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Mobile Anesthesia System With Ventilator YSAV603B
Item No.: YSAV603B
High-grade Type Medical Mobile Anesthesia System With Ventilator YSAV603B
Product parameters | |
Brand: | YSENMED |
MOQ: | 1 |
Package: | Carton Package |
Ship From: | Guangzhou |
Lead Time: | 3-15 days |
Customization: | YES |
Description
High-grade Type Medical Mobile Anesthesia System With Ventilator YSAV603B
YSAV603B Anesthesia Machine, with its ergonomic design, integrates a concise and smooth structure and high mobility. The microcomputer-controlled Ventilator adopts exported sensors and other components. Its scientific and proper design as well as rigorous production process demonstrate the inner quality: mechanical ventilation is made secure and visible by the folded respiratory bellows, and the security of air supply is guaranteed by pneumatic transmission and measurement system. With multiple modern technologies applied, the Anesthesia Machine is both outstanding in performance and versatile in functions.
1.The Ventilator adopts microcomputer control with high-definition TFT color LCD display, integrating the functions of respiratory control and displaying the monitoring parameters. It is versatile in function and excellent in performance.
2.The high-precision Vaporizer is designed with a stable concentration output, automatic compensation for pressure, temperature and flow rate. And it is available to choose one kind of gas from Halothane, Enflurane, Isoflurane, and Sevoflurane, ensuring a successful anesthesia operation.
3.High-definition four-tube flowmeter, designed with stoppers for oxygen and nitrous oxide to control the output oxygen concentration.
4.Reliable pneumatic transmission system.
5.Economic and proper configuration of technologies, optional as required by the Customer.
6.Modularized design and upgrading. Upgrading is available as required by the Customer.
YSAV603B Specification
YSAV603B Anesthesia Machine, with its ergonomic design, integrates a concise and smooth structure and high mobility. The microcomputer-controlled Ventilator adopts exported sensors and other components. Its scientific and proper design as well as rigorous production process demonstrate the inner quality: mechanical ventilation is made secure and visible by the folded respiratory bellows, and the security of air supply is guaranteed by pneumatic transmission and measurement system. With multiple modern technologies applied, the Anesthesia Machine is both outstanding in performance and versatile in functions.
1.The Ventilator adopts microcomputer control with high-definition TFT color LCD display, integrating the functions of respiratory control and displaying the monitoring parameters. It is versatile in function and excellent in performance.
2.The high-precision Vaporizer is designed with a stable concentration output, automatic compensation for pressure, temperature and flow rate. And it is available to choose one kind of gas from Halothane, Enflurane, Isoflurane, and Sevoflurane, ensuring a successful anesthesia operation.
3.High-definition four-tube flowmeter, designed with stoppers for oxygen and nitrous oxide to control the output oxygen concentration.
4.Reliable pneumatic transmission system.
5.Economic and proper configuration of technologies, optional as required by the Customer.
6.Modularized design and upgrading. Upgrading is available as required by the Customer.
YSAV603B Specification
Main body | High-strength engineering plastic rack, light, beautiful and corrosion resistant | |
Scope of application | adult, child | |
Gas source | O2: 0.27~0.55MPa N2O: 0.27~0.55MPa | |
Flow meter | O2: 0.1~1.0L/min 1.1~10L/min | |
N20: 0.1~1.0L/min 1.1~10L/min | ||
O2, N2O linkage and N2O Stopper When using nitrous oxide, oxygen concentration>25%; When the oxygen pressure<0.2Kpa, the flow of nitrous oxide would be cut off. |
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Flow rate of rapid oxygen supply | 25~75L/min | |
Low oxygen pressure alarm |
There will be sound alarm when the oxygen pressure < 0.2MPa |
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Vaporizer | it has the function of automatic compensation based on pressure, temperature, and flow rate. The regulation range of evaporator concentration is 0~5 vol%. Among Halothane,Enflurane, Isoflurane and Sevoflurane, one can be chosen for application as required by the customer. And vaporizers that are imported with original packaging are also available. |
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Respiratory circuit |
working mode: all-close, semi-close, semi-open releasing pressure: 0.5~7 kPa |
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Respiratory Bellows |
bellows for adults, bellows for children tidal volume range:0~1,500 ml |
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Ventilator | ||
Display mode | High-definition TFT color LCD screen display | |
Ventilation mode |
IPPV, SIPPV, SIMV, PEEP, MANUAL, SIGH, (IMV, VCV, PCV) |
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Ventilation parameters | Tidal volume | 50~1500 ml (20~1500 ml) |
Rate | 1~99 bpm | |
SIMV rate | 2~20 bpm | |
I:E | 2:1~1:8 (4:1~1:8) | |
Inspiratory trigger pressure | -1.0~2.0Kpa | |
PEEP PressureRange |
0~2.0Kpa 1.0~6.0Kpa |
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SIGH | 1.5 times the inspiratory time (70-150 adjustable) | |
Inspiratory platform | 0~50% | |
Parameters for ventilation monitoring tidal volume, ventilation volume, IPPV rate, SIMV rate, total respiratory rate, I/E, peak pressure of airway, average pressure, pressure - time waveform, flow rate - time waveform, PEEP, inspiratory trigger pressure, Inspiratory platform (autonomous inspiratory rate, lung compliance, airway resistance,flow-volume oop,pressure-volume loop) | ||
Monitoring of oxygen concentration | 21%~100% | |
Security Alarm System | ||
Oxygen Concentration alarm | upper limit setting range 21%~100% | |
low limit setting range 10%~80% | ||
Airway pressure alarm | upper limit setting range 0.3~6.0 kPa | |
low limit setting range 0.2~5.0 kPa | ||
Per-minute ventilation volume alarm | upper limit setting range 3.0~30L/min | |
low limit setting range 1.0~10L/min | ||
Sustained high-pressure alarm | it will give alarm when stress have consistently been higher than 2.5 kPa | |
Suffocation alarm | it will give sound and light alarm if there is no tidal volume input for 15 seconds |
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Power alarm | ||
Power | AC 220V±10% 50Hz±1Hz(UPS, Storage battery) | |
(Mechanical Arms)(End-expiratory CO2 monitoring) | ||
Items within brackets are optional. |