Transport Emergency Ambulance Medical Portable Ventilator

This machine is a pneumatically driven electrically controlled ventilator with compact structure and complete functions. It is suitable for emergency resuscitation and transportation of patients with dyspnea. Adopt microprocessor-based technology, simple and convenient to use; Lightweight, reasonable structure is especially suitable for the emergency situation; Three kinds of power supply: AC, DC and Internal Battery; High capability battery can be used at least 8 hours when it is fully charged; Large LCD screen, main parameters can be monitored and displayed; Adopt proprietary technology to control tidal volume and oxygen concentration, realizing precise digital regulation; Long life and low consumption solenoid valve with steady function and dependable quality; Using integrated and integral airway structure, which is accurate, stable and durable; Multiple oxygen sources: gas source in hospital, gas source in the ambulance, and portable oxygen cylinders;

1.1 Environmental Requirements
a) Ambient temperature range: -18 ~ +50 ºC
b) Relative humidity range: 15% ~ 95%
c) Atmospheric pressure range: 70 kPa ~ 110 kPa
d) Gas source requirements: 0.28 Mpa~0.6 Mpa medical Oxygen
e) Power Requirements: AC, DC or Internal Battery. AC: 100V~240V, 50Hz±5%, 1.35A; DC: 12V, -15% ~ +25%, 0.8A; Internal battery: Li-Battery 14.8V, ≥2200mAh, replaceable.

1.2 Classification Ventilator belongs to internal power supply equipment. It belongs to Class I external power supply equipment when it is connected to the external power supply by adapter; Degree of protection against electric shock hazards, it belongs to Type B Applied Part; Degree of protection against liquid immerse hazards, it belongs to IPX4 Equipment; According to the structure, it belongs to portable equipment; Working mode: it can work continuously; 1.3 Contraindication Hypovolemic shock Severe pulmonary emphysema and pneumothorax without drainage No function of lung tissue. Massive hemoptysis Miocardial infarction Bronchopleural leakage 1.4 Scope of application It is suitable for respiratory first aid and transportation of patients who weight no less than 25kg.

a) Breathing Mode: CMV, A/C, SIMV, CPAP
b) Respiratory Rate: In CMV mode, the range is 1 ~ 100 times per minute (bpm), accuracy: ± 5%; In A/C mode, the range is 1 ~ 40 times per minute (bpm), accuracy: ± 5%; In SIMV mode, the range is 1 ~ 20 times per minute (bpm), accuracy: ± 5%;
c) Tidal Volume Range: 50 ~ 2000 ml, accuracy: ±20% or ±30 ml, whichever is greater; Note: The tidal volume is calibrated by lung simulator in compliance with 500ml/kpa.
d) Trigger Range: -19 hPa ~ 19 hPa
e) Peak pressure Range: 0 hPa ~ 55 hPa
f) Over Pressure Relief: ≤ 72 hPa
g) Oxygen Concentration Range: 40% ~ 100%, accuracy: ± 20%
h) CPAP mode pressure range: 5 hPa ~ 15 hPa
i) Max Minute Volume: ≥22 L/min
j) Ventilator System Compliance: ≤ 40 mL / kPa
k) Maximum limited pressure(Plim max)is 6.0 kPa
l) Minimum limited Pressure(Plim min)is 0 hPa
m) Oxygen Consumption: When the respiratory rate is 20 bpm, Tidal Volume is 700 mL, the oxygen concentration is 40%; the ventilator uses the 12 250 kPa/40L oxygen cylinder, the pressure will decline ≤ 1 530 kPa per hour
n) Cycling Pressure Range: 0 ~ 60 hPa
o) PEEP range: 0, 5 ~ 20 hPa, adjustable
p) Oxygen Concentration: 40% ~ 100%, accuracy: ± 20%
q) Silence: ≤120 sec 28
r) Size: 30 cm * 23 cm * 14 cm (L * H * W)
s) Weight: 4.5 kg

Please take the time to familiarize yourself with the following caveats as they cover safety considerations, special handling requirements, and regulations that govern the use of the ventilator.

Using the ventilator in a contaminate air environment is forbidden. The ventilator adopts Venturi structure, it is dangerous to use it in polluted environments.

Please keep the ventilator and oxygen hoses away from flammable products.

To avoid explosion, do not operate the ventilator in the presence of flammable anesthetics or in an atmosphere of explosive gases.

To avoid personal injury and the risk of electric shock, as well as damage to the ventilator, do not operate the ventilator with its covers or panels removed.

The ventilator cannot record automatically, so record useful messages by yourself when using the ventilator.

An alternative ventilation way should always be available when using the ventilator. Such as: manual resuscitator.

Patients on ventilator should be appropriately monitored by competent medical personnel and suitable monitoring devices.  

For a thorough understanding of ventilator operations, be sure to thoroughly read this manual before attempting to use the product.

The ventilator does not intended to be a comprehensive monitoring device and does not activate alarms for all types of dangerous conditions for patients on life-support equipment.

Check the ventilator periodically as outlined in this Manual. Do not use if it is defective. Immediately replace parts that are worn, distorted, or contaminated.

In case of fire or a burning smell, immediately disconnect the ventilator from the oxygen supply, facility power, and backup power source.

To ensure proper servicing and avoid the possibility of physical injury, only qualified personnel are allowed to service or make authorized modifications to the ventilator.

The design and testing of the equipment comply with the electromagnetic compatibility requirements of IEC 60601-1-2:2004. Refer to Appendix 6 "Electro Magnetic Compatibility (EMC)" for details.