Need help?Do you have a question about the Biocare PM-900 and is the answer not in the manual?
General| Brand | Biocare |
|---|---|
| Model | PM-900 |
| Category | Medical Equipment |
| Language | English |
General overview of the monitor's composition and function.
Details the intended use of the monitors in veterinary settings.
Provides crucial safety guidelines for operating the monitor.
Details warnings and cautions for safe operation and potential hazards.
Discusses environmental factors and their impact on monitor operation.
Classifies the monitor based on shockproof types, protection levels, and duty.
Outlines essential safety requirements for monitor use, including animal number and interference.
Explains various safety and other identification symbols used on the device.
Introduces the monitor's applicability, intended use, and general functions.
Lists any conditions where the monitor should not be used.
Describes the components and accessories that make up the monitor system.
Details the physical layout and components of the monitor's front, side, and back panels.
Lists the supported monitoring modules and their functionalities.
Explains the structure and components of the monitor's display screen.
Explains how to use and customize shortcut keys for faster access to functions.
Guides the user through the initial setup and installation process of the monitor.
Details the steps for unpacking the monitor and verifying its contents.
Specifies the environmental conditions necessary for the monitor's safe and effective operation.
Outlines the standard temperature, humidity, and pressure conditions for operating the monitor.
Covers the essential steps to prepare the monitor for operation, including power connection.
Explains how to properly connect the monitor to an AC power source.
Guides the user on powering on the monitor and performing initial checks.
Details how to connect the necessary sensors to the monitor and the animal.
Outlines the steps for initiating and conducting patient monitoring.
Provides instructions for safely shutting down the monitor after use.
Explains the on-screen input interface for entering animal data.
Guides users on customizing the monitor's display and interface layout.
Explains how to access and navigate the monitor's main menu for operations and setup.
Covers various system-wide configurations and settings for the monitor.
Details how to set up hospital information, units, time, and other general monitor parameters.
Explains how to select different display interface types for optimal viewing.
Describes how to adjust the brightness of the monitor's display screen.
Guides on setting the current date and time for accurate record-keeping.
Covers the configuration of alarm volumes, key sounds, and pulse volumes.
Explains how to enable or disable the help menu for on-screen explanations.
Details how to manage and save custom configurations for different animals or situations.
Explains the automatic recovery of the most recent configuration settings.
Describes how to set default configurations that load upon startup.
Guides on saving user-defined configurations for quick recall.
Explains how to delete stored user configurations.
Describes how to manually restore factory or user default configurations.
Guides on adding a new animal's data into the monitor system.
Allows rapid entry of animal data in urgent situations, with details filled later.
Explains how to modify existing animal information.
Details the procedure for removing an animal's data from the monitor.
Covers exporting and managing animal data stored on the monitor.
Explains how to connect the monitor to a central monitoring system for data sharing.
Allows customization of the monitor's display style, including waveforms and colors.
Describes the default display layout with parameters and waveforms.
Explains the interface showing short trends of parameters alongside waveforms.
Details the display mode that shows large numerical values for key parameters.
Describes the display for monitoring respiratory oxygenation and trends.
Allows viewing data from other connected monitors on the network.
Explains a display mode showing seven ECG leads partially.
Explains a display mode showing seven ECG leads fully.
Details the Electrocardiogram (ECG) monitoring principles, setup, and display.
Explains the fundamental principles behind ECG measurement and signal generation.
Defines ECG monitoring and its components.
Outlines the diagnostic applications and suitability of the ECG function.
Provides critical safety precautions specific to ECG monitoring.
Guides on the step-by-step process for performing ECG monitoring.
Explains how ECG waveforms and data are presented on the monitor screen.
Details the various settings and configurations available for ECG monitoring.
Describes the function for analyzing ST segment changes in ECG readings.
Explains how the monitor detects and analyzes cardiac arrhythmias.
Covers the classification and triggering of arrhythmia alarms.
Explains the ECG template relearning function for improved accuracy.
Details the Respiration (Resp) monitoring functions, principles, and setup.
Explains the method of measuring respiration using thoracic electrical bioimpedance.
Shows how respiration data is displayed on the monitor.
Guides on the correct placement of respiration electrodes for accurate readings.
Covers the configuration settings for respiration monitoring.
Details the Pulse Rate (PR) monitoring, including source and alarm setup.
Explains how pulse rate is measured from arterial pulsation.
Describes how to select the source for pulse rate measurements.
Configures the source for alarm triggers related to pulse rate.
Adjusts the pulse volume setting for PR measurement.
Covers SpO2 monitoring, including general principles, safety, and setup.
Explains the principle of SpO2 measurement using pulse oximetry.
Provides specific safety warnings and precautions for SpO2 monitoring.
Outlines the procedure for connecting and using the SpO2 sensor.
Details the configuration options for SpO2 monitoring.
Lists factors that can affect the accuracy of SpO2 measurements.
Covers Non-Invasive Blood Pressure (NIBP) monitoring, methods, safety, and setup.
Explains the principles of NIBP measurement and comparison of methods.
Provides critical safety precautions for NIBP measurements.
Lists conditions under which NIBP measurement may be inaccurate or impossible.
Describes the different modes available for NIBP measurement (Manual, Auto, STAT).
Outlines the step-by-step process for performing NIBP measurements.
Explains how NIBP results are displayed on the monitor.
Details the configuration settings for NIBP monitoring.
Guides on performing a leakage test for the NIBP system.
Explains how to perform an accuracy test for the NIBP module.
Covers Temperature (Temp) monitoring, including general description, safety, and procedure.
Explains how body temperature is measured using temperature sensors.
Provides safety precautions specific to temperature monitoring.
Outlines the steps for taking temperature measurements.
Explains how temperature readings are displayed.
Allows setting the unit for temperature display (Celsius or Fahrenheit).
Configures alarm settings for temperature readings.
Details Invasive Blood Pressure (IBP) monitoring, including principles, safety, and setup.
Explains the principle of invasive blood pressure measurement.
Provides crucial safety precautions for IBP monitoring.
Guides on the procedure for setting up and performing IBP monitoring.
Explains how IBP waveforms and values are displayed.
Details the configuration settings for IBP monitoring.
Explains how to perform zero-calibration for IBP sensors.
Covers CO2 monitoring, including principles, methods, safety, and setup.
Explains the principle of CO2 measurement using infrared absorption.
Details the operation and safety of the side-stream CO2 module.
Details the operation and safety of the main-stream CO2 module.
Covers the configuration settings for CO2 monitoring.
Explains the zero calibration process for CO2 modules.
Details the calibration procedure for CO2 modules.
Lists factors that can affect CO2 measurement accuracy.
Provides troubleshooting steps for common issues with the CO2 module's sampling system.
Addresses the proper handling of exhaust gases from the CO2 module.
Introduces the monitor's alarm system, including acoustic and optical prompts.
Differentiates between physiological and technical alarms.
Explains the three levels of alarm severity: High, Mid, and Low.
Describes different alarm modes like lighting, audible, flashing, and text messages.
Guides users on configuring global and parameter-specific alarm settings.
Details the settings available in the global alarm interface.
Explains how to set up alarms for individual monitored parameters.
Covers advanced alarm configurations like pause time, modes, and forbidden times.
Explains how to temporarily pause alarms and the conditions for automatic cancellation.
Describes how to silence active alarms and the display indicators.
Provides guidance on identifying and responding to monitor alarms.
Covers features related to alarms from other connected monitors.
Details the automatic notification of other bed alarms.
Explains how to remotely silence alarms from other beds.
Guides on how to freeze the current waveforms on the screen.
Explains how to exit the freeze state and resume normal display.
Details how to record the currently frozen waveforms.
Covers accessing and reviewing historical monitoring data.
Describes the main window for accessing different review options.
Explains how to view graphical representations of parameter trends over time.
Details how to view trend data in a tabular format.
Describes how to review recorded events like alarms and manual markers.
Explains how to view a list of recorded NIBP measurements.
Details how to review extended ECG waveform data.
Introduces the monitor's calculation functions and their independence from direct measurement.
Guides on performing medication dosage calculations using the monitor.
Details the process for calculating hemodynamic parameters.
Explains how to review previously calculated hemodynamic data.
Describes how to view and print the output of hemodynamic calculations.
Covers calculations related to renal function, oxygenation, and ventilation.
Introduces the monitor's thermal array recorder and its basic functions.
Details the settings for configuring the recorder, such as mode and paper speed.
Guides on how to start, stop, and manage recording tasks.
Explains the procedure for installing paper into the recorder.
Provides instructions for cleaning the thermal print head to maintain print quality.
Describes the process of powering the monitor on and its self-checking routine.
Explains how to customize the colors for displaying waveforms and parameters.
Guides on manually marking events during monitoring for later analysis.
Refers to restoring default settings, likely linked to Chapter 3.
Explains the various indicators on the monitor that show system status.
Details how to enter and exit the monitor's standby mode.
Introduces the rechargeable lithium battery and its role in power management.
Provides instructions for installing or replacing the monitor's battery.
Offers guidance on the proper recycling of used batteries.
Details the procedures and approved cleaning agents for the monitor.
Explains the recommended methods and precautions for disinfecting the monitor.
Provides instructions for cleaning the monitor's cooling fan.
Guides on proper storage procedures for the monitor when not in use.
Outlines safety measures for transporting the monitor.
Details the periodic inspection requirements for the monitor's functionality and safety.
Emphasizes safety precautions related to monitor maintenance and repair.
Refers to the procedure for testing NIBP accuracy.
Explains how to perform an NIBP overpressure test.
Refers to the procedure for testing NIBP leakage.
Covers various user-configurable settings and maintenance options.
Allows setting the monitor's display language.
Enables input of hospital and department names.
Allows selection of units for various parameters like height, weight, and CO2.
Refers to setting the time, likely covered elsewhere.
Refers to alarm configuration settings, likely covered elsewhere.
Covers network configuration settings for connecting to a central system.
Refers to managing default settings, likely covered elsewhere.
Refers to maintenance procedures for the CO2 module.
Covers various other setup options like filters, ECG/SpO2 off levels, and waveform settings.
Explains how to access the demo mode for demonstration or training.
Allows viewing system information such as hardware and software versions.
Provides a checklist of inspections to perform before operating the monitor.
Offers solutions for issues where the monitor fails to power on.
Provides steps to forcibly shut down or resolve issues with the ON/OFF switch.
Offers troubleshooting steps for situations where the screen remains blank.
Addresses problems with ECG signal quality and baseline stability.
Provides solutions for cases where NIBP measurements are not obtained.
Offers troubleshooting for situations where SpO2 readings are not available.
Addresses issues with low EtCO2 measurement results.
Troubleshoots abnormal sounds from the Sidestream CO2 pump.
Provides solutions for missing or inaccurate body temperature readings.
Describes the packaging materials and dimensions of the monitor.
Lists all the accessories included with the monitor.
Details the safety classifications and standards the monitor complies with.
Classifies the monitor components according to IEC60601-1 standards.
Specifies the operating and storage environmental conditions for the equipment.
Lists the electrical specifications, including input voltage, frequency, and fuse rating.
Provides physical dimensions and weight of the monitor.
Details the hardware components of the monitor, such as display and recorder.
Specifies the data storage capacities for trends, events, and waveforms.
Lists specifications for the optional wireless network connectivity.
Provides detailed technical specifications for each monitored parameter.
Lists the technical specifications for ECG monitoring.
Lists the technical specifications for respiration monitoring.
Lists the technical specifications for SpO2 monitoring.
Lists the technical specifications for pulse rate monitoring.
Lists the technical specifications for NIBP monitoring.
Lists the technical specifications for temperature monitoring.
Lists the technical specifications for invasive blood pressure monitoring.
Lists the technical specifications for CO2 monitoring.
Lists the technical specifications for the optional recorder.
Lists physiological alarms, their triggering conditions, and treatment measures.
Details ECG-related alarms, their causes, and recommended actions.
Details NIBP-related alarms, their causes, and recommended actions.
Details SpO2-related alarms, their causes, and recommended actions.
Details respiration-related alarms, their causes, and recommended actions.
Details temperature-related alarms, their causes, and recommended actions.
Details CO2-related alarms, their causes, and recommended actions.
Lists technical alarms, their triggering conditions, and treatment measures.
Shows the default setup for animal demographics like category and pacing status.
Lists the default alarm settings for volume, delay, limits, and modes.
Details the default high and low alarm limits for various parameters based on animal weight.
Default alarm limits for animals weighing over 20 kg.
Default alarm limits for animals weighing between 10 and 20 kg.
Default alarm limits for animals weighing less than 10 kg.
Shows the default configuration for screen settings like interface type and brightness.
Lists the default unit setups for various parameters within user maintenance.
Details the factory default settings for ECG setup and analysis.
Lists the factory default settings for NIBP monitoring.
Lists the factory default settings for SpO2 monitoring.
Lists the factory default settings for respiration monitoring.
Lists the factory default settings for IBP monitoring.
Lists the factory default settings for optional CO2 monitoring.
Lists the factory default settings for Pulse Rate (PR) monitoring.
Lists the factory default settings for other miscellaneous configurations.
Declares electromagnetic emissions compliance for equipment and systems.
Declares electromagnetic immunity compliance for equipment and systems.
Declares electromagnetic immunity for non-life-supporting equipment.
Provides recommended separation distances for RF equipment to prevent interference.
To Next Page
