Page 4
H-1.601.00024-A3.0 Warranty THIS WARRANTY IS EXCLUSIVE AND IS IN LIEU OF ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE. Exemptions Ambulanc's obligation or liability under this warranty does not include any transportation or irresistible natural disaster or other charges or liability for direct, indirect or consequential damages or delay resulting from the improper use or application of the product or the use of parts or accessories not approved by Ambulanc or repairs by people other than Ambulanc authorized personnel.
Page 5
H-1.601.00024-A3.0 Product information Product Name: D-Tiger Emergency Ventilator Mode: AII6000A Manufacturer: Ambulanc (Shenzhen) Tech. Co. , Ltd Manufacturer address: 3rd Floor, Block C, Building #5, Skyworth Innovation Industry Park, Tang Tou 1st Road, Shiyan Town, Baoan District, 518108 Shenzhen,China Warning This device is not intended for home using! Company Contact Manufacturer: Ambulanc (shenzhen) Tech.Co., Ltd.
Page 7
H-1.601.00024-A3.0 14.EMC declaration........................42 14.1 Guidance and manufacturer’s declaration – electromagnetic emission – for all EQUIPMENT and SYSTEMS ....................42 14.2Guidance and manufacturer's declaration – electromagnetic immunity – for all EQUIPMENT and SYSTEMS ....................43 14.3 Guidance and manufacturer’s declaration – electromagnetic immunity ......44 14.4 Recommended separation distances between portable and mobile RF communications equipment and the EQUIPMENT or SYSTEM ..............
H-1.601.00024-A3.0 2. Description 2.1 Uses AII6000A is an automatic oxygen respiration device (short-term ventilator) with additional inhalation facility. You can use AII6000A: To revive patients at the site of the emergency; For longer periods in more protracted emergencies, e.g. fires; ...
H-1.601.00024-A3.0 2.3 Demand flow function The Demand flow setting switches the AII6000A breathing-controlled O2 inhalation. Such inhalation must be carried out with the respiration mask. A small inspiration (trigger) pulse causes oxygen to continue flowing until slight overpressure interrupts the flow. Expiration then takes place via the patient valve as in ventilation. 2.4 Patient valve Φ30mm Convex cone Interface Outlet...
H-1.601.00024-A3.0 2.5 Audio response The device has an audio response facility that can be switched on for user guidance, especially for users who have little practice. If audio response is not required, a key combination can be used to switch it off (See “5.8 Audio responses for user guidance”).
H-1.601.00024-A3.0 3. Safety instructions 3.1 Safety regulations For your own safety and that of your patients, please observe the following points: General Please read the directions for use carefully. They are an integral part of the ventilator and must be kept available for reference at all times. ...
Page 14
H-1.601.00024-A3.0 Can cause explosive reactions when high-pressure oxygen and combustible material( grease, oil,alcohol, etc.) meet. This equipment is only suitable for patients weight more than 10KG. NOTE: Please note that a safe distance must be maintained between AII6000A and equipment that emits HF radiation (e.g.
Page 15
H-1.601.00024-A3.0 Ventilation/Operation Caution: Both patient and ventilator must be kept under constant observation during ventilation. Make sure that neither the outlet nor the emergency air intake on the patient valve are blocked or their function impeded in any other way, e.g. by the patient’s position.
Page 16
H-1.601.00024-A3.0 the indicating on the knob is aligned with the lower left edge of yellow colorized scale. If not, the device may exist problem, please stop using and contact the manufacturer or the Ambulanc authorized personnel. 9–46...
H-1.601.00024-A3.0 4. Installation A permanent mounting is usually necessary only when AII6000A is installed as a fixture in rescue vehicles, helicopters or aircraft .If AII6000A is supplied complete on a carrying platform or in an emergency rucksack, it is ready for use and requires no further installation.
H-1.601.00024-A3.0 3. If the pressure hose is not already connected to the exit from the pressure reducer, make this connection with the 9/16’’-18UNF connecting nut. 4. Screw the other end of the pressure hose on to pressurized gas connection 10 on the AII6000A if this has not yet been done. 4.2 Ventilation hose 1.
H-1.601.00024-A3.0 3. Connect the patient valve to the other end of the ventilation hose and pressure gauge hose. 4. If a mask is being used for ventilation, attach the mask connection to the patient valve (identical with hose connection), or if the patient is intubated, attach the patient valve to the hose.
H-1.601.00024-A3.0 4.4 Please check as below advised carefully before using Check power alarm status. Check Respiratory Valve for patients. Check trigger pressure. Check the stenosis alarm.(see “7.4 Checking the alarm systems”) Check the disconnection alarm. (see “7.4 Checking the alarm systems”) ...
H-1.601.00024-A3.0 5. Using the ventilator 5.1 Switching on / self test 1. Open the valve of the oxygen cylinder slowly. The pressure gauge will now show the pressure in the cylinder. 2. Where appropriate, calculate how long the remaining oxygen will last (see “5.9 Calculation of oxygen content/remaining operating time”).
H-1.601.00024-A3.0 Recommended ventilation settings: Yellow Orange Brown Body Weight 10Kg 30Kg 60Kg 80Kg Above 110Kg Respiratory 30bpm 16bpm 11bpm 10bpm 10bpm 13bpm 14bpm frequency Minute volume 3L/min 5L/min 7L/min 9L/min 11L/min 15L/min 16L/min The figures shown in the table are only recommendations. Different settings may be required in cases of pulmonary damage or for special indications.
H-1.601.00024-A3.0 patient valve. NOTE: Use this model when patient can not spontaneous breath, this model is invasive breathing. 5.4 Monitoring ventilation Example of ventilation sequence before and after lung compliance diminishes The patient must be monitored constantly during ventilation. You can check the course of ventilation at ventilation pressure gauge 2. High airway resistance, e.g.
H-1.601.00024-A3.0 At higher breath rates, fresh air is automatically mixed in with the oxygen. This is done via the emergency air intake of the patient valve. The Demand Flow mode is ended by turning the regulator knob back to ventilation mode from the index position marked by the white triangle, or by switching off the ventilator.
Page 25
H-1.601.00024-A3.0 < 2,7 bar: Drop in oxygen pressure to below 2.7 bar : Battery charge inadequate All the visual alarms are accompanied by an acoustic alarm. If the ventilator detects a malfunction during the self test after switching on or during continuous operation, the LED light of ventilation pressure gauge on the top left of panel will keep flashing for 5 seconds on 50, 55, and 60 positions, and then enter into working mode.
Page 26
H-1.601.00024-A3.0 Disconnection alarm As a rule this alarm is due to interruption of the breathing system. The alarm is set off when the rise in pressure fails to reach at least 3 mbar in two successive inspiration phases. If audio response is enabled, the unit announces “Check ventilation system and settings”.
H-1.601.00024-A3.0 after a short interval. Audio response will also resume automatically. Both the visual and acoustic alarms are cancelled automatically as soon as the malfunction is eliminated. 5.8 Audio response for user guidance Selecting language / Switching off audio guidance The language setting can only be selected if the unit is switched off.
Page 28
H-1.601.00024-A3.0 Audio response messages The following is a list of the individual audio response messages with notes on what they mean: Table 1: Audio response Meaning “Turn on oxygen cylinder” Open oxygen cylinder valve slowly. “Check respiration and select mode” Depending on whether or not the patient is breathing,set AII6000A to one of the modes Demand Flow, mask ventilation...
H-1.601.00024-A3.0 or adjust the minute volume to suit the patient. “Selected language:Chinese”(English) When selecting the language for the audio response, press the mask/tube switch 1 as many times as necessary until the desired language is announced. “Audio response is off” Confirmation that audio response is deactivated.
H-1.601.00024-A3.0 Breathing volume(AZV)= inhalation flow × inhalation time For the above example: Breathing volume=45L/min×0.033min=1.5L Minute volume(MV)=respiratory frequency × AZV For the above example: Minute volume(MV)=10min-1×1.5L=15L/min Real Demand Flow time(min)=Oxygen content(L)/MV(L/min) Example: O2 content= 2000L, MV=15L/min. This gives the following equation: Real Demand Flow time= 2000L/15L/min=133 min= 2h 13min 5.10 Alternative ventilation procedures If AII6000A ceases to function during a ventilation procedure, the following...
H-1.601.00024-A3.0 6. Hygienic preparation After every use the AII6000A and any accessories used must undergo hygienic preparation. Be sure to carry out a functional check after every hygienic preparation (see “7. Functional checks”). 6.1 AII6000A You can keep AII6000A clean by simply wiping with disinfectant as described in section 6.6.
H-1.601.00024-A3.0 6.4 Masks Perform the hygienic preparation of the masks as described in section 6.6. 6.5 Fittings For external cleaning of fittings (e.g. pressure reducer, valve), use only a clean cloth. The cloth may be dry or moistened with clean water. Never immerse the fittings in disinfectants or other liquids.
Page 33
H-1.601.00024-A3.0 the opposite direction! 4. Detach the syringe from the pressure gauge hose and empty it out completely. Repeat the procedure 5 more times. 5. After disinfection, the pressure gauge hose must be rinsed with distilled water at least 8 times using the same principle. 6.
H-1.601.00024-A3.0 7. Functional checks Before each use, after each dismantling and reassembly, and at the very least every 6 months, the user must carry out functional checks on the ventilator. NOTE: Before carrying out the functional check on AII6000A, you must connect the ventilation hose and the patient valve.
H-1.601.00024-A3.0 7.2 Checking for leaks in the system 1. Open the valve of the oxygen cylinder slowly. You can now read the pressure in the cylinder from the gauge on the pressure reducer. For example, a reading of 200 bars means that the cylinder is full, whereas 100 bars mean it is half full.
H-1.601.00024-A3.0 Caution! When reassembling, make sure that the one-way valve membrane is correctly positioned. 7.4 Checking the alarm systems Warning: In the case of the stenosis alarm and the disconnection alarm, the alarm signal (or message) is only set off when the cause of the alarm is repeated in two successive inspiration phases.
Page 37
H-1.601.00024-A3.0 system has fallen below 2.7 bar, the <2.7 bar O2 alarm should be set off. If audio response is enabled, the ventilator announces “Check pressure hose system and gas supply”. Power supply ( The alarm that indicates a failing battery is checked automatically in the self test that runs when AII6000A is switched on.
H-1.601.00024-A3.0 8. Troubleshooting Fault Cause Remedy AII6000A defective. Arrange for repair. Replace battery in battery compartment. AII6000A will not If ventilator still refuses to switch switch on. Battery failing. on, have internal auxiliary battery replaced by manufacturer or authorized specialists. Airways obstructed.
Page 39
H-1.601.00024-A3.0 Fault Cause Remedy Replace battery battery compartment. If ventilator still refuses to switch Battery failing or fuse Alarm. on, have internal auxiliary defective. battery replaced by manufacturer or authorized specialists. Visual alarms flashing, but no acoustic alarm and Short-term electronic no audio response.
H-1.601.00024-A3.0 9. Servicing 9.1 Intervals NOTE: Always remember to carry out a technical safety check on the ventilator after every repair. AII6000A must undergo a technical safety check and servicing at regular intervals. After each using: Cleaning and disinfecting reusable ventilation hose and patient valve according to the instruction in Chapter VI.
H-1.601.00024-A3.0 9.3 Battery AII6000A is equipped with one battery: Battery (Li-ion battery 3.7 V) for power supply. It can be changed by the operator. In room temperature environment the full power battery's working time is up to 10 hours. We recommend having the batteries changed only by the manufacturer –Ambulanc–...
H-1.601.00024-A3.0 9.4 Change valve membrane in patient valve If one of the valve membranes in the outlet or the emergency air intake interface of the patient valve is crinkled, sticky or misshapen, it must be changed. Emergency air intake 1. Take the emergency air intake interface out of the patient valve. To do so, push the two locking lugs out of their seat, using a small screwdriver, for example.
H-1.601.00024-A3.0 11. Technical data 11.1 Specifications Device category Internal power supply Dimensions L×H×B in mm 168×110×90 include connectors Weight Approx. 0.6kg Operation: Temperature range, Humidity, 0℃ to +40℃ max. 95% Air pressure 70Kpa to 110 Kpa Control Timing pulse, volume constant Gas input Medical oxygen Operating pressure...
H-1.601.00024-A3.0 11.3 Relationship between ventilation parameters The following diagram shows the relationship between the ventilation parameters “minute volume” and “respiratory frequency”: 39–46...
H-1.601.00024-A3.0 12. Warranty Ambulanc provides one year warranty from the date of purchasing and lifelong maintenance. Suggested Product’s life:Three years. Claims against the warranty can be made only when accompanied by the sales receipt, which must show salesperson and date of purchase. ...
H-1.601.00024-A3.0 13. Storage and transportation Packaged product can be transported by truck, air or railway. During the transportation, should avoid shock, severe vibration and moisture. Transport temperature is -40 ℃ ~ +50 ℃, relative humidity should be less than 95%. Storage temperature -40 - 50℃...
H-1.601.00024-A3.0 14.EMC declaration 14.1 Guidance and manufacturer’s declaration – electromagnetic emission – for all EQUIPMENT and SYSTEMS Guidance and manufacturer´ s declaration – electromagnetic emission The AⅡ6000A emergency ventilator is intended for use in the electromagnetic environment specified below. The customer or the user of AⅡ6000A emergency ventilator should assure that it is used in such an environment.
H-1.601.00024-A3.0 – 14.2Guidance manufacturer's declaration electromagnetic immunity – for all EQUIPMENT and SYSTEMS Guidance and manufacturer’s declaration – electromagnetic immunity The AⅡ6000A emergency ventilator is intended for use in the electromagnetic environment specified below. The customer or the user of the AⅡ6000A emergency ventilator should assure that it is used in such an environment.
H-1.601.00024-A3.0 Power Power frequency magnetic fields frequency should be at levels characteristic (50/60 Hz) 3 A/m 3 A/m of a typical location in a typical magnetic field commercial or hospital IEC61000-4-8 environment. NOTE: U is the a. c. mains voltage prior to application of the test level. 14.3 Guidance and manufacturer’s declaration –...
Page 52
H-1.601.00024-A3.0 according to the transmitter manufacturer and d is the recommended separation distance in meters (m). Field strengths from fixed RF transmitters, as determined by an electromagnetic site survey, should be less than the compliance level in each frequency range. Interference may occur in the vicinity of equipment marked with the following symbol:...
H-1.601.00024-A3.0 14.4 Recommended separation distances between portable and mobile RF communications equipment and the EQUIPMENT or SYSTEM Recommended separation distances between portable and mobile RF communications equipment and the AⅡ6000A emergency ventilator The AⅡ6000A emergency ventilator is intended for use in an electromagnetic environment in which radiated RF disturbances are controlled.
Need help?
Do you have a question about the D-Tiger AII6000A and is the answer not in the manual?
Questions and answers