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General| Power Supply | 100-240V AC, 50/60Hz |
|---|---|
| Operating Temperature | 10°C to 40°C |
| System Type | Ultrasound System |
| Touchscreen | Yes |
| Imaging Modes | Color Doppler, Power Doppler |
| Advanced Imaging | V Flow |
| Connectivity | DICOM, USB, HDMI, Ethernet |
| Probes | Convex, Linear, Phased Array, Volume |
| Portability | Cart-based |
| Storage Temperature | -20°C to 55°C |
| Humidity Range | 30% to 80% (non-condensing) |
| Display | 23.8-inch high-resolution LED monitor |
| Transducer Ports | 4 |
Details the safety classifications of the system, including protection against electric shock, water ingress, and flammability.
Explains the meanings of signal words like DANGER, WARNING, CAUTION, and NOTE used for safety instructions.
Explains the meaning and usage of safety symbols employed in the manual for user awareness.
Provides essential safety precautions for patient and operator during system operation, covering electrical, mechanical, and general safety aspects.
Warns about potential allergic reactions to latex in probe sheaths and provides contact information for CIVCO.
Describes the warning labels attached to the system and their meanings to alert users about potential hazards.
Specifies the intended patient population and types of examinations the diagnostic ultrasound system is applicable for.
States that the diagnostic ultrasound system is not intended for ophthalmic use.
Details the technical specifications of the system, including power supply and environmental conditions.
Outlines the standard configuration of the main unit and accessories, and lists available probes.
Provides an overview and function of the various units and components of the ultrasound system.
Describes the back panel interface, detailing the function of various ports like USB, VGA, HDMI, and network.
Explains the power supply panel, including auxiliary outputs, AC power inlet, and equipotential terminal.
Details the front panel interface, including ports for probes, ECG/DC IN, USB, and audio input/output.
Describes the control panel layout, buttons, knobs, and their functions for system operation.
Lists and explains the various symbols used in the system, including safety, electrical, and port indicators.
Provides instructions and safety precautions for moving and positioning the ultrasound system, with and without central brake.
Details how to connect the power cord and protective grounding, and information about battery power.
Explains how to adjust the monitor's position, brightness, and contrast for optimal viewing.
Describes how to adjust the position of the control panel for ergonomic use.
Provides instructions for safely connecting and disconnecting ultrasound probes, including warnings.
Guides the user on connecting various peripheral devices such as USB devices, footswitches, and printers.
Explains the monitor display layout and basic operations of dialogue boxes and menus.
Details how to enter and manage patient information, including new patient registration and exam activation.
Guides the user on selecting appropriate exam modes and probes, and switching between them.
Explains how to select different imaging modes using the control panel buttons.
Describes how to activate a previously finished exam or continue a paused exam.
Explains how to pause an exam, save its status, and continue it later or end it.
Explains how to switch between different imaging modes and adjust image parameters on the touch screen.
Details the B Mode exam protocol and parameters for optimizing image quality.
Explains the M Mode exam operation, parameters, and optimization techniques for improved image quality.
Covers Color Mode scan parameters and optimization steps to enhance flow imaging.
Describes Power Mode scan parameters and optimization techniques for visualizing blood flow intensity.
Explains the V Flow mode, its basic operations, parameters, and optimization for visualizing blood flow direction and velocity.
Details PW/CW modes, exam operation, parameters, and optimization techniques for spectral display of blood flow.
Explains Color M Mode, its image parameters, and how to enter and exit the mode.
Describes Free Xros M mode for analyzing arbitrary parts and directions of 2D images to assess cardiac movements.
Introduces TDI mode for low-velocity tissue motion analysis, including its types, exam protocol, and parameters.
Provides an overview of 3D/4D imaging, terms, and basic procedures for acquiring and viewing images.
Explains the iScape panoramic imaging feature, its procedures, capture methods, and image quality evaluation.
Details contrast imaging, basic procedures, parameter display, and optimization for enhanced visualization of blood flow.
Introduces Elastography, Strain Elastography, its procedures, parameters, and optimization for tissue hardness assessment.
Explains Stress Echo feature, overview, acquisition procedures, loop selection, and wall motion scoring.
Covers Tissue Tracking Quantitative Analysis, its procedures, screen display, and image selection for analysis.
Explains Ultrasound Fusion Imaging, its overview, magnetic navigator, screen description, and basic procedures.
Lists and illustrates various ultrasound probes supported by the system, showing their models.
Provides comprehensive guidance on performing biopsy procedures, including warnings and safety precautions.
Explains the needle navigation guiding feature, its procedures, accuracy verification, and screen display.
Discusses potential risks of bioeffects from diagnostic ultrasound and concerns regarding advanced applications.
Advises on the prudent use of ultrasound, emphasizing minimal exposure for medical benefit and avoiding high levels.
Explains the ALARA principle for controlling ultrasound energy and minimizing bioeffects while acquiring diagnostic information.
Provides basic knowledge of Mechanical Index (MI) and Thermal Index (TI) and their relationship to bioeffects.
Details how to adjust acoustic power, default settings, and practical adjustments for optimal imaging and safety.
Discusses system controls that affect ultrasound output and quality, categorized into direct and indirect controls.
Explains derated ultrasonic output parameters and FDA maximum acoustic output limits for safety.
Lists the total estimated measurement uncertainties for various acoustic quantities.
Lists references for acoustic power and safety information, including AIUM and IEC standards.
Provides guidance on electromagnetic emissions and compliance levels for the system's RF and harmonic emissions.
Details electromagnetic immunity requirements and guidance for electrostatic discharge, electrical fast transients, and voltage variations.
Specifies electromagnetic immunity guidelines related to RF communications equipment and field strengths.
Provides recommended separation distances for RF communication devices to prevent electromagnetic interference.
Outlines the daily cleaning procedures for the main unit components, including dust-proof net, display, trackball, and control panel.
Describes common visual and manual inspections for probes, power cords, plugs, and batteries to ensure proper function.
Details a systematic inspection process for key system functions like B mode, Color mode, Doppler, M mode, and keyboard tests.
Guides on inspecting peripherals and optional functions like printers, footswitches, barcode scanners, and DICOM/ECG modules.
Focuses on mechanical safety inspection of key components, including casters, handles, and control panel structures.
Explains the overview and operation modes of the 1-D barcode reader, including LED indicators and scanning.
Details the overview, setup, and settings for the 2D barcode reader, covering cable installation and parameter configuration.
Describes how to set up the 1D and 2D barcode readers within the ultrasound system's scan code settings.
Lists the default parameters for 1-D and 2-D barcode readers, including symbologies and settings.
Provides instructions for cleaning the barcode reader's exit window to maintain scanning accuracy.
Explains the objective of iWorks for automating ultrasound workflows and reducing user interface steps.
Guides the user through the basic steps of using a normal iWorks protocol for examinations.
Illustrates the screen display layout for iWorks, detailing the function of each numbered area.
Describes how to perform view selection, repetition, replacement, and deletion operations within iWorks.
Explains how to suspend an iWorks protocol for manual examination and resume it later.
Describes the 'Insert' function for adding specialized protocol events and measurements to assist in common pathological states.
Guides the user on creating custom user-defined iWorks protocols and customizing automated procedures.
Details how to customize protocols and views within the iWorks preset screen for personalized workflows.
Explains how to use the wireless LAN feature, including connecting to networks and entering passwords.
Provides a general overview of the ultrasound gel heater and its installation in the heater bracket.
Details the structure of the ultrasound gel heater, identifying its components.
Lists the power supply and environmental condition specifications for the ultrasound gel heater.
Describes the function and requirements of the gel heater, including temperature levels and heating time.
Provides step-by-step instructions for installing the gel heater and preparing it for use.
Details the electrical safety tests for the power cord plug, including pin condition, plug body, strain relief, and connections.
Outlines visual and contextual inspections for the device enclosure and accessories, checking for damage, noises, and smells.
Instructs the user to check for the presence and legibility of manufacturer and facility labels, including warning labels.
Explains how to test the protective earth resistance using an analyzer, ensuring it is within specified limits.
Describes the procedure for performing Earth Leakage tests under various outlet conditions and lists the applicable limits.
Details the procedure for performing Enclosure Leakage tests under various outlet conditions and lists the applicable limits.
Explains how to measure patient leakage currents between applied parts and mains earth under different conditions.
Describes the Mains on Applied Part test procedure and the associated limits for BF applied parts.
Explains how to measure patient auxiliary currents between applied part connectors under various outlet conditions.
Provides an overview of the built-in battery, its charging behavior, and general usage notes.
Explains the battery status indicator icons and their meanings related to battery capacity and charging.
Lists vocal commands and their corresponding operations for controlling the ultrasound system via voice.
Lists the hardware specifications required for the system, including CPU, hard disk, and monitor.
Specifies the software environment requirements, including the operating system.
Details the network requirements, including cable and wireless network standards and security.
Explains the meaning of indications (N, P, E) used in the document.
Lists additional comments regarding combined modes available for the system.
Clarifies that intraoperative applications include abdominal, thoracic, and vascular examinations.
Specifies small organ applications covered, including breast, thyroid, and testes.
Indicates that other uses include urology applications.
Specifies usage for detecting fluid and pleural motion/sliding.
Notes regarding Tissue Harmonic Imaging.
Notes regarding Smart 3D imaging.
Notes regarding 4D imaging.
Notes regarding iScape View.
Notes regarding TDI (Tissue Doppler Imaging).
Notes regarding Color M mode.
Notes regarding Strain Elastography.
Notes regarding Contrast imaging for LVO.
Notes regarding V Flow.
Notes regarding STE (Sound Touch Elastography).
Notes regarding STQ (Sound Touch Quantification).
Notes regarding Contrast imaging for Liver.
States that the system is not intended for central cardiovascular or central nervous system use.
