Oximeter Pod

Oximeter Pod

Oximeter Pod

Item# Description U.S. List Price Quantity
77-0047 Oximeter Pod (Animal Clip), Model ML320/SL
77-0046 Oximeter Pod (Tail Wrap), Model ML320/SA
77-0045 Oximeter Pod (Adult Finger Clip), Model ML320/F
77-0044 Oximeter Pod (Ear Clip), Model ML320/E
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The Oximeter Pod is designed to allow non-invasive measurement of blood oxygen saturation (Sp0?) using a suitable Finger-Clip, Ear-Clip, Animal-Clip or Tail-Wrap transducer. The Oximeter Pod will produce a direct saturation reading between 70 and 100% without the need to perform any other scaling. System Compatibility: The Oximeter Pod connects to any PowerLab hardware units with Pod ports (8-pin DIN inputs). PowerLab and MacLab (except 4s, 8s and 16s) units without Pod ports require the ML305 Pod Expander. The Oximeter Pod is supported by the following versions of LabChart and Scope software: WINDOWS ? LabChart v3.4.8 or later ? Scope v3.6.3 or later MACINTOSH ? LabChart v3.6.3 or later ? Scope v3.6.3 or later Note: Earlier software versions do not support Pods. Transducer Compatibility: The Oximeter Pod is designed to operate with ADInstruments supplied Finger-Clip, Ear-Clip, Animal-Clip or Tail-Wrap transducers. The Oximeter Pod should not be used with any other type of SpO? transducer as damaged or inaccurate readings may result. The Oximeter Pod may be used with transducers manufactured by Nonin. Theory of Operation: The Oximeter Pod is designed to measure blood oxygen saturation (SpO?) in pulsatile tissue. It does this by applying short pulses of light from semiconductor light emitting diodes in the transducer. The light is emitted through the tissue at two different frequencies and the level of transmitted light and received light is measured. Calculations are performed using the recorded level of transmitted light and the received light, which is then used to derive the SpO? reading. The light sources are semiconductor diodes located either in a Finger-Clip, Ear-Clip, Animal-Clip and Tail-Wrap transducer. The Oximeter Pod produces an analog output voltage that is proportional to the oxygen saturation. Transducers: Finger Clip, Ear Clip, Animal Clip and Tail Wrap transducers connect directly to the 9-pin socket on the rear of the Oximeter Pod. Stacking and Unstacking Pods: Pods stack by clicking into place on top of each other. To separate stacked Pods, push the top Pod towards the back and then pull them apart from the back
Specifications77-004777-004677-004577-0044
Accuracy2% for adults using Finger clip sensor ±4% of full (70 to100% saturation) scale using Ear clip sensor2% for adults using Finger clip sensor ±4% of full (70 to100% saturation) scale using Ear clip sensor2% for adults using Finger clip sensor ±4% of full (70 to100% saturation) scale using Ear clip sensor2% for adults using Finger clip sensor ±4% of full (70 to100% saturation) scale using Ear clip sensor
CertificationsCECECECE
Measurement Rate1 reading per second1 reading per second1 reading per second1 reading per second
Measurement WavelengthRed (660 nm) Infrared (910 nm)Red (660 nm) Infrared (910 nm)Red (660 nm) Infrared (910 nm)Red (660 nm) Infrared (910 nm)
ModelML320/SLML320/SAML320/FML320/E
Operating Conditions0 ? 35°C, 0 ? 90 % humidity (non condensing)0 ? 35°C, 0 ? 90 % humidity (non condensing)0 ? 35°C, 0 ? 90 % humidity (non condensing)0 ? 35°C, 0 ? 90 % humidity (non condensing)
Operating PrincipleNon-invasive blood oxygen saturation (SpO₂) determination using red and infrared light passed through pulsating blood in vascular tissue.Non-invasive blood oxygen saturation (SpO₂) determination using red and infrared light passed through pulsating blood in vascular tissue.Non-invasive blood oxygen saturation (SpO₂) determination using red and infrared light passed through pulsating blood in vascular tissue.Non-invasive blood oxygen saturation (SpO₂) determination using red and infrared light passed through pulsating blood in vascular tissue.
Output Signal1 % steps1 % steps1 % steps1 % steps
Package1111
Product FamilyData AcquisitionData AcquisitionData AcquisitionData Acquisition
Resolution1 % steps1 % steps1 % steps1 % steps
Saturation Range70 to 100%70 to 100%70 to 100%70 to 100%
SpO 8322 Acquisition Time~10 second~10 second~10 second~10 second