Portable Emergency Ventilator for Child and Adult (HV-100D)

1-2200 USD

Model NO.	HV-100D
Certification	CE, FDA
LCD Display	With LCD Display
Medical Devices Reg./Record No.	Gsyjxzz20093540256
Respiratory Rate	1~100bpm
Pip	45~90%
Trademark	Healicom
Origin	China
Type	Ventilator
Group	Adult&Childrenildrenldren
Medical Device Regulatory Type	Type 3
Tidal Volume	50~2000ml
Peep	0, 5~20hpa Adjustable
Over Pressure Relief	≤ 7.2 Kpa2 Kpa Kpa
Specification	CE, ISO
HS Code	9019200000

Description:
HV-100D is used for First-Aid, Ambulance, Emergency situation and patients' transport in hospital. It can be used for child and adult patients.
FEATURE:
1. Multiple functions, compact design, easy to take, design for transport and first aid.
2. The main parts adopt good-quality components, accuracy and reliable.
3. Special self-test function.
4. Large LCD screen, JogDial operation, simple and intuitive.
5. 3 kinds of power sources can be chosen: AC, DC and Internal Battery.
Environmental Requirements

Relative humidity	15%~95%
Ambient temperature	-18~ 50°Cdeg;Cdeg;C
Atmospheric pressure	70~110kPa
Gas source	0.28~0.6Mpa 60I/min
Power	AC110V-240V or DC12V
Li-battery	14.8 V, rechargeable

Classification
1. Class I, Type B-by protection against electric shock.
2. IPX4-by protection against harmful ingress of water, particulate matter.
Indication
The patients with respiratory failure caused by central and peripheral nervous system diseases, thoracic and lung diseases, neural and muscular system diseases, circulatory system diseases.

Modes		CMV, A/C, SIMV, CPAP
Tidal Volume		50~2000ml
Respiratory Rate		1~100bpm
FiO2		40%~100%
Trigger		-20~19hpa
Peak pressure		0~60 hPa
Max Minute Volume		﹥22L/min/min
PEEP		0, 5~20hpa Adjustable
PIP		0~60hpa
Over Pressure Relief		< 7.2 kpa kpa
Sigh		0~10 per 100 breat
Package Dimension		570460250mm
Weight		13kg(Including all the accessories)
Monitors	Tidal Volume		Alarms	High Airway Pressure
	Oxygen Concentration
	Sigh
	Respiratory Rate			Low Airway Pressure
	Trigger			Low Battery
	CPAP pressure
				Low Oxygen Source
	Peak Airway Pressure
	Time Pressure Wave Form