Applications |
N/A Exercise Test and Respiratory Gas Monitoring |
Sensor Length |
N/A 7 |
Sensor Mode |
N/A LN |
Oxygen Range |
N/A 2 to 100% |
CO2 Range |
N/A 0 to 10% |
Gas Input/Output |
N/A 1/16 inch OD single barb stainless steel tubing. |
Control and Output |
N/A Full Duplex RS-232 serial digital (RS-232 levels or CMOS levels available). Sensor output is 8 bit serial stream at 9600 baud. |
Sensor Output |
N/A Analog, 0-1.0 Vp-p (both O2 and optional CO2). |
Power |
N/A +5 V/+12 VDC power or +12 VDC only optional. +5 V at 0.5 A typical (2 A max)/+12 V at 0.3 A typical (0.8 A max) or 12 VDC at 0.8 A typical (1.8 A max) with heat sink temperature 0º to 55ºC. |
Pressure Correction |
N/A The pressure corrected range for the O2 sensor is 200-1200 mbar absolute. For the oxygen sensor, an optional range of 150 to 2000 mbar is available. |
Initialization Time |
N/A 40 seconds to operation, 5 minutes to meet accuracy specification at a start temperature of 20ºC. |
CO2 Sensor Option |
N/A Integrated sensor with 0 to 10% reading, range of 0 to 30% is also available. Pressure correction for these sensors is over 500 to 1180 mbar absolute. |
Optional Features |
N/A Latching Molex connectors, single voltage power input, Cross Corrected (XC) any mixture or Low Noise (LN) air mixture mode. |
Sensor Lifetime |
N/A Operating laser diode median lifetime > 100000 hrs. |
Weight |
N/A 0.9 lbs450 gram |
Dimensions |
N/A PCS and Heat Sink are Approximately 6.5 inches (165.1mm) long by 2.5 inches (63.5) wide by 1.525 inches (38.7mm) height, excluding sensor extrusion protrusion and gas input/output tubes. |
Limited Warranty |
N/A 1 year repair/replace at factory. |
N/A Basic Measurement frequency is 108.7 Hz or 9.2 ms per sample. Oxigraf sensors have built-in electronic filtering for response time adjustment and compensation for flow rates and stability of measurements. Filtering can be set at No filtering, 20/40/80/160 ms running average, 200/300/500 ms, 1/2/4/8/16 second exponential response, or Prediction filter to enhance response time. |