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Provides contact information for service technicians and CareFusion.
Explains Warning, Caution, and Note statements for safe operation.
Lists critical warnings for service, repair, fire, untrained personnel, and parts.
Details cautions for electrical grounding, fuses, storage, parts handling, and cleaning.
Verifies that the audible alarm is functioning correctly.
Verifies that the ventilator displays (segments, dots, LEDs) are working correctly.
Verifies that ventilator buttons and the Set Value knob are working correctly.
Tests the patient circuit for leaks to ensure proper function.
Verifies that the Vent Inop alarm is functioning correctly.
Outlines a schedule for preventative maintenance based on hours of service or time.
Maintenance procedures required every 10,000 hours or 2 years.
Comprehensive maintenance required every 30,000 hours or 6 years.
Step-by-step instructions for enabling Vent Maintenance mode.
Describes the process for calibrating pressure transducers and flow valve motor speed.
Details the procedure and equipment needed for airway pressure calibration.
Explains the procedure and equipment required for flow differential calibration.
Outlines the procedure and equipment needed for valve differential calibration.
Details the steps and equipment for calibrating the PEEP Pilot Transducer.
Explains the procedure and tools required for stepper motor calibration.
Details how to measure actual turbine speed using a multimeter.
Procedure for adjusting flow valve calibration settings to compensate for improper flows.
Explains how to set operational parameters for LTV® ventilators.
Addresses problems related to control and window displays and setting controls.
Covers issues with delivered pressure, volume, PEEP, accuracy, sensitivity, and triggering.
Advanced procedures for troubleshooting Vte issues like transducer accuracy.
Advanced procedures for troubleshooting O2% concentration (FiO2) problems.
Addresses issues related to ventilator power, battery, and Vent Inops.
CAUTION about opening the ventilator and anti-static precautions.
Step-by-step guide for removing the ventilator's back panel.
Detailed instructions and checks for reinstalling the back panel.
Procedures for replacing the analog board and its related components.
Procedures for removing, cleaning, and replacing the flow valve assembly.
Instructions for removing and replacing the internal battery pack.
Procedures for replacing the main PCBA assembly.
Procedures for replacing the O2 blender assembly or O2 Block.
Procedures for replacing the Power PCBA and related DC Cord Pigtail hardware.
Procedures for replacing the turbine manifold assembly.
Matrix showing required tests based on replaced parts.
Procedures for performing a general checkout of the ventilator.
Tests to verify proper operation of the ventilator's power system and battery.
Tests to verify the ventilator's performance under various settings.
Test procedure for verifying tidal volume accuracy.
Test procedure for verifying breath rate accuracy.
Test for pressure control functionality on specific models.
Test procedure for verifying the sensitivity setting.
Test procedure for verifying PEEP levels.
Tests the accuracy of various transducers in real-time.
Tests the PEEP Pilot Pressure Transducer.
Measures patient outlet pressure at actual turbine speed.
Performs Servo tests for flow and O2% accuracy.
Tests the functionality of various solenoids.
Tests for flow valve leaks during I/E hold.
Instructions for performing a 12-hour continuous operation test.
Lists variable alarms, their ranges, and tolerances.
Lists acceptable A/D counts for various transducer calibrations.
Provides torque values for assembly of various ventilator components.
Provides contact information for service technicians and CareFusion.
Explains Warning, Caution, and Note statements for safe operation.
Lists critical warnings for service, repair, fire, untrained personnel, and parts.
Details cautions for electrical grounding, fuses, storage, parts handling, and cleaning.
Verifies that the audible alarm is functioning correctly.
Verifies that the ventilator displays (segments, dots, LEDs) are working correctly.
Verifies that ventilator buttons and the Set Value knob are working correctly.
Tests the patient circuit for leaks to ensure proper function.
Verifies that the Vent Inop alarm is functioning correctly.
Outlines a schedule for preventative maintenance based on hours of service or time.
Maintenance procedures required every 10,000 hours or 2 years.
Comprehensive maintenance required every 30,000 hours or 6 years.
Step-by-step instructions for enabling Vent Maintenance mode.
Describes the process for calibrating pressure transducers and flow valve motor speed.
Details the procedure and equipment needed for airway pressure calibration.
Explains the procedure and equipment required for flow differential calibration.
Outlines the procedure and equipment needed for valve differential calibration.
Details the steps and equipment for calibrating the PEEP Pilot Transducer.
Explains the procedure and tools required for stepper motor calibration.
Details how to measure actual turbine speed using a multimeter.
Procedure for adjusting flow valve calibration settings to compensate for improper flows.
Explains how to set operational parameters for LTV® ventilators.
Addresses problems related to control and window displays and setting controls.
Covers issues with delivered pressure, volume, PEEP, accuracy, sensitivity, and triggering.
Advanced procedures for troubleshooting Vte issues like transducer accuracy.
Advanced procedures for troubleshooting O2% concentration (FiO2) problems.
Addresses issues related to ventilator power, battery, and Vent Inops.
CAUTION about opening the ventilator and anti-static precautions.
Step-by-step guide for removing the ventilator's back panel.
Detailed instructions and checks for reinstalling the back panel.
Procedures for replacing the analog board and its related components.
Procedures for removing, cleaning, and replacing the flow valve assembly.
Instructions for removing and replacing the internal battery pack.
Procedures for replacing the main PCBA assembly.
Procedures for replacing the O2 blender assembly or O2 Block.
Procedures for replacing the Power PCBA and related DC Cord Pigtail hardware.
Procedures for replacing the turbine manifold assembly.
Matrix showing required tests based on replaced parts.
Procedures for performing a general checkout of the ventilator.
Tests to verify proper operation of the ventilator's power system and battery.
Tests to verify the ventilator's performance under various settings.
Test procedure for verifying tidal volume accuracy.
Test procedure for verifying breath rate accuracy.
Test for pressure control functionality on specific models.
Test procedure for verifying the sensitivity setting.
Test procedure for verifying PEEP levels.
Tests the accuracy of various transducers in real-time.
Tests the PEEP Pilot Pressure Transducer.
Measures patient outlet pressure at actual turbine speed.
Performs Servo tests for flow and O2% accuracy.
Tests the functionality of various solenoids.
Tests for flow valve leaks during I/E hold.
Instructions for performing a 12-hour continuous operation test.
Lists variable alarms, their ranges, and tolerances.
Lists acceptable A/D counts for various transducer calibrations.
Provides torque values for assembly of various ventilator components.
General| Oxygen Concentration | 21-100% |
|---|---|
| Type | Ventilator |
| Power Supply | AC 100-240V, 50/60 Hz, DC 12-24V |
| Modes | Assist/Control, SIMV, CPAP, Pressure Support |
| Tidal Volume Range | 50 to 2000 mL |
| FiO2 | 21 to 100% |
| PEEP | 0 to 20 cmH2O |
| Flow Range | Up to 120 LPM |
| Alarms | Apnea, Low Battery |
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