disassembly.
Specifies the required personnel for printer adapter maintenance.
Outlines preparations needed before disassembling the printer adapter.
Provides steps for assembling and disassembling the printer adapter.
Explains the status indicators on the control panel.
Details the status indicators for power, battery, AC, and hard disk.
Describes power status indicators on the IO rear board and system status.
Illustrates the system startup process with key indicators.
Details startup procedures when powered by AC or battery.
Details startup procedures when the system is powered on by AC supply.
Details startup procedures when the system is powered on by battery.
Describes the BIOS start-up process.
Explains the Linux start-up process.
Outlines the procedure and details for Doppler startup.
Details the startup procedure for the Doppler function.
Covers system alarming functions and abnormal information logging.
Describes the cause and suggestion for abnormal system configuration files.
Details alarming tips, log records, and suggestions for abnormal system power voltage.
Explains temperature alarming, log records, and suggestions for different sensors.
Details alarming tips, log records, and suggestions for fan-related issues.
Lists alarming tips, log records, and suggestions for battery-related issues.
Details alarming tips, log records, and suggestions for PHV-related issues.
Recommends procedures for care and maintenance.
Lists necessary tools, measurement devices, and consumables.
Provides a table detailing the frequency and method for care and maintenance tasks.
Outlines the flow of cleaning and content for various system parts.
Illustrates the step-by-step process for cleaning the ultrasound system.
Details the cleaning methods for the power button, monitor, and touch screen.
Details cleaning methods for the power button.
Details cleaning methods for the monitor and touch screen.
Details cleaning methods for the trackball.
Details cleaning methods for the cover and control panel.
Details cleaning methods for the probe and probe holder.
Outlines the process for performing maintenance checks on the system.
Lists system functions to be checked, including B mode, M mode, and others.
Details checks for peripherals like printers, footswitches, and DVD-RW.
Covers system maintenance procedures.
Refers to Appendix A for electrical safety inspection.
Explains checking mechanical strength and function of key assemblies.
Addresses issues related to the system not powering on.
Discusses troubleshooting steps when the system fails to start up normally.
Covers troubleshooting for common image faults like dark strips and noise.
Addresses issues related to probe socket recognition and malfunction.
Discusses troubleshooting for the IO interface system, including ports and speakers.
Covers troubleshooting for the control panel, including keys and trackball.
Details troubleshooting steps for control panel key failures and trackball issues.
Addresses troubleshooting for monitor issues like display and backlight.
Details troubleshooting for monitor display problems and mode key indicators.
Provides troubleshooting steps for printer adapter connectivity and printing failures.
Introduces recommended electrical safety tests for comprehensive maintenance.
Details test procedures for the power cord plug and its components.
Covers visual and contextual inspections of the device enclosure and accessories.
Details checks for the presence and legibility of device labels.
Explains the procedure for testing protective earth resistance.
Details the procedure for performing earth leakage tests.
Explains the procedure for measuring patient leakage current.
Details the procedure for testing mains on applied part leakage.
Provides a form for recording inspection and testing results.
Illustrates the target disposal and line target system of the phantom.
Lists performance index requirements for various probe models.
Shows illustrations of the BIOS and LINUX boot screens.
Shows the illustration of the Doppler boot screen.
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