What does 'SpO Sensor Off' mean on Mindray Monitor?
If the Mindray Monitor displays 'SpO Sensor Off', the SpO sensor may have become detached from the patient or the module. Check the sensor application site and the sensor type, and make sure the sensor is not damaged. Reconnect the sensor.
Why does Mindray Monitor show 'ECG Lead Off'?
If the Mindray Monitor displays 'ECG Lead Off', the electrode may have become detached from the patient, or the lead wire may have become disconnected from the adapter cable. Check the connections of the electrodes and leadwires.
What causes 'NIBP Weak Signal' on Mindray Monitor?
If the Mindray Monitor displays 'NIBP Weak Signal', the patient’s pulse may be weak, or the cuff may be loose. Check the patient’s condition and change the cuff application site. If the error persists, replace the cuff.
What does 'ECG Cable Type Error' mean on Mindray BeneVision TM80?
If the Mindray Monitor displays an ECG Cable Type Error, it means the wrong ECG leadwire is connected. Reconnect the 3 or 5 lead ECG leadwire.
What does 'NIBP Timeout' mean on Mindray BeneVision TM80 Monitor?
If the Mindray Monitor displays 'NIBP Timeout', it means the measurement time is over 120 seconds. Check the patient’s condition and NIBP connections, and replace the cuff.
What to do for an ECG Module Error on Mindray Monitor?
If the Mindray Monitor displays 'ECG Module Error', restart the TM80. If the problem persists, contact your service personnel.
What to do when Mindray BeneVision TM80 shows a 'Device Error'?
If the Mindray Monitor displays a Device Error, restart the TM80. If the problem persists, contact your service personnel.
What does QTc High mean on Mindray BeneVision TM80?
If the Mindray Monitor displays 'QTc High', check the patient’s condition and check if the patient category and alarm limit settings are correct. The QT value has risen above the high alarm limit.
What to do if SpO2 data is not displayed on Mindray BeneVision TM80?
If the SpO2 data is not displayed on the Central Station, first connect the SpO2 module to the TM80. If the issue persists, replace the SpO2 module with a known good one. The cause may be that the SpO2 module is not connected to the TM80 or there might be a problem with the SpO2 module.
What to do if ECG signal saturated on Mindray BeneVision TM80?
If the Mindray Monitor displays 'ECG signal saturated', check the ECG leadwires, ensure the electrodes are making good contact with the skin, and verify the electrodes are not expired. The TM80 detected ECG signal saturation or overload.
Contains instructions for safe operation, proper performance, and correct use of the product.
Geared for clinical professionals with knowledge of medical procedures for monitoring critically ill patients.
Illustrations serve as examples and may not reflect the exact setup or displayed data.
Defines conventions used in the manual, such as italic, bold text, and arrow symbols.
Defines warning, caution, and note symbols and their meanings for safe device operation.
Provides a list and description of symbols used on the equipment and in the manual.
Specifies the intended use of the TM80 telemetry monitor on adult and pediatric patients.
Lists the parts of the TM80 telemetry monitor that are in contact with the patient.
Highlights the main features of the TM80 telemetry monitor.
Lists the main components of the TM80 telemetry monitor system.
Provides a diagram and description of the TM80's physical layout and controls.
Describes the touch screen interface and its operation.
Instructions for unpacking and checking the TM80 telemetry monitor and its accessories.
Specifies the required operating environment for the TM80 telemetry monitor.
Step-by-step guide on how to connect the ECG leadwire to the TM80.
Guidance on installing AA batteries or a lithium-ion rechargeable battery pack.
Instructions on how to power on the TM80 telemetry monitor.
Explains the different touch gestures used to operate the TM80's screen.
Describes fundamental operations for using the TM80 telemetry monitor.
Provides instructions on how to use the pouch for the TM80 and BP10.
Overview of basic operations for configuring display setup and audio volume.
Details on setting display layout, orientation, and screen brightness.
Instructions for adjusting alarm volume, touch screen click, and systole beep volumes.
Describes how to admit, manage patient information, and discharge patients.
Procedure for admitting a new patient to the TM80.
How to change patient category, paced status, department, room, and bed number.
Steps to put the TM80 into standby mode, suspending monitoring and alarms.
Procedure to resume normal monitoring operations from standby mode.
Process for discharging a patient, stopping monitoring, and clearing configurations.
Overview of alarm functions and settings for the TM80.
Critical safety information regarding alarm configuration and reliance.
Details on alarm categories, priorities, and indicators.
How to view active alarms in the Alarm List dialog.
Instructions for modifying alarm properties, volume, and limits.
Procedure to temporarily pause the alarm system.
How to acknowledge and reset active alarms.
Information on how physiological alarms are latched and cleared.
Steps to take when an alarm condition is detected.
Overview of ECG monitoring capabilities including arrhythmia and ST analysis.
Crucial safety precautions for ECG monitoring.
Steps for preparing the patient's skin and positioning electrodes for ECG.
Guide to configuring various ECG settings like lead placement and filters.
How to set the HR or PR as the active alarm source.
Explanation of the ECG digital area and waveform display.
Details on detecting and analyzing cardiac arrhythmias.
Information on monitoring QT and QTc intervals for cardiac analysis.
Process to relearn ECG beat morphology for improved arrhythmia detection.
Overview of impedance respiration monitoring.
Critical safety precautions for respiration monitoring.
Steps for preparing the patient and positioning electrodes for respiration monitoring.
Guide to configuring respiration settings like enabling/disabling and alarm setup.
Explanation of the respiration digital area and waveform display.
Overview of pulse oximetry monitoring.
Factors that may influence SpO2 measurement accuracy.
Crucial safety precautions for SpO2 monitoring.
Instructions for connecting the SpO2 module and sensor.
Guide to configuring SpO2 settings like display, sensitivity, and alarms.
Information on identifying SpO2 modules and applying the sensor.
Explanation of the SpO2 digital area and waveform display.
Information regarding Masimo patents and licensing.
Information regarding Nellcor patents and licensing.
Introduction to pairing the TM80 with the BP10 for NIBP monitoring.
Step-by-step procedure for pairing the TM80 with the BP10.
Procedure to unpair the TM80 from the BP10.
Description of the NIBP values displayed after successful pairing.
Details on how the TM80 and BP10 interact after pairing.
Overview of reviewing patients' history data.
How to access and use the page displaying trend data in a tabular form.
How to access and view stored events, including alarms and operations.
Overview of system settings accessible via the Maintenance menu.
Procedure to enter the Maintenance menu using a passcode.
Settings for display auto off, language, device location, and filters.
Settings for alarm sounds, minimum volume, and reminder tones.
Instructions for changing or deleting quick keys for faster access.
Setup for network connection, including IP, WLAN, and CMS configuration.
Options for saving, exporting, importing, and restoring device settings.
Features for locking the screen to prevent unauthorized use.
Procedure to change maintenance and service passwords.
How to change the device name using the on-screen keyboard.
Configuration for enabling or disabling alarms when disconnected from CMS.
Allows selection of a demonstration mode for training or testing.
Access to passcode-protected service menu for authorized personnel.
Overview of operations performed at the Central Monitoring System (CMS).
Important safety precautions related to wireless network usage.
How to manually adjust the QRS detection threshold for improved accuracy.
Procedure to select ECG leads for heart rate and arrhythmia analysis.
Information on QT interval monitoring and its clinical significance.
Details on ST segment analysis and its interpretation.
Configuration of PVC-related alarm thresholds for arrhythmia detection.
Functionality to view device location information within the Central Station.
How to send messages to the TM80 to remind patients of activities.
Enabling alarms for patient entry or exit from restricted areas.
Overview of TM80 power sources: rechargeable battery or AA batteries.
Critical safety precautions for handling, using, and storing batteries.
Instructions on how to install the battery pack or tray.
How to view the battery charge status using the battery symbol.
Procedure for safely removing the battery from the device.
Guidelines for charging the lithium-ion battery using the central charger.
Recommendations for storing rechargeable lithium-ion and AA batteries.
Battery maintenance activities and recommended frequencies.
Instructions for properly disposing of lithium-ion and AA batteries.
Lists common problems and their solutions, including ECG and SpO2 issues.
Details major physiological alarm messages, causes, and solutions.
Details major technical alarm messages, causes, and solutions.
Overview of cleaning and disinfecting procedures for the TM80.
Important safety precautions for cleaning and disinfecting the equipment.
Lists approved cleaning agents and general equipment cleaning steps.
Instructions for cleaning and disinfecting reusable ECG leadwires and SpO2 sensors.
Procedure for cleaning and disinfecting other components like battery compartment.
Information regarding sterilization recommendations for the equipment.
Consequences of using unapproved cleaning agents or improper procedures.
Overview of routine telemetry device maintenance guidelines.
Critical safety information related to equipment maintenance and service.
Guidelines for performing daily visual inspections of the equipment.
Recommended schedule for various maintenance and testing procedures.
Information about the self-test performed during TM80 startup.
Procedure to verify ECG waveform amplitude and calibration.
Requirement for NIBP accuracy testing.
Requirement for NIBP leakage testing.
Procedure to test the functionality of the nurse call feature.
Importance of electrical safety tests to detect potential hazards.
Reference for battery charge check and maintenance procedures.
How to view system information such as battery status.
List of ECG accessories including electrodes and leadsets.
List of SpO2 accessories including modules and sensors.
Reference for NIBP accessories.
List of other accessories such as batteries and cables.
Device classifications according to IEC60601-1 standards.
Operating and storage conditions for temperature and humidity.
Details on battery types, capacity, charge time, and run time.
Dimensions and weight specifications for the TM80 and central charger.
Technical details of the TM80's display, LED, audio, keys, and connectors.
TM80 functionalities for data storage, including trends and events.
Technical specifications for Bluetooth (MPAN) and Wi-Fi connectivity.
Detailed specifications for ECG, Resp, SpO2, and NIBP measurements.
List of units of measurement used in the manual.
List of mathematical and logical symbols used in the manual.
List of abbreviations and their meanings used throughout the manual.
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