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General| Type | Ultrasound System |
|---|---|
| Display Type | LCD |
| 3D/4D Imaging | Yes |
| XRES Technology | Yes |
| Q-LAB Quantification Software | Yes |
| Power Requirements | 100-240 V AC, 50/60 Hz |
| Applications | Cardiology, Vascular |
| Display Size | 20 inches |
| Probes | linear |
| Doppler Modes | Color Doppler, Power Doppler |
| Ports | USB, Ethernet, DVI, VGA |
| Transducer Ports | 4 active ports |
Describes the intended users of the service manual, specifying Philips personnel and authorized representatives.
Explains the document format as PDF and its navigation features like bookmarks and hypertext links.
Details the conventions used throughout the manual, such as numbered procedures and bulleted lists.
Provides contact information for technical communications regarding the service manual.
Offers contact details for customer support and technical assistance.
Introduces the iE33 Ultrasound System, its functions, and primary users.
Describes the physical components of the system, including the frame and card cages.
Lists electromechanical safety standards met and agency approvals obtained for the system.
Provides information on where to obtain ultrasound supplies and accessories.
Lists the system's width, height, depth, and weight.
Details the various imaging modes supported by the iE33 system.
Lists the available applications for the iE33 system, such as echocardiography and vascular studies.
Describes the ergonomic design features of the system cart, including articulation and mobility.
Explains the design and features of the control panel and user interface.
Outlines the factory default stress echo protocols and their configurable features.
Covers the measurement tools and general descriptions for analysis functions.
Details system connectivity features, including printing and media export.
Specifies the video monitor's size, resolution, and adjustment capabilities.
Lists the ambient, internal operating, and storage environmental requirements.
Provides essential safety information before using the ultrasound system.
Details electrical safety precautions, warnings, and hazards.
Outlines mechanical safety precautions related to system movement and handling.
Provides notes on handling environmentally sensitive components like CCFL lamps and batteries.
Offers precautions to protect the system from damage.
Explains standard symbols used for medical electronic equipment.
Describes the system's electronics and how echo data flows through it.
Details the operating system used on the Host and SIP motherboards.
Explains the system's architecture, including Applications, Virtual Ultrasound, and Platform layers.
Describes the flow of ultrasound data from acquisition to display.
Illustrates the physical structure of the iE33 Ultrasound System.
Explains the power entry, subsystem control, and power supply functions.
Details the components of the control subsystem, including the Control Panel Module.
Describes the functions of the acquisition subsystem and its components.
Explains the functional blocks of the signal processing subsystem.
Covers the theory of operation for the output power monitor.
Explains the APIM software's role in controlling acoustic power and temperature.
Describes how temperature monitoring is accomplished within the system.
Explains the theory of operation for the X3-1 matrix transducer.
Details various bus functions including PCI, USB, and Inter-Platform Link.
Refers to a figure illustrating the data path block diagram for 2D and M-mode.
Explains the purpose of the pre-installation evaluation for a trouble-free installation.
Lists the tools, test equipment, documentation, and paperwork required for installation.
Details the procedures and requirements for site inspection.
Specifies the electrical power requirements for system installation.
Outlines requirements for network connectivity and DICOM installation.
Provides procedures for uncrating the system, including crate inspection.
Details the general system inspection procedures after uncrating.
Guides on the steps for powering up the system after installation.
Covers the installation of peripheral devices like VCRs and printers.
Provides information and preparation steps for system connectivity.
Covers procedures for specifying auto-delete exam capabilities for hard drive maintenance.
Outlines the steps to perform to verify system performance after installation.
Details the final inspection and system presentation steps.
Guides on adjusting the video monitor's articulation components.
Covers adjustments for video monitor brightness and ambient lighting compensation.
Details the procedure to calibrate the video monitor to the system video card output.
Provides step-by-step instructions for calibrating the touch screen.
Explains how to adjust the control panel's lateral translation force and torque.
Covers the procedure for adjusting the keyboard slide catch mechanism.
Details how to adjust control panel articulation and cable tension.
Introduces preventive maintenance inspections as part of the QA program.
Lists the necessary tools and equipment for performing preventive maintenance.
Covers procedures for cleaning and replacing system fan and air filters.
Details the recommended interval and procedure for checking system casters.
Outlines the maintenance interval and procedure for the brake and swivel-lock mechanism.
Covers the recommended maintenance interval for control panel articulation.
Details the recommended interval and procedure for cleaning the control panel trackball.
Covers the recommended maintenance interval for monitor articulation.
Provides cleaning procedures for the video monitor and touch screen surfaces.
Guides on cleaning the exterior surfaces of the system and peripherals.
Details the procedure for clearing the patient directory, resulting in data loss.
Covers operational testing and completion of preventive maintenance paperwork.
Provides a checklist for performing all preventive maintenance tasks.
Introduces the section on troubleshooting and on-board diagnostic tools.
Details procedures for troubleshooting system issues.
Covers determining if the site meets the system's electrical power requirements.
Provides information on system power supplies and their voltage specifications.
Describes temperature monitoring mechanisms and logging of temperature data.
Overviews software tools for running tests, monitoring, and analysis.
Explains the channel walk test for determining image drop-out causes.
Details using the FEC debug port for front-end fault determination.
Guides on configuring the ultrasound system for UpLink network connection.
Introduces the disassembly section and essential safety precautions.
Lists the procedures for disassembling various system components.
Covers the disassembly of the iE33 system enclosures.
Provides steps for removing or replacing the DVD drive assembly.
Details the procedure for removing or replacing speaker assemblies.
Covers removing or replacing the acquisition frontplane assembly.
Guides on removing or replacing acquisition card cage PCBs and scanhead select module.
Covers procedures for system power cord disassembly and assembly.
Provides steps for removing or replacing the AC tray.
Details procedures for removing or replacing the acquisition power supply and HV switcher.
Covers removal or replacement of filter tray, platform PSU, and battery tray.
Provides steps for removing or replacing filter tray cooling fans.
Covers procedures for removing or replacing rear cooling fans.
Details steps for removing or replacing the left rear caster.
Contains system cabling and connector information.
Lists system signal interconnect and power distribution cables.
Illustrates system connector locations on various panels.
Provides OEM cabling diagrams for peripherals like VCR and printers.
Illustrates test cabling connections and pinout information.
Provides information on system parts for replacement.
Details procedures for ordering replacement parts for customers and FSEs.
Guides on using figures and tables to locate and identify system parts.
Provides locator maps and illustrations of system parts.
