New & Used CO2 Monitor, Criticare

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Item Price (USD)

Year manufactured

595411419

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Device: CO2 Monitor
Manufacturer: Criticare
Model: POET TE

Location: Brazil, Goias

1000 1,000

2000

361033455

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Device: Patient Monitor
Manufacturer: Criticare
Model: POET IQ 602 Series

Location: United States, Texas

1195 1,195

-

525931752

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Device: Patient Monitor
Manufacturer: Criticare
Model: POET IQ 602 Series

Location: United States, Texas

1775 1,775

-

143787884

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Device: CO2 Monitor
Manufacturer: Criticare
Model: POET TE

Location: United Kingdom, Northamptonshire

800 800

-

534567973

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Device: Patient Monitor
Manufacturer: Criticare
Model: Poet Plus 8100

Location: United States, Pennsylvania

Negotiable

-

174043807

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Device: CO2 Monitor
Manufacturer: Criticare
Model: nCompass 8100 H

Location: United States, Pennsylvania

Negotiable

-

149941924

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Brand New Item

Device: Patient Monitor
Manufacturer: Criticare
Model: nGenuity 8100E1

Location: United States, Illinois

36000 36,000

2011

684521878

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Device: Patient Monitor
Manufacturer: Criticare
Model: POET IQ 602 Series

Location: United States, Illinois

35000 35,000

2008

324150142

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Device: Patient Monitor
Manufacturer: Criticare
Model: POET IQ 602 Series

Location: United States, Nevada
Rating: 100%

Negotiable

-

CO2 Monitor may also be referred to as :

Carbon Dioxide Monitor, End-Tidal | Carbon Dioxide Monitor, Exhaled Gas | Exhaled Carbon Dioxide Monitor | Operating Room Monitor | OR Monitor | Ventilation Alarm | Carbon Dioxide Analyzer, End-Tidal | Capnometer | Capnocheck | Capno Check | Breathing Circuit Monitor | Breathing Circuit Alarm | Alarm, Ventilation | Carbon Dioxide Monitor

Tips for buying CO2 Monitor

1. The measurement range of these CO2 monitor units should be at least 0 to 76 mm Hg. Carbon dioxide room monitors should be accurate to within 10% of the actual concentration.
2. To ensure that the CO2 monitor remains within the optimal accuracy, interference with CO2 measurements by other gases should be eliminated or automatically compensated for by the CO2 monitor.
3. Water vapor, aspirated fluid, or pressure in the breathing circuit can all cause interference. The presence of CO2 should be detected by the carbon dioxide monitor within 30 sec of being turned on.
4. Exhaust gas from the operating room monitors must be returned to the patient's breathing circuit or scavenged. When gas is to be scavenged, an easy-to-access port - to which the sampling tube can be connected, should be provided with the CO2 monitor. 
5. To connect the exhaust port to the expiratory breathing circuit or a scavenger, tubing with the appropriate fittings should be provided by the operating room monitor manufacturer.
6. CO2 monitors should have adjustable alarm limits for high and low ETCO2, high inspired CO2, and high and low respiration rates for continuous monitoring. When alarm limits are not active, "alarms off" indicator should be available.
7. Alarm limits should initialize to useful default values once the CO2 monitor is turned on. Visual alarms could not be disabled. If the alarm condition is not corrected, the alarm must recur automatically after a short period of time. However, an audible-alarm silence is acceptable.