Medical respiratory anesthesia machine tester

NegotiableUpdate on 12/15

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Overview

The Rigel VenTest 800, a medical respiratory anesthesia machine tester, is used to measure the reliability and accuracy of mechanical ventilation equipment using reliable calibration tools, which is the key to avoiding fatal errors. Accuracy and reliability are exactly what the VenTest series can provide. It can provide one-way and two-way flow measurement, pressure, temperature, humidity, and oxygen concentration measurement. Supporting adult, pediatric, and high-frequency ventilation measurement modes makes it an ideal testing tool for many devices that require gas flow calibration, including all gas therapy belts.

Product Details

Medical respiratory anesthesia machine testerRigel VenTest 800 Product Introduction:

Rigel VenTest 800 respiratory anesthesia machine tester application scope:

The use of reliable calibration tools to measure the reliability and accuracy of mechanical ventilation equipment is key to avoiding fatal errors. Accuracy and reliability are exactly what the VenTest series can provide. It can provide one-way and two-way flow measurement, pressure, temperature, humidity, and oxygen concentration measurement. Supporting adult, pediatric, and high-frequency ventilation measurement modes makes it an ideal testing tool for all ventilators, positive pressure ventilators, spirometers, and many other devices that require gas flow calibration. VenTest combines a simple and intuitive user interface with precise sensor technology to reduce work difficulty.

医用呼吸麻醉机测试仪

VenTest 800 standard model, suitable for all routine application testing

VenTest 810 adds vacuum degree test, ± 1bar composite pressure sensor

VenTest 820 adds a micro pressure sensor for measuring 5mbar

Measure and calculate all common respiratory parameters, including flow rate, ventilation volume, pressure, oxygen concentration, temperature, and humidity; The calculated values include: tidal volume (Vti inhalation, Vte exhalation), ventilation volume (Vi inhalation, Ve exhalation), peak flow rate (PF Insp. inhalation, PF Exp. exhalation), time (Ti inhalation, Te exhalation), time ratio (Ti/Ttotal inhalation time/total time), inhalation to exhalation ratio (I: E), respiratory rate (Rate), peak pressure (Ppeak), average pressure (Pmean), positive end expiratory pressure (PEEP), plateau pressure (Pplate), pressure change (Delta P=Plateau PEEP), static compliance (Cstat)

Compatible with 10 gas types, such as air, oxygen, nitrous oxide, helium, nitrogen, carbon dioxide, mixed gases: air/oxygen, nitrous oxide/oxygen, helium/21% oxygen (Heliox), user-defined, and 17 reference or compensation standards required for gas flow measurement

Built in board data storage allows storage of up to 10 records, each containing 16 measurement values, eliminating the risk of manual data capture errors and tedious paperwork. When used in conjunction with the optional FlowLabTM software, valuable performance information can be stored for over 100 hours to achieve overall traceability and comprehensive analysis of ventilator performance.

Providing USB, RS-232, and external trigger interfaces, VenTest can communicate with the ventilator through testing software to improve automation, enhance traceability, and standardize the ventilator testing process. Supports battery operation mode, providing convenient and fast testing with a battery life of up to 3 hours when you are unable to connect to the main power source.

Use the optional MultiGasAnalyzer ™ The OR-703 gas concentration measurement module is used for mainstream online real-time gas concentration monitoring, with special multifunctionality and design. When testing the performance and accuracy of anesthesia delivery and monitoring systems or CO2 monitoring equipment, sensors demonstrate their reliability.

医用呼吸麻醉机测试仪

Product Introduction:Ideal calibration tool for all mechanical ventilation equipment such as ventilators, anesthesia machines, etc

Medical respiratory anesthesia machine testerRigel VenTest 800 Technical Parameters:

Flow rate&pressure measurement		scope	precision	800	810	820
traffic	measurement type	bidirectional		□	□	□
	temperature compensation	have		□	□	□
	Pressure compensation	have		□	□	□
	humidity compensation	have		□	□	□
	Oxygen compensation	have		□	□	□
pressure	High velocity channel	±300LPM	± 1.75% * or ± 0.1L/min**	□	□	□
	Low velocity channel	±20LPM	± 1.75% * or ± 0.04L/min**	□	□	□
	Flow rate airway pressure	0 - 15kPa (150mbar)	± 0.75% * or ± 0.01kPa (0.1mbar)**	□	□	□
	High voltage port	0 - 10bar	± 1% * or ± 10mbar**	□	□	□
	Differential pressure port	±15kPa (150mbar)	± 0.75% * or ± 0.01kPa (0.1mbar)**	difference	relative value	relative value
	atmospheric pressure	0-1150mbar (absolute pressure)	± 1% * or ± 5mbar**	□	□	□
	Ultra low voltage channel	0 - 5mbar	± 1% * or ± 0.01mbar**			□
	Vacuum pressure channel	± 1000mbar	± 0.5% * or ± 2mbar**		□
unit of measurement	flow velocity	L/min, L/s, cfm, mL/min, mL/s		□	□	□
unit of measurement	pressure	bar, mbar, cmH2O, inH2O, T 或 r, inHg, hPa,kPa, mmHg, PSI		□	□	□
Additional measurement values		scope	precision	□	□	□
oxygen	concentration	0 - 1	±1% O2**	□	□	□
oxygen	pressure compensation	have		□	□	□
temperature	Built in high flow rate channel	0 - 50°C	± 1.75% * or ± 0.5 º C	□	□	□
humidity	Built in high flow rate channel	0 - 1	± 3%**	□	□	□
dew point	Built in high flow rate channel	Minus 10-50 ° C	± 2% * or ± 1 º C	□	□	□
anesthesia gas concentration	Optional accessories	Please refer to the attached document of the anesthesia gas concentration testing module OR-703 for technical parameters		OR-703	OR-703	OR-703
Respiratory parameters		scope	precision
tidal volume	Inhalation of Vti Exhale Vte High velocity airway	± 10L	± 1.75% or ± 0.20mL （＞6.0L/min)	□	□	□
tidal volume	Inhalation of Vti Exhale Vte Low flow velocity airway	± 10L	± 1.75% or ± 0.10mL (＞2.4L/min）	□	□	□
minute ventilation	Inhalation of Vi Exhale Ve	0 - 300L/min	±2.5%*	□	□	□
Peak flow velocity	Inhalation/exhalation peak flow Peakflow Insp./Exp.	± 300L/min	± 1.75% * or ± 0.1L/min**	□	□	□
airway pressure	Peak pressure Ppeak Average airway pressure Pmean Positive end expiratory pressure PEEP Platform pressure Pplate Pressure difference Delta P	0 - 15kPa (150mbar)	± 0.75% * or ± 0.01kPa (0.1mbar)**	□	□	□
respiratory rate	Rate	1 - 1000bpm	± 1bpm or ± 2.5%**	□	□	□
time	Inhalation time Ti Exhale time Te	0.05 - 60s	±0.02s	□	□	□
Inhalation-to-exhalation ratio	I：E	1:300 - 300:1	±2.5%	□	□	□
inhale time proportion	Inhalation time/total time (Ti/Ttotal)	0 - 1	±5%	□	□	□
Compliance	Static (Cstat)	0 - 1000mL/mbar	± 3% * or ± 1mL/mbar**	□	□	□
Reference or compensation standards for gas flow measurement	17 gas standards, as follows ATP - Environmental Temperature/Atmospheric Pressure/Current Humidity ATPD - Environmental Temperature/Atmospheric Pressure/Dry Gas ATPS - Environmental Temperature/Atmospheric Pressure/Saturation Humidity AP21-21 ℃/environmental pressure/current humidity STP American Standard 21.1 ℃/760mmHg/Dry STPH - American standard 21.1 ℃/760mmHg/current humidity BTPS-37 ℃ body temperature/comprehensive test pressure/saturation humidity BTPS-A 37 ℃ body temperature/environmental pressure/saturation humidity BTPD-37 ℃ body temperature/comprehensive test pressure/dryness BTPD-A 37 ℃ body temperature/environmental pressure/dryness 0/1013- German standard 1343/0 ℃/1013mbar/dry 20/981- German standard 102/20 ℃/981mbar/dry 15/1013 API standard/15 ℃/1013.25 mbar/dry 25/991 Cummins standard/25 ℃/991mbar/dry 20/1013-20 ℃/1013mbar/dry NTPD-20 ℃/1013mbar/dry NTPS-20 ℃/1013mbar/saturated humidity			□	□	□
Compatibility of gas flow measurement	10 types of gases, For example: Air, oxygen (O2), nitrous oxide (N2O), helium (He), nitrogen (N2), carbon dioxide (CO2) Mixed gases: air/oxygen, laughing gas/oxygen, helium/21% oxygen (Heliox) user-defined			□	□	□
trigger Settings	Adult, Pediatric, High Frequency Ventilation Mode Users can adjust the trigger limit on the flow or pressure curve as needed.			□	□	□