What to do if the power indicator is not lit on my Penlon Prima 320 Advance Medical Equipment?
If the power indicator on your Penlon Medical Equipment isn't lit, first, ensure the power cord is securely connected and the system and ventilator switch is turned on. If the issue persists, try replacing the power cord or switching to another power outlet. If none of these steps work, it may indicate a blown fuse.
How to fix a ventilation system leak in Penlon Prima 320 Advance Medical Equipment?
To fix a ventilation system leak in Penlon Medical Equipment, ensure the APL valve is correctly positioned, especially during manual mode. Check that the absorber canister is properly installed. Inspect breathing tube connectors for damage or looseness, and refit or renew if necessary. Also, verify the check valve is correctly installed. If the issue persists, it may be due to a manual/mechanical ventilation switch failure.
Why is the bellows not inflating completely in my Penlon Prima 320 Advance Medical Equipment?
If the bellows in your Penlon Medical Equipment isn't inflating completely, it might be because the respiratory rate is set too fast, shortening the expiratory time; try setting a reasonable respiratory rate. Another cause could be leaks in the breathing system, so perform a system leak test. Also, check if the flowmeter is closed and reset it if needed.
What to do if the bellows is not compressed during the inspiratory phase in Penlon Medical Equipment?
If the bellows isn't compressing during the inspiratory phase on your Penlon Medical Equipment, first, check that the manual/mechanical ventilation switch is set to mechanical ventilation. It may also be that the bellows housing is damaged, in which case you should replace it.
How to reduce high airway pressure during manual breathing with Penlon Prima 320 Advance?
If the airway pressure is too high during manual breathing with your Penlon Medical Equipment, reset the APL valve.
Why is there no airway pressure waveform on my Penlon Prima 320 Advance?
If there's no airway pressure waveform on your Penlon Medical Equipment, check for a disconnect between the pressure sensor and the sample tube, and reconnect if necessary. Also, verify that the gas source is not exhausted and replenish the gas supply if needed.
Details the importance of periodic servicing by trained engineers.
Highlights the critical role of patient monitoring during anaesthesia.
Defines the age range of patients for whom the product is intended.
Details the types of gases supplied and their connection methods.
Explains the function of the AHD system.
Describes the physical build, mobility, and lighting of the machine.
Explains the machine's gas pathway from supply to patient.
Identifies and describes the main controls and features on the front of the machine.
Details the connections and ports located on the rear panel of the machine.
Explains the function and use of the communication ports.
Details the functions of the multifunction knob, buttons, and display.
Covers mains power, auxiliary sockets, and battery backup.
Discusses the mounting system and types of compatible vaporizers.
Describes the absorber components, including the canister and valves.
Details the ACGO port and the O2 flush button functions.
Explains the AGSS receiver and its connection for waste gas removal.
Overview of the ventilator, its modes, and drive gas.
Lists and explains the parameters monitored on the screen.
Explains the alarm types, levels, and silence function.
Details the physical dimensions, weight, display, and mobility of the machine.
Specifies cylinder and pipeline gas types and connections.
Lists the required gas supply pressures for pipeline and cylinder sources.
Specifies the flow range and accuracy for air, oxygen, and nitrous oxide.
Details power input, fuses, power cable, and auxiliary outlets.
Specifies volumes, connectors, leak limits, and compliance.
Details ventilator display, modes, safety pressure, and parameters.
Lists the parameters that can be monitored, their ranges, and resolution.
Specifies the ranges for various alarm types.
Details device classification, ingress protection, and anaesthetic agent use.
Covers warnings and cautions for initial setup and commissioning.
Instructions for installing the absorber assembly and filling the canister.
Details the procedure for installing Selectatec-compatible vaporizers.
Provides instructions and cautions for installing gas cylinders.
Instructions for connecting the medical gas pipeline.
Details the AGSS port and connection to the receiver unit.
Outlines the recommended schedule and procedures for pre-use testing.
Steps for performing the system check, including start-up and testing.
Procedure to test the power failure alarm and battery indicator.
Tests for O2, N2O, and Air pipeline supplies, including alarms.
Procedures for testing vaporizers, including back pressure and interlock.
Covers self-tests, preparation, and specific alarm tests.
Covers tests for non-return valves, bellows, and leak tests.
Tests the oxygen flush function and its effect on the bellows.
Final steps before connecting a patient, including equipment checks.
Covers turning on the system, standby/operating modes, and shutdown.
Overview of the display screens and their features.
Instructions for operating the system in manual ventilation mode.
Guide to selecting different mechanical ventilation modes.
Explains VCV mode parameters and principles.
Details PCV mode principles, parameters, and waveforms.
Explains PRVC mode principles, parameters, and waveforms.
Details SIMV-V mode, parameters, and waveforms.
Explains SIMV-P mode, parameters, and waveforms.
Details SIMV-PRVC mode, parameters, and waveforms.
Explains SPONT/PSV mode, parameters, and backup modes.
How to set tidal volume, respiratory rate, and other ventilator parameters.
Describes how to monitor FiO2, CO2, pressure, tidal volume, and breath rate.
Menu to set and adjust alarm limits and view alarm history.
How to review parameter values over a specific time period using trend graphs.
Procedure for replacing the soda lime absorbent in the canister.
Details the ACGO control and O2 flush function.
Covers alarm indicators, levels, messages, and status symbols.
Guidance on setting parameter alarm limits.
Lists alarm messages, their priority, cause, and action.
Defines user maintenance tasks and restrictions.
Outlines the recommended service schedule for the machine.
Provides warnings and cautions for cleaning and disinfecting the equipment.
Details recommended methods for cleaning and disinfecting components.
Lists components that can be cleaned and sterilized, and disassembly instructions.
Procedure for zeroing the pressure sensor.
Procedure for zeroing the flow sensor.
Details calibration procedures for the O2 sensor.
Procedure for calibrating the touchscreen display.
Instructions for battery replacement, requiring a trained engineer.
Lists common faults, their causes, and recommended actions.
Lists references and compliance standards.
Provides guidance on disposal and risk assessment.
Lists optional accessories and their part numbers.
Explains various symbols and labels used on the equipment.
Details the specifications and warnings for the optional CO2 module.
Provides safety guidelines for using the CO2 module.
Instructions for connecting the water trap and CO2 sampling components.
Discusses electromagnetic environment and EMC compliance of the device.
Provides declarations for electromagnetic immunity standards.
General| Model | Prima 320 Advance |
|---|---|
| Manufacturer | Penlon |
| Ventilator | Yes |
| Tidal Volume Range | 20 to 1500 mL |
| Integrated Monitoring | Yes |
| Gas Supply | O2, N2O, Air |
| Integrated Ventilator | Yes |
| Breathing System | Circle system |
| Oxygen Failure Protection Device | Yes |
| Power Supply | 100-240 V AC, 50/60 Hz |
| Ventilator Type | Electronic |
| Vaporizer Mounting System | Selectatec |
| Display | Color Touchscreen |
| Weight | 125 kg |
| Dimensions (H x W x D) | 1430 mm x 750 mm x 840 mm |
| Type | Anesthesia Workstation |
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