Contec CA10M Capnograph

Capnograph adopts mainstream method to measure the end-tidal carbon dioxide, airway respiration rate and other parameters. It can detect pulmonary ventilation function and reflect the circulation and pulmonary blood flow condition, as well as indirectly reflect the alveolar ventilation, which is applicable for use in pre-hospital emergency transfer, emergency department, ICU, operating room, neonatology, respiratory department and other occasions. The application population is adult, pediatric and neonate patients. The Capnograph connects with patient’ respiratory tract by the airway adapter and breathing tube.

Features:

• End-tidal CO2 measurement function
• Respiration rate measurement function
• Over-limit alarm function for End-tidal CO2 and respiration rate
• Low battery alarm function

Performance:

• End-tidal CO2 measurement:
• Measurement range: 0 ~150mmHg
• Resolution: 1mmHg

Accuracy:

• 0～40 mmHg：±2 mmHg
• 41～70 mmHg：±5% of readings
• 71～100 mmHg：±8% of readings
• 101～150 mmHg：±10% of readings

Respiration rate measurement:

• Measurement range: 2rpm～150rbpm
• Resolution: 1rpm
• Accuracy: ±1rpm

Safety characteristic:

• Device type: internally powered equipment
• Degree of protection against electric shock: type BF applied part
• Degree of protection against ingress of liquid: IPX2

Accessories:

• User Manual
• Adult gas path adapter

Specifications:

• Dimension: 55×52×59mm
• Weight: 97g (with batteries)

Working environment:

• Temperature: 5℃~40℃
• Relative humidity: 30%~ 75%, no condensation
• Atmospheric pressure: 700hPa~1060hPa
• Power supply: DC 3V (2 AAA dry batteries)
• Input power: ≤1VA

Lead time:

Our lead times are 5-7 working days excluding weekends, public holiday’s & shipping time with our courier.

Lead times on out of stock or special-order items 6-8 weeks / 8-10 weeks

PLEASE NOTE DUE TO UNFORSEEN ROAD OR AIR FREIGHT DELAYS PARECLES CAN BE DELAYED BY A FEW DAYS. 

*Please note pictures are mainly for illustration purposes, actual product and size may vary slightly*