What to do if Shenzhen Mindray Bio-Medical Electronics BeneHeart D6 shows excessive alarms: heart rate, lead fault?
If you are experiencing excessive heart rate or lead fault alarms, first, check if the electrodes are dry. Perform skin preparation again and replace the electrodes. Also, check for excessive patient movement or muscle tremor. Reposition the electrodes and replace them with fresh, moist ones if needed.
How to fix noisy ECG traces on Shenzhen Mindray Bio-Medical Electronics BeneHeart D6?
To address noisy ECG traces, verify that the electrodes are not detached or dry, and replace them with fresh, moist electrodes if necessary. Also, inspect the leadwires for any defects and replace them if needed. Ensure that the patient cable or leadwires are not routed too close to other electrical devices; move them away if they are.
What to do if Shenzhen Mindray Bio-Medical Electronics BeneHeart D6 has a low amplitude ECG signal?
If the ECG signal amplitude is low, first check that the ECG gain is not set too low and adjust it as needed. Then, perform skin preparation again and re-place the electrodes. Ensure that the electrode application sites avoid bone or muscular areas. Finally, verify that the electrodes are not dry or used for a prolonged time and replace them with fresh, moist electrodes if necessary.
What to do if Shenzhen Mindray Bio-Medical Electronics Medical Equipment shows an intermittent signal?
If you're getting an intermittent signal, start by checking that all cables are properly connected. Next, make sure that the electrodes are not detached or dry; perform skin preparation again. Finally, inspect the patient cable or leadwires for any damage and replace them if necessary.
Why Shenzhen Mindray Bio-Medical Electronics BeneHeart D6 has a base line wander?
Baseline wander can occur due to several factors. Check for excessive patient movement or muscle tremor; secure the leadwires and cable. Also, verify that the electrodes are not detached or dry, and replace them with fresh and moist electrodes if necessary. Finally, check the ECG filter setting and set the ECG Filter mode to [Monitor].
What causes muscle noise in Shenzhen Mindray Bio-Medical Electronics Medical Equipment?
Muscle noise can be caused by inadequate skin preparation, tremors, a tense subject, or poor electrode placement. To resolve this, perform skin preparation again and re-place the electrodes. Also, apply fresh, moist electrodes, avoiding muscular areas.
What to do if Shenzhen Mindray Bio-Medical Electronics Medical Equipment shows no ECG waveform?
If there is no ECG waveform, verify that the ECG gain is not set too low and adjust it as required. Check that the leadwires and patient cables are properly connected, and change the cable and lead wires if needed. Also, ensure that the patient cable or leadwires are not damaged and replace them if necessary.
How to prevent electrosurgical interference in Shenzhen Mindray Bio-Medical Electronics BeneHeart D6?
To minimize electrosurgical interference, use ESU-proof ECG cables.
General| Brand | Shenzhen Mindray Bio-Medical Electronics |
|---|---|
| Model | BeneHeart D6 |
| Category | Medical Equipment |
| Language | English |
Details specific conditions and circumstances not covered by the warranty.
Explains the manual's role in safe operation and product performance.
Identifies the target users of the manual, typically clinical professionals.
Notes that illustrations are examples and may not reflect exact setup.
Defines symbols and text formatting used throughout the manual.
Highlights imminent hazards that could result in death or serious injury.
Identifies potential hazards or unsafe practices leading to death or serious injury.
Points out potential hazards or unsafe practices causing minor injury or damage.
Provides application tips and useful information for optimal product use.
Provides an overview of the device's features and operating modes.
Defines the intended applications and user qualifications for the equipment.
Lists and describes the components that come into contact with the patient.
Details the physical components and views of the main device unit.
Describes the sternum and apex paddles used for therapy delivery.
Illustrates and explains the different screen layouts in various operating modes.
Provides essential guidelines for safely installing the equipment.
Covers fundamental steps for operating the equipment, including power and connection.
Explains how to adjust system-wide settings like date, time, and display.
Details the ECG analog output capability via a multifunction connector.
Classifies alarms into physiological, technical, and prompt message types.
Defines the severity levels for physiological and technical alarms.
Describes visual and audible cues used to signal alarm conditions.
Details settings for alarm volume, reminder tones, and intervals.
Explains how to configure alarm properties and adjust limits.
Describes how to temporarily silence or disable alarm indicators.
Explains conditions under which alarms are automatically switched off.
Details how to disable audible alarm tones and the conditions for exiting this state.
Explains how to reset active alarms and restore normal alarm response.
Defines how alarm indicators behave after the alarm condition ends.
Describes how technical alarms are cleared or changed to prompt messages.
Provides methods to verify the correct functioning of alarm indicators.
Outlines the steps to take when an alarm condition is detected.
Explains the ECG function, its display, and patient types supported.
Highlights critical safety precautions for ECG monitoring.
Describes the typical screen layout and displayed information in Monitor mode.
Details the necessary steps for patient skin preparation and electrode application.
Explains the procedure for taking ECG measurements using electrode pads.
Details the process for ECG measurement using external paddles.
Emphasizes the importance of correctly setting the patient's paced status.
Illustrates the ECG monitoring view and its components.
Covers adjustments for lead type, standard, waveform display, and filters.
Explains the function for analyzing patient heart rhythms and detecting events.
Describes the procedure for calibrating ECG to ensure accurate amplitude.
Provides solutions for common problems encountered during ECG monitoring.
Introduces the Glasgow algorithm for 12-lead ECG analysis.
Details the correct placement of electrodes for 12-lead ECG acquisition.
Explains how to access the dedicated 12-lead ECG display.
Covers adjustments for patient information, filters, and thresholds.
Describes the steps to start and perform the 12-lead ECG analysis.
Explains how to access and view stored 12-lead ECG reports.
Details how to record and print realtime or stored 12-lead ECG reports.
Explains how to send 12-lead ECG reports via network connections.
Describes how to exit the 12-lead ECG interface.
Provides an overview of the Automated External Defibrillator (AED) mode.
Highlights critical safety precautions specific to AED operation.
Illustrates the typical screen display during AED mode operation.
Details the step-by-step process for using the AED function.
Describes the condition and prompts when a shockable rhythm is detected.
Explains prompts and actions when no shockable rhythm is detected.
Covers CPR-related functions within the AED mode, including time settings.
Explains how to enable and use the voice recording feature.
Guides users on configuring various settings for the AED mode.
Introduces asynchronous defibrillation and synchronized cardioversion.
Highlights critical safety precautions for manual defibrillation.
Illustrates the typical screen display during manual defibrillation.
Details the step-by-step process for performing manual defibrillation therapy.
Explains how to synchronize defibrillation shocks with the patient's R-wave.
Describes using an external ECG source for synchronized cardioversion.
Explains the indicator for assessing patient contact quality for therapy delivery.
Introduces the CPR feedback function when using the CPR sensor.
Covers viewing waveforms, reviewing events, and managing CPR sensor data.
Explains how to enable the CPR filter to improve ECG clarity during CPR.
Details how to view compression waveforms, CCI graphs, and rates.
Explains how to access and review recorded CPR events.
Describes how to upload CPR sensor data to the equipment.
Explains the pacing function, ECG monitoring, and pace pulse delivery.
Highlights critical safety precautions for noninvasive pacing.
Illustrates the typical screen display during pacing operation.
Describes the demand and fixed modes for delivering pace pulses.
Details the steps for preparing the patient and equipment for pacing.
Explains the procedure for pacing using the fixed mode.
Explains impedance respiration measurement and waveform display.
Highlights critical safety precautions for respiration monitoring.
Illustrates the respiration monitoring display and its components.
Details the correct placement of electrodes for respiration monitoring.
Covers adjustments for gain, sweep, lead, and apnea time.
Provides solutions for common problems encountered during respiration monitoring.
Explains pulse rate measurement and its display characteristics.
Details how to select the source for pulse rate measurement.
Explains how to change the volume of the pulse tone for PR alarms.
Explains SpO2 monitoring technique, display, and patient types.
Helps identify different SpO2 modules based on connector color and logo.
Highlights critical safety precautions for SpO2 monitoring.
Lists factors that can influence the accuracy of SpO2 measurements.
Illustrates the SpO2 display, including waveform, values, and indicators.
Details the steps for applying sensors and connecting the SpO2 module.
Covers adjustments for pleth wave speed, limb monitoring, and alarm management.
Explains the SpO2 Desaturation alarm and its settings.
Describes how SpO2 levels affect the pitch of audio tones.
Provides solutions for common problems encountered during SpO2 monitoring.
Provides patent and licensing information for Nellcor SpO2 components.
Provides patent and licensing information for Masimo SpO2 components.
Details the legal agreement for using Masimo software and components.
Explains the oscillometric method for automatic non-invasive blood pressure monitoring.
Highlights critical safety precautions for NIBP measurements.
Lists conditions that may affect the accuracy or possibility of NIBP measurement.
Describes the Manual, Auto, and STAT modes for NIBP measurement.
Illustrates the NIBP display showing systolic, diastolic, and mean pressures.
Details the steps for preparing the patient and performing NIBP measurements.
Explains how to manually set the initial cuff inflation pressure.
Describes how to change the unit for pressure display (mmHg or kPa).
Provides solutions for common problems encountered during NIBP monitoring.
Explains the equipment's capability to monitor skin and core body temperature.
Illustrates the temperature display showing values and alarm limits.
Details the steps for connecting probes and performing temperature measurements.
Explains how to change the temperature unit between Celsius and Fahrenheit.
Provides solutions for common problems encountered during temperature monitoring.
Explains the function for monitoring invasive blood pressures.
Highlights critical safety precautions for invasive blood pressure monitoring.
Details the procedure for zeroing the IBP transducer to ensure accurate readings.
Details the steps for connecting the transducer and performing measurements.
Illustrates the IBP display showing waveforms and numeric pressures.
Covers adjustments for pressure labels, wave settings, units, and filters.
Provides solutions for common problems encountered during IBP monitoring.
Explains the CO2 monitoring technique using infrared light absorption.
Helps identify sidestream and microstream CO2 modules.
Highlights critical safety precautions for CO2 monitoring.
Lists factors that may influence the accuracy of CO2 measurements.
Illustrates the CO2 display showing FiCO2, EtCO2, awRR, and waveform.
Details steps for connecting modules, lines, and adapters for CO2 measurement.
Covers adjustments for alarms, units, wave settings, and operating modes.
Explains how to connect the outlet to a scavenging system for anesthetic gas removal.
Describes the calibration procedure required for CO2 modules.
Provides solutions for common problems encountered during CO2 monitoring.
Provides patent and licensing information for Oridion Microstream CO2 components.
Explains how to mark significant events during patient monitoring or therapy.
Describes how to freeze waveforms for detailed examination.
Explains how to scroll through and examine frozen waveforms.
Details methods to exit the waveform freeze mode.
Explains how to select and record specific frozen waveforms.
Describes how to access and review recorded patient events.
Explains how to view recorded tabular trends data.
Guides on how to review the generated 12-lead ECG reports.
Explains how to review CPR events recorded via the CPR sensor.
Outlines the capabilities of the data management function.
Explains the automatic creation and handling of patient data archives.
Describes how to modify previously saved patient information.
Explains how to access and review archived patient events.
Details the procedure for exporting patient data to USB memory.
Provides instructions on operating the thermal recorder.
Lists the different types of recordings the equipment can generate.
Explains manual and automatic methods for initiating recordings.
Details manual and automatic methods for stopping recordings.
Covers configuration options for waveforms, length, speed, and gridlines.
Provides instructions for loading new thermal paper into the recorder.
Describes the procedure for clearing paper jams from the recorder.
Explains how to clean the recorder's print head for optimal performance.
Introduces the network capabilities for data transmission.
Covers configuring network type, IP address, and DNS settings.
Details the process of connecting to the Central Monitoring System (CMS).
Explains how to establish a connection to an HL7 server.
Describes the procedure for connecting to an FTP server.
Explains the purpose and capabilities of the configuration management function.
Details how to change the password for accessing configuration settings.
Explains how to access and view the current system configurations.
Describes how to export current configurations to a USB flash memory.
Explains how to import configurations from a USB flash memory.
Covers modifying settings or restoring factory defaults.
Describes the equipment's battery system and on-screen indicators.
Highlights critical safety precautions related to battery usage and handling.
Provides instructions for installing and replacing the device's batteries.
Explains various battery-related alarms and their meanings.
Details the procedure for conditioning batteries to extend their service life.
Explains how to check battery performance and when to replace them.
Describes how the batteries are charged, either in the equipment or via a charger.
Provides guidelines for storing batteries properly for extended periods.
Explains when and how to discard batteries according to regulations.
Provides general rules for keeping the equipment and accessories clean.
Details the cleaning procedures and recommended cleaning agents.
Explains the process for disinfecting the equipment as per servicing schedule.
States that sterilization is not recommended for the monitor unless indicated.
Emphasizes the importance of regular maintenance for equipment reliability.
Highlights critical safety precautions for performing maintenance.
Outlines periodic checks like shift checks and auto tests.
Describes specific checks to ensure equipment readiness, like recorder and ECG tests.
Details annual preventive maintenance tests and procedures.
Lists ECG electrodes, trunk cables, and lead sets with compatibility and PN.
Details SpO2 extension cables and sensors, including types and compatibility.
Lists NIBP hoses and cuffs, specifying models and applicable patients.
Details temperature probes, extension cables, and adapting cables.
Lists accessories for Invasive Blood Pressure monitoring.
Lists accessories for CO2 monitoring, including microstream and sidestream modules.
Lists accessories related to defibrillation and pacing therapies.
Lists other accessories such as batteries, test loads, and adapters.
Provides overall safety, physical, and display characteristics.
Details technical specifications for defibrillation modes and energy levels.
Provides technical specifications for CPR compression measurement.
Details technical specifications for pacing parameters and output.
Provides technical specifications for monitoring functions like ECG, Resp, SpO2, etc.
Details specifications for AC power, DC adapter, and battery performance.
Provides technical specifications for the integrated thermal recorder.
Details technical specifications for alarm levels, categories, and limits.
Specifies the capacity and types of data stored by the equipment.
Details technical specifications for the wireless network connectivity.
Outlines the operating and storage conditions for the equipment and modules.
Describes methods and criteria used for rhythm analysis and annotation.
Presents test results evaluating the algorithm's performance against standards.
Provides electromagnetic compatibility guidance and declarations.
States compliance with essential requirements of Directive 2014/53/EU.
Lists and explains physiological alarms, their levels, causes, and solutions.
Lists and explains technical alarms, their levels, causes, and solutions.
Details acceptance criteria for inspecting the power cord plug.
Covers visual and contextual inspection of the device's exterior.
Ensures that all required labels on the device are present and legible.
Specifies the acceptable limits for protective earth resistance measurement.
Details the procedure and limits for performing earth leakage tests.
Specifies limits for patient leakage current measurements.
Details the test and limits for mains leakage current on applied parts.
Specifies limits for patient auxiliary current measurements.
Lists common units of measurement used in the manual.
Defines common symbols and mathematical notations used in the document.
Provides a glossary of abbreviations and acronyms used throughout the manual.
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