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Defines the product's safety classifications and protection degrees against electric shock and ingress of water.
Lists the electromechanical safety standards the product complies with, referencing various IEC standards.
Describes precautions necessary to prevent user hazards of great urgency.
Indicates hazards that can cause serious personal injury or substantial property damage.
Indicates hazards that can cause equipment damage.
Provides useful information for installing, operating, and maintaining the system.
Covers purpose of use, safety information, electrical, mechanical, and biological safety aspects.
Details the intended clinical applications of the ultrasound system and its probes.
Specifies applications that the product must not be used for, particularly involving the eye.
Provides essential safety information, intended use, and warnings for operating the system.
Explains the IEC-established symbols used for medical electronic equipment and potential hazards.
Addresses electrical safety, including prevention of electric shock and compliance with standards.
Provides information related to ECG monitoring and its interaction with the system.
Explains electrostatic discharge, its causes, and preventive procedures to protect the system.
Addresses electromagnetic interference (EMI) and compatibility (EMC) standards and guidance.
Covers safety precautions related to moving the equipment, brakes, and on ramps.
Discusses biological safety, including the ALARA principle for minimizing ultrasound exposure.
Explains the mechanical index (MI) and thermal index (TI) displays and their interpretation.
Lists various reports and standards related to ultrasonic bioeffects and safety.
Discusses the study of bioeffects and the measurement standards for acoustic output.
Details the precision and uncertainty associated with acoustic measurements and systematic uncertainties.
Provides an overview of the HS70A ultrasound system and its main components.
Lists key specifications including physical dimensions, imaging modes, gray scale, focusing, and probe types.
Describes the system's configuration, including monitor, control panel, console, and peripheral devices.
Explains the functions of various controls on the control panel, such as mode selection and gain adjustment.
Details the touch panel controls and their functions, including patient information, probe selection, and report generation.
Illustrates and describes the connectors and ports located on the rear panel of the console.
Details power connection components and describes the location and function of probe holders.
Details how to connect peripheral devices, emphasizing placement and safety in the patient environment.
Covers the essential steps for installing the ultrasound system, including transporting, unpacking, and setup.
Provides precautions and environmental tolerance information for safely transporting the product.
Details unpacking procedures and specifies optimal environmental conditions for system installation.
Covers installation safety, equipotential bonding, and guides on power cord and probe connections.
Explains powering the system on and off, including boot-up sequence and shutdown procedures.
Explains how to configure system settings and preferences that do not affect image output.
Covers general system settings such as title, institution, department, and date configuration.
Covers trackball speed, zoom, set/exit keys, sound, patient info, and zoom box setup.
Explains how to set up and save frequently used probe and application presets for quick access.
Details how to configure scan modes, including store clip methods and cine loop periods.
Covers configuration settings for image display, including power saving, font, and S-Detect options.
Covers configuration of annotation elements, including BodyMarker settings and text options.
Allows configuration of peripheral devices like foot switches, COM ports, printers, and ADVR devices.
Explains Remote Maintenance Service features for system diagnostics and data collection.
Used to set post-curve image settings for DICOM service, adjusting gamma, brightness, and contrast.
Allows users to assign functions to programmable keys for customized operation.
Covers network configuration for LAN and Wireless (WLAN) connectivity, including IP settings and Wi-Fi connection.
Guides on configuring DICOM operations and servers for digital imaging and communication.
Outlines procedures for inspecting the device and verifying the functionality of major functions after installation.
Details how to inspect major functions like Monitor, Control Panel, Body Mark Key, Indicator Key, Clear Key, Zoom, and SonoView.
Provides step-by-step checks for 2D Mode, Dual Mode, M Mode, and Color Doppler/Power Doppler modes.
Describes the HS70A as an ultrasound imaging system with premium features and enhanced processing speed.
Lists key technical specifications of the HS70A system, including monitor, PC, CPU, memory, and storage.
Details the major structural components of the HS70A, categorized into Ultrasound System Part, User Interface Part, PC Part, and Power Module.
Illustrates the system's block diagram, showing the interconnected components and data flow.
Explains the electronic structure of HS70A, comprising Front End, Back End, User Interface, and Power Parts.
Describes the functions of the Main Board and its role in processing ultrasound data and system information.
Details the functions of the PC Part, including scan conversion, image output, and interface operations.
Explains the User Interface Part and the AC to Power Module's voltage conversion and supply functions.
Explains the main functions and specifications of the PSA (Probe Select Assembly) as an interface for the system and probe.
Outlines the main functions of the Analog Control board, related to 3D probe drive, clock generation, and HV control.
Describes the main functions of the Beam Former Board, which processes ultrasound signals and relays data for mid-processing.
Outlines the main functions of the CW Board, providing system operation and Continuous Wave Doppler capabilities.
Describes the main functions of the Back End Board, divided into DSP, DMA & RTC, and Analog Sound Parts.
Explains the main functions and specifications of the Software DSC, responsible for image processing and display.
Details the main functions and specifications of the Rear Board, serving as an In/Out interface to external devices.
Describes the power supply design, operating voltage range, and voltage/power selection features.
Details the main functions and specifications of the Control Panel, acting as the primary user interface.
Lists the main functions and specifications of the Touch Panel, including display size and pixel information.
Details the main functions and specifications of the 23-inch Samsung Monitor, including display area and pixel pitch.
Provides a visual representation of how different system components are interconnected.
Introduces the Service Mode, covering installation key entry, system information, Windows mode, and admin mode access.
Guides on registering the system by entering an installation key acquired from Samsung Remote Service.
Explains how to view system software version and detailed product version information.
Details how to switch to Windows mode for software version upgrades, including access methods.
Explains how to access Admin Mode (Service Mode) to specify major product settings by adding or deleting options.
Covers general functions within Admin Mode, including multi-language settings, test patterns, and system restore.
Guides on exporting and saving user settings to external storage media for backup purposes.
Describes FPGA memory download and selecting video standards for monitor output.
Allows selecting region presets, configuring printer preferences, and display information settings.
Explains how to add or delete optional software using the unlock/lock method, detailing status types.
Guides on entering option passwords in Admin Mode to unlock and add software options.
Describes re-entering option passwords after HDD replacement to restore unlocked features.
Provides a guide to troubleshooting common issues related to power, monitor, error messages, and image problems.
Addresses common power issues, including the system not turning on or off, and provides troubleshooting steps.
Offers troubleshooting steps for monitor display problems like nothing displayed or discolored screens.
Guides on resolving errors that occur during the system's booting process, identifying potential failures.
Addresses troubleshooting for image quality problems like missing echo, noise, or mode-specific troubles.
Lists various error codes, their locations of failure, and estimated causes for troubleshooting.
Emphasizes safety precautions for disassembly/assembly, including authorized personnel and high voltage risks.
Details the steps for disassembling the product, including front cover, rear cover, control panel, and monitor.
Provides steps for disassembling the monitor arm, including cover detachment and connector disconnection.
Instructs to follow the disassembly procedure in reverse order for product assembly.
Introduces probes as devices for ultrasound image acquisition, listing types, applications, and presets.
Details probe and application-specific functions available for different probes, indicating feature compatibility.
Presents tables showing Thermal Index (TI) values for different probes and applications, indicating TIs, TIb, and TIc indexes.
Emphasizes the use of approved ultrasound gels and warns against incompatible substances, detailing gel warmer safety.
Recommends sheaths for invasive procedures and provides instructions for installing and handling them, including warnings.
Lists crucial precautions for probe handling, avoiding shocks, chemical contact, temperatures, and emphasizing infection control.
Warns about risks of electric shock from probe usage, emphasizing regular inspection and proper handling.
Provides detailed procedures for cleaning and disinfecting ultrasound probes, including disinfectant classification.
Presents tables listing disinfectants and their compatibility with various probe models, categorized by active ingredient.
Provides tables for cleaner and gel compatibility with probes, including active ingredients and disinfectant levels.
Explains the meaning of various symbols used in the tables, such as compatibility, regulatory clearance, and usage limitations.
Lists manufacturers and distributors of detergents, disinfectants, and ultrasound gels.
Details the cleaning procedure for probes, emphasizing proper technique and caution against using abrasive materials.
Explains the disinfection process for probes, including recommended solutions, procedures, and warnings against non-compliance.
Describes the use of the Multi-Planar Transesophageal Echocardiography (MPTEE) probe, including lens angle adjustment and scan head tilting.
Lists critical precautions for using the MPTEE probe, including temperature limits, locked mode, and image difference warnings.
Covers proper probe maintenance, including cleaning procedures with specific cautions against using certain chemicals.
Details disinfection procedures for the MPTEE probe using liquid disinfectants, including preparation and immersion steps.
Introduces biopsy as an examination method and explains the role of the probe and biopsy kit.
Lists the components of a biopsy kit, including adapter, needle guide, needle, sheath, and ultrasound gel.
Provides essential warnings and instructions for using the biopsy kit, emphasizing needle approval, alignment, and correct procedure types.
Guides through the biopsy procedure, from patient preparation to needle insertion and component disposal.
Explains the process of aligning the needle guide for accurate needle projection during biopsy, including verification steps.
Details the assembly procedures for both disposable and reusable biopsy kits, including component mounting and gel insertion.
Lists detailed specifications for biopsy kits, including probe models, component materials, needle gauge, and multi-angle depth.
Provides procedures for cleaning and disinfecting stainless steel and plastic biopsy kits, including sterilization methods.
Covers system maintenance, including cleaning, filter cleaning, accuracy checks, and data maintenance.
Details cleaning and disinfecting procedures for the system's exterior, console, monitor, and touch screen, with safety warnings.
Explains trackball cleaning and surface disinfection using FDA-certified disinfectants, emphasizing power disconnection.
Details the procedure for cleaning air filters to prevent system overheating and maintain performance, recommending quarterly cleaning.
Emphasizes the importance of annual accuracy checks and biennial safety inspections (EN 60601-1) for reliable measurements.
Covers crucial data maintenance tasks, including backing up user settings and patient information to prevent data loss.
Introduces the service part list, detailing body cover parts, system parts, and control panel parts with part codes and images.
Lists various body cover parts with their codes, names, and images, including brackets, covers, and touch panels.
Lists major system parts with their codes, names, and images, including harness units and various circuit boards.
Lists parts related to the control panel, including keyboards, trackballs, knobs, and button caps.
Details the compatibility of renewal parts (boards, modules) with different software versions.
General| Type | Ultrasound System |
|---|---|
| Display Size | 21.5 inches |
| Touch Screen | Yes |
| Power Supply | 100-240 V AC, 50/60 Hz |
| Operating Modes | B-mode, M-mode, Color Doppler, Pulsed Wave Doppler, Continuous Wave Doppler |
| Transducer Ports | 4 |
| Applications | Abdominal, Cardiac, Vascular, Musculoskeletal |
| Advanced Imaging Features | S-Vue Transducer, ClearVision, MultiVision |
| Needle Guidance Technology | NeedleMate+ |
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