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General| Device Type | Defibrillator/Monitor |
|---|---|
| Display | LCD |
| Waveform | Biphasic truncated exponential |
| Modes | Manual, AED |
| Energy Selection | 1 to 200 Joules |
| Paddles | External paddles |
| Battery Type | Rechargeable lithium-ion |
| ECG Monitoring | 3-lead, 5-lead |
| Pacing | Demand and fixed mode |
| Printer | Optional |
| Operating Temperature | 0 to 45°C (32 to 113°F) |
| Storage Temperature | -20 to 60°C |
Identifies the intended audience for the service manual.
Provides information on accessing training resources for the device.
Provides a general introduction to the manual's content and structure.
Details the clinical modes and functionalities of the device.
Describes the external layout and components of the defibrillator/monitor.
Outlines optional accessories and features of the Efficia DFM100.
Provides instructions for installing the device's docking station.
Covers essential points for servicing the product, including passwords.
Guides users on how to enter the device's service mode.
Explains how to operate within the service mode menus.
Describes how to view and print detailed device information.
Details the process for exporting device logs and information.
Lists additional documentation and learning materials for the device.
Introduces the chapter on routine maintenance procedures.
Explains the process for updating device software and languages.
Details specific maintenance procedures for the EtCO2 monitoring option.
Introduces the chapter on diagnosing and resolving device issues.
Lists necessary tools for troubleshooting the device.
Explains the RFU indicator status and its meaning.
Describes the device's self-test functions and their purpose.
Outlines manual tests for device readiness.
Details procedures for running operational checks on the device.
Explains how to access and interpret device error logs.
Provides a systematic approach to diagnosing and resolving problems.
Offers visual guides for troubleshooting based on RFU indicators.
Addresses specific problems related to device components.
Introduces the chapter on device disassembly and repair.
Specifies the qualifications required for servicing personnel.
Outlines the approach to device repair, focusing on subassembly replacement.
Provides contact information and procedures for requesting service.
Explains the tracking requirements for critical replacement parts.
Offers important details and safety precautions for internal repairs.
Describes procedures for replacing external device components.
Provides an overview of the device's internal structure.
Details the components and procedures for the front case.
Covers components and procedures for the rear case assembly.
Details components and procedures within the main chassis.
Details components and procedures for the rear case.
Provides instructions for reassembling and sealing the device case.
Introduces the chapter on testing device performance after repair.
Specifies the testing requirements based on the type of repair.
Outlines tests required for external repairs without opening the case.
Details tests required when the device case has been opened.
Lists necessary equipment for performance and safety testing.
Summarizes performance verification tests and expected results.
Describes the process of visually inspecting the device for damage.
Lists tests available within the device's service mode.
Explains basic device function checks in normal clinical mode.
Details procedures for verifying the electrical safety of the device.
Introduces the appendix content on parts and accessories.
Contains important information for ordering parts.
Lists electrical field-replaceable assemblies and their part numbers.
Lists mechanical assemblies and their part numbers.
Details key components requiring tracking and their part numbers.
Shows diagrams of shock and pacing waveforms.
Illustrates the system's schematic connections.
Describes the function of major device assemblies.
Details the functions and role of the Processor PCA.
Explains the functions of the Therapy PCA ("senses" and "muscle").
Describes device power sources and battery management.
Details the LCD display specifications and processing.
Explains the function of device indicators like LEDs.
Describes the front panel buttons and soft keys.
Explains the function of the backup battery.
Details the functions of the Non-Invasive Blood Pressure module.
Describes the interface to the SpO2 sensor.
Explains the operational functions of the device.
Details how ECG monitoring works.
Explains how patient impedance is measured.
Describes the defibrillation charge and delivery functions.
Explains how the pacing function is initiated and controlled.
Describes the EtCO2 sensor interface and data transfer.
Explains the device's audio output types and generation.
Details the information stored by the device and its location.
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