How to fix MAINS FAIL alarm on Spacelabs Healthcare Medical Equipment ventilator?
If the 'MAINS FAIL' alarm activates when you switch on your Spacelabs Healthcare Medical Equipment ventilator, it could be due to several reasons. First, ensure the power cable is securely connected. If it is, check the mains supply for any issues. Finally, inspect the fuses and replace them if necessary.
Why does the bellows progressively deflate in Spacelabs Healthcare BleaseSirius Medical Equipment?
If the bellows progressively deflates despite normal fresh gas flow in your Spacelabs Healthcare Medical Equipment, there might be a leak in the breathing system. Inspect and replace the hose if needed. Also, check the pop-off valve and its seat for damage, replacing them if necessary. Examine the bellows base O-ring and the bellows base itself, replacing them if damaged. Ensure that patient connections are secure.
What to do if bellows cannot be filled in Spacelabs Healthcare Medical Equipment?
If the bellows of your Spacelabs Healthcare Medical Equipment cannot be filled or collapses, check the breathing system hose for disconnections or leaks, and replace it if damaged. Inspect the bellows base for breaks and replace if necessary. Check the bellows itself for defects and replace if damaged. Also, examine the pop-off valve and replace if needed. Finally, ensure the O-ring is present and not defective, fitting or replacing it as necessary. Make sure that patient connections are secure.
What to do if PRESSURE LOW alarm activates on Spacelabs Healthcare BleaseSirius?
If the 'PRESSURE LOW' alarm is activated on your Spacelabs Healthcare Medical Equipment but ventilation is normal, it could be due to disconnected or kinked pressure pick-up tubing. Try to reconnect the tube or remove any kinks. If the tube is damaged, replace it.
Why does the SUPP GAS LOW alarm blink on Spacelabs Healthcare BleaseSirius Medical Equipment?
If the 'SUPP GAS LOW' alarm blinks on each breath with your Spacelabs Healthcare Medical Equipment, it might be due to incorrect drive gas supply pressure or a kinked/obstructed drive gas supply hose. Check the drive gas supply pressure. Reconnect the hose or remove any kinks. Replace the hose if it is damaged.
How to fix tidal volume not delivered on Spacelabs Healthcare BleaseSirius Medical Equipment?
If tidal volume is not delivered and the 'PRESSURE CYCLING' alarm is activated on your Spacelabs Healthcare Medical Equipment, it could be due to the pressure limit being set too low or obstructions in the breathing system or bellows drive gas. Try changing the pressure limit. Remove any obstructions that you find.
Why is there unwanted PEEP on Spacelabs Healthcare BleaseSirius?
If you're experiencing unwanted PEEP and an overfull bellows with your Spacelabs Healthcare Medical Equipment, it could be due to a defective or poorly regulated scavenging system, a partially obstructed exhaust, or high gas flow. Try adjusting or exchanging the scavenging system. Remove any obstructions that you find.
Why is there an irregular rate with Spacelabs Healthcare Medical Equipment?
If you notice an irregular rate when electrocautery is used with your Spacelabs Healthcare Medical Equipment, the issue could stem from a defective mains supply outlet or a defective electrocautery unit. First, try changing the mains supply outlet. If the problem persists, check and repair the electrocautery unit.
What does BATT LOW alarm mean on Spacelabs Healthcare Medical Equipment?
If the 'BATT LOW' alarm is activated on your Spacelabs Healthcare Medical Equipment, it indicates a defective or discharged battery. Replace the battery; if the issue persists, replace it again, as it may be defective.
General| Brand | Spacelabs Healthcare |
|---|---|
| Model | BleaseSirius |
| Category | Medical Equipment |
| Language | English |
Overview of the manual's content and safety precautions.
Detailed breakdown of the machine's components and design.
General description of the anesthesia machine's purpose and compliance.
Technical specifications including dimensions, loading, and electrical details.
Machine and work surface dimensions, monitor shelf dimensions.
Weight limits for different parts of the machine.
Specifications for gas lines, electrical cables, and miscellaneous pneumatic data.
Details on controls, ventilator integration, alarms, and electrical parameters.
Lists standard, required, and optional features of the system.
Step-by-step instructions for installing components like cylinders and pipelines.
Procedures for installing gas cylinders onto the machine.
Instructions for connecting gas supply pipelines.
Steps for connecting the oxygen sensor to the machine.
Guidance on fitting vaporizers to the backbar manifold.
Procedure for mounting and attaching the CAS absorber.
Instructions for connecting and setting up the patient airway flow sensor.
Details on fitting, testing, and cleaning the suction controller system.
Explains how the machine's pneumatic systems and safety features function.
Description of pressure limiting devices for patient and user safety.
How the oxygen supply and failure warning system operate.
Overview of the machine's control functions, including On/Off switch and flow controls.
Description and function of the main On/Off switch.
Details on mechanical and electronic flowmeters.
Recommended maintenance frequency and procedures for the machine.
Daily checks to ensure the ventilator is functioning correctly before patient use.
Inspection of gas hoses and probes for damage or wear.
Verification of cylinder mounting and pipeline connections.
Checking gas flows on flowblock assemblies.
Testing the oxygen failure warning and related alarms.
Procedure to check for leaks in vaporizers.
Test procedure for the Common Gas Outlet safety valve.
Final checks on vaporizers, APL valve, ventilator, and alarms.
Comprehensive tests to verify the entire system's functionality.
Procedure to detect leaks in the system.
Testing the main switch and system warning indicators.
Verifying the function of the mechanical hypoxic guard.
Steps to test the integrated ventilator.
Overview of the ventilator's design, control system, and applications.
General description of the ventilator's design and intended use.
Available features dependent on the operating mode.
Description of controls and indicators on the ventilator's touch screen.
Benefits of the built-in microprocessor for upgrades and customization.
Explanation of flow and pressure generator modes and patient applications.
Safety feature to prevent barotrauma by setting a pressure limit.
System for ensuring accurate ventilator delivery regardless of back-pressure.
Selectable functions for monitoring pressure, flow, and alarms.
Display options for set and monitored volumes and waveforms.
Information on internal battery charging, operation time, and charging duration.
Description of mechanical ventilation modes available on the ventilator.
Explanation of the time-cycled mode for delivering set volumes.
Explanation of the time-cycled mode for maintaining set inspiratory pressure.
Extensions of PSV mode with mandatory breaths and optional pressure support.
Feature to create a plateau phase before the expiratory phase.
Method to increase delivered tidal volume with set percentage breaths.
Mode where patient controls ventilation timing with optional pressure support.
List of parameters that can be set and monitored during ventilator operation.
Monitoring and setting of Positive End Expiratory Pressure.
Level of negative flow to initiate ventilator assistance for spontaneous breaths.
Monitoring and calibration of oxygen concentration using a fuel cell sensor.
Volume to be delivered by the ventilator in each breath.
Setting the breathing system's maximum pressure limit.
Description of the front panel controls and indicators.
Controls and indicators on the 700/900 series ventilator's front panel.
Layout of the normal display screen with four areas.
Graphical display of the breathing cycle in real time.
Listing of active alarms with priority levels.
Area for displaying user-selected monitored measurements.
Windows showing selected parameters or operating levels.
Operation of the Trak Wheel and touchscreen for navigation and setting changes.
Indication of mains failure and battery status via LEDs.
Visual representation of the ventilator's menu structure.
Navigation through the setup options.
Options for saving, recalling, and managing default settings.
Configuration of alarm limits, mute times, and apnea settings.
Instructions on starting, stopping, testing, and configuring the ventilator.
Procedure for turning on the ventilator system.
Steps to initiate ventilation mode.
Procedure to stop ventilation and switch to bag mode.
Steps to conclude a ventilation case.
How to turn off the ventilator system.
Essential tests to perform before connecting the ventilator to a patient.
Verifying all breathing system components after leak and compliance checks.
Descriptions and solutions for common errors encountered during pre-use testing.
Troubleshooting steps if the absorber is not correctly fitted.
Explanation of the standby and bag modes for the ventilator.
Procedure for calibrating the displayed oxygen concentration.
Specific oxygen calibration steps for the A.C.G.O. system.
How to assign parameters to monitored buttons.
Methods for selecting patient modes (Adult or Pediatric).
Information on available adult and pediatric flow sensors.
Options for selecting spirometry loops and waveforms.
Procedure for saving waveform data.
How to retrieve previously saved waveform data.
Examples of pressure/volume and flow/volume loops.
Selecting different ventilation modes on the ventilator.
Setting the inspiratory pause percentage.
Steps to adjust operating parameters like BPM, I:E ratio, and pressure limits.
Information on pre-set and user-defined alarms for monitoring.
Overview of available alarms, their priority, and settings.
Details on factory-set alarms like "Absorber Not Fitted" and "Low Supply Gas Pressure".
Functionality for automatically setting alarm parameters.
Defining high and low ranges for alarms.
Procedure for adjusting alarm limit values.
How to mute alarms temporarily.
Configuring the time duration for the apnea alarm.
Options for managing settings, defaults, and names.
Procedure to change default startup settings, which is password protected.
Saving and recalling ventilator settings configurations.
Defining user names for saving settings.
Safety precautions and general installation guidelines.
Steps to verify correct connections and check for leaks before use.
Information on battery discharge and charging.
Steps for installing the adult bellows unit.
Procedures for fresh gas compensation and compliance testing.
Calculating delivered volume compensation for fresh gas flow.
Measuring system compliance to calculate TV compensation.
Schedule and procedures for regular user maintenance.
Monthly checks for the control unit, including power and gas supply alarms.
Checks for the control unit, including power on and MAINS FAIL alarm.
Six-month inspection of bellows assemblies.
Inspection of bellows assemblies for damage and deterioration.
Procedures for cleaning ventilator surfaces and patient flow sensors.
Cleaning instructions for external surfaces of the ventilator.
Cleaning and sterilization of flow sensors and tubing.
Table of common faults, their causes, and recommended actions.
Technical specifications and performance ranges of the ventilator.
Factors affecting compliance and performance data interpretation.
List of compatible equipment and accessories with part numbers.
Details on RS232 setup, protocol, and message types for data transmission.
RS232 communication parameters like baud rate and stop bits.
Description of the communication protocol and message types.
Commands for setting various ventilator parameters via external communication.
List of breathing modes communicated via external interface.
Formats for reporting measured values.
Comprehensive list and description of all alarm messages and their bit definitions.
Introduction to the CAS I and CAS II absorber models and their components.
Overview of the absorber's design, materials, and optional accessories.
Explanation of spontaneous breathing, CO2 bypass, scavenging, and absorbent function.
How the absorber works with spontaneously breathing patients.
Information on soda lime indicator and replacement.
Steps for installing the absorber onto the machine and filling canisters.
Procedure for physically mounting the absorber.
Instructions for filling reusable or disposable soda lime canisters.
Steps for installing disposable soda lime canisters.
Procedure for filling and installing reusable soda lime canisters.
Connecting patient breathing circuit and bag tubing to the absorber.
Inspections and tests required before using the absorber.
Performing the compliance test as per ventilator instructions.
Steps to set up the absorber for spontaneous breathing.
Routine maintenance tasks for the absorber.
Procedures for replacing soda lime in reusable or disposable canisters.
Step-by-step guide for replacing soda lime in reusable canisters.
Indicators for when soda lime needs replacement.
Procedures for cleaning and sterilizing absorber components.
Checks for non-return valve discs and annual maintenance.
Steps to replace the non-return valve discs.
List of available spare parts and accessories with part numbers.
Information on installing and removing the manometer.
Location and use of the oxygen sensor port.
Description and maintenance of the absorber condenser.
Using the absorber lock mechanism to secure the unit.
Manufacturer's policy on product updates.
User's obligations for safe installation, use, and maintenance.
Manufacturer's responsibilities regarding safety, reliability, and performance.
Statement voiding warranties for unauthorized tampering.
Information on warranty invalidation and restricted access to technical data.
Guidelines for qualified technical engineers performing servicing.
Important hazard information for users before operating the machine.
Notices denoting potential health and safety hazards for users and patients.
Notices denoting potential hazards to equipment integrity, not personnel.
Guidance on electromagnetic emissions and their compliance levels.
Immunity test levels for various electrical disturbances.
Guidance on separation distances for RF communications equipment.
Tables for calculating safe separation distances from RF sources.
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