LOW FLOW SIDESTREAM END-TIDAL ETCO2 MODULE MODEL C300

Product name	LOW FLOW SIDESTREAM END-TIDAL ETCO2 MODULE MODEL C300	Certification	-
Category	Medical Devices	Ingredients	-
Keyword	co2 , etci2 module , oem etco2 , sidestream etco2	Unit Size	-
Brand name	-	Unit Weigh	-
origin		Stock	-
Supply type	-	HS code	-

Product Information

The Low Flow Sidestream ETCO2 (End-tidal CO2)Module CO2 Sensor is the ideal low sampling-rate capnography solution for your patient monitoring system. The sidestream ETCO2 Module(End-tidal CO2) Model C300 features cutting-edge technology for measurement of End-Tidal Carbon Dioxide (ETCO2) and respiratory rate. It delivers a clear, accurate capnogram at all respiratory rates up to 150 breaths per minute. With a sampling rate of 50 mL/min, it is ideal for use on adult, pediatric and infant patients; patients undergoing procedural sedation; and short- term mon-itoring of intubated patients.

Model C300 was designed to be compatible with CPT or Respironics only. If you simply want to connect to a computer and display the values on a computer screen, we can provide the development kit to allow you to use it with a computer for evaluation purpose. Our ETCO2 module is intended to work with those monitors that were designed to have the CO2 function once a Respironics Made addon module LoFlo is added. Our C300 is intended to replace the Respironics LoFlo module at a lower cost. Many manufacturers like Edan, NewTech, Contec are using the Respironics Loflo module, now they can be replaced with our C300 module at a much lower cost with better performance.

The sidestream end-tidal CO2 module is the most popular ETCO2 module in the market, the module no longer need to occupy any interior space of the hosting hardware, (monitors, breathing machine or anesthesia machine) so that the assembling of the module and the host has become very easy. The Low Flow Sidestream ETCO2 module Model C300 is easy to implement. Different from our embedded type ETCO2 module Model C002 , which usually takes a long time to evaluate whether it is going to be integrated with the host system, the Sidestream model C300 can be implemented as simple as plug & play.

What is needed is installing an 8-pin LEMO socket on the host panel, power is supplied to the module via a cable, the measurement data will be read from the module, thus assembly of the module and the host is completed. Detailed communication protocol will be provided together with the sidestream ETCO2 module, monitors manufacturers simply complete the corresponding the display according to the provided communication protocol, everything will become so easy. Even more pleasing is, the communication protocol of our CO2 module is compatible with the Sidestream LoFlo CO2 module by Respironics, which means existing Respironics sidestream CO2 module users do not need to change even a program code, simply plug in our CO2 module and it will work perfectly and you are making the switch seamlessly.

The Low-flow design (low sampling rate) better matches the performance of the water line, and gets rid of the trouble of installing the water trap and its bracket on the monitor; it also reduces environmental pollution caused by exhaust gases, and is good to monitoring newborns with less exhaled gas and other occasions.

With the continuous progress achieved in medical industry, doctors and patients both have become increasingly demanding on configuration parameters provided by the monitors, end-tidal CO2, which is on high-end side, is gradually becoming a standard parameter for patient monitors. So, the problem facing now, is how will the monitor manufacturers deal with the ever-intensifying competition? How to maintain reasonable profit margin while the prices are coming down more and more? Our LowFlow sidestream ETCO2 module Model C300 will be your best choice to make high-end parameters monitors with low-end cost. We will satisfy your needs with our long expected ETCO2 module Model C300! Contact us now to get the world's most cost-effective CO2 module and become the leader in the world monitors market.

Below is a list of monitor brands, some of their models use the plug & play CO2 module of Respironics Loflo, for those monitors, you can use our ETCO2 module C300 directly without any problem, you don't even have to change anything on the software. Except for replacing the sidestream module of Respironics, our Module C300 will also be able to replace the mainstream module of resprionics except that our module will still in a sidestream way.

Features

ETCO2 module (end-tidal CO2 module), is the expandable module used in Patient Monitor and is used to monitor the breath status by measuring CO2. It is useful in the ICU, surgery, anesthesia ward, emergency clinic, etc.

The ETCO2 module is a complete data collection and analysis system for monitoring respiratory carbon dioxide concentration. The Model C300 module includes a miniature CO2 sensor, barometric pressure transducer, sampling flow control and a miniature low-power vacuum pump. A microprocessor collects the sensor data and calculates various real-time parameters: instantaneous CO2 concentration, respiration rate, end-tidal CO2, inspired CO2, inspiration and expiration times.

What is needed is installing an 8-pin LEMO socket on the host panel, power is supplied to the module via a cable, the measurement data will be read from the module, thus assembly of the module and the host is completed. Detailed communication protocol will be provided together with the sidestream ETCO2 module, monitors manufacturers simply complete the corresponding the display according to the provided communication protocol, everything will become so easy. Even more pleasing is, the communication protocol of our CO2 module is compatible with the Sidestream LoFlo CO2 module by Respironics, which means existing Respironics sidestream CO2 module users do not need to change even a program code, simply plug in our CO2 module and it will work perfectly and you are making the switch seamlessly.

The Low-flow design (low sampling rate) better matches the performance of the water line, and gets rid of the trouble of installing the water trap and its bracket on the monitor; it also reduces environmental pollution caused by exhaust gases, and is good to monitoring newborns with less exhaled gas and other occasions.

With the continuous progress achieved in medical industry, doctors and patients both have become increasingly demanding on configuration parameters provided by the monitors, end-tidal CO2, which is on high-end side, is gradually becoming a standard parameter for patient monitors. So, the problem facing now, is how will the monitor manufacturers deal with the ever-intensifying competition? How to maintain reasonable profit margin while the prices are coming down more and more? Our LowFlow sidestream ETCO2 module Model C300 will be your best choice to make high-end parameters monitors with low-end cost. We will satisfy your needs with our long expected ETCO2 module Model C300! Contact us now to get the world's most cost-effective CO2 module and become the leader in the world monitors market.

Below is a list of monitor brands, some of their models use the plug & play CO2 module of Respironics Loflo, for those monitors, you can use our ETCO2 module C300 directly without any problem, you don't even have to change anything on the software. Except for replacing the sidestream module of Respironics, our Module C300 will also be able to replace the mainstream module of resprionics except that our module will still in a sidestream way

－AirSep, Inc. U.S.A.

－BioMed Devices U.S.A.

－Dixtal Biomedica Ind. Com. LTDA.Brazil

－Draeger Medical USA

－Fukuda Denshi Japan

－GE Medical Systems Information Technology U.S.A.

－Ingmar Medical, Ltd.U.S.A.

－Integrated Medical U.S.A.

－Larson & Toubro India

－Maquet Sweden

－Medical Systems Ltd. Russia

－Philips Medical U.S.A.

－P.P.P. EmtelPoland

－Sartorius AGGermany

－Sharn Veterinary U.S.A

－Spacelabs MedicalU.S.A.

－TaemaFrance

－Vetronics U.S.A.

－Vetspecs U.S.A.

－Witt BioMedical U.S.A.

－ZOLL Medical Corporation U.S.A.

Transducer Type	Sidestream CO2 Sensor
Sample Rate	50 ML/min. ±10 ML/min.
Principle of Operation	Non-dispersive infrared (NDIR) single beam optics, dual wavelength, no moving parts
Initialization Time	Capnogram displayed in less than 10 seconds, at an ambient temperature of 25°C, full specifications within 1 minute
CO2 Measurement Range	0 to 150 mm Hg, 0 to 19.7%, 0 to 20 kPa (at 760 mm Hg). Barometric Pressure supplied by module itself
CO2 Resolution	0.1 mm Hg 0 to 49 mm Hg 0.2 mm Hg 50 to 150 mm Hg
CO2 Accuracy	0 – 40 mm Hg ±2 mm Hg 41 – 70 mm Hg ±5% of reading 71 – 100 mm Hg ±8% of reading 101 – 150 mm Hg ±10% of reading Above 80 BPM ±12% of reading
CO2 Stability	Drift over any hours shall not exceed 0.5 mm Hg max.
CO2 Noise	RMS noise of the sensor shall be less than or equal to 0.25 mm Hg at 5% CO2
Respiratory Rate Range	2 to 150 Breaths Per Minute (BPM)
Respiratory Rate Accuracy	±1 breath
Compensations	Barometric Pressure 400 mm Hg to 800 mm Hg can be compensated by module automatically
Calibration	No routine user calibration required, but module can be calibrated by user
Sample line	Single patient use sample line and inline drier line which eliminates water vapor of gas
Nasal Sampling Kits for Non-intubated Patients	Adult, pediatric and infant nasal CO2 sampling
On-Airway Adapter KITS for Intubated Patients	Adult, pediatric and infant sampling line with T-fitting
Sample Kit Hours of Use	Nasal Cannula and connecting sampling line ?up to 12 hours, for single patient T-fitting (on-Airway Adapter) ?can be disinfected repeatly Drier sampling line ?up to 120 hours
Flow Control	Via Delta P measurement across a capillary tube
Scavenging Port	Yes
Voltage Requirements	5.0 VDC ±5%
Power Rating	Rated input: Less than 0.5 Watts typical. Steady State Less than 1.1 Watts maximum on Offset Calibration or sampling line occluded.
Interconnection	Standard Lemo Redel 8-pin plastic Material PSU Sensor Plug: PAB.M0.8GL.AC39GZ Band Relief: GMA.1B.030.DJ Host Receptacle: PKB.M0.8GL.LJ Note: Pin out: 1 VA 5.0V 2 Shield Shield 3 DGND Digital return 4 VA 5.0V 5 TxD Serial data from the Module 6 RxD Serial data from Host 7 AGND Analog return 8 NC
Temperature and Humidity	Operating:0º to 50ºC, 10 to 90% RH, non-condensing Storage: -40º to 60ºC, <90% RH, non-condensing
Water Resistance	IPX4 ?Splash-proof (When sample line is inserted in gas-in connector)
Shock Impact	IEC TR 60721-4-7 Class 7M3 (designed to withstand environments subject to significant vibrations or high shock levels) EN60068-2-27 Shock EN60068-2-64 Random vibration
Data Interface	RS232, bi-directional, 19200 baud. Standard N-8-1.
Data Output	CO2 gas concentration (mm Hg), End-tidal CO2, Inspired CO2, Respiratory Rate Gas and barometric pressure.
Regulatory	Designed to meet IEC 60601-1-2, EN55011 ?CISPIR 11 Class B (Radiated and Conductive Emissions), IEC 61000-4-2 Electrostatic Discharge Immunity, IEC 61000-4-3 Radiated Immunity, Designed to comply with 93/42/EEC (MDD CE Marking), FDA Standards, Minimum Performance and Safety Requirements for Capnometers and ISO21647. Medical Electrical Equipment performance requirements for the basic safety and essential performance of respiratory gas monitors.