Oximeter Pod (Finger Clip)

Overview:

The ML320/F Oximeter Pod (Finger Clip) is used for the non-invasive measurement of blood oxygen saturation (SpO₂). The Oximeter Pod is a research device that is not intended for consumer use in the home.

The Oximeter Pod plugs directly into a PowerLab Pod Port or the ML305 Pod Expander. Using the MLT321 SpO₂ Finger Clip, direct saturation readings in the range of 70 to 100% can be made without the need to perform any other scaling.

This ML320/F Oximeter Pod (Ear Clip) is supplied with the MLT321 SpO₂ Finger Clip. For an Oximeter Pod with a finger clip sensor please order the ML320/E Oximeter Pod (Ear Clip) .

For a unit configured for measuring pulse oximetry in animals the ML325/AC Animal Oximeter Pod (Animal Clip), ML325/AW Animal Oximeter Pod (Wrap Sensor) or ML325/BS Animal Oximeter Pod (Base Sensor) are available.

Hardware:
ADInstruments signal conditioners only function with PowerLab data acquisition units and therefore are not suitable for use with other data acquisition systems.

Features:

• Semiconductor light emitting diodes in the Finger-Clip transducer
• Pre-calibrated to read in % SpO₂. The scale is fixed at 100% SpO₂
• An alarm which will sound if the value of the SpO₂ drops below 70% or a pulse could not be detected_.

Applications:

The Oximeter Pod is suitable for the measurement of oxygen saturation in the range 70 to 100 %.  For more information refer to the Pulse Oximetry application page.

Specifications:

• Operating Principle: Non-invasive blood oxygen saturation (SpO₂) determination using red and infrared light
• passed through pulsating blood in vascular tissue.
• Saturation range: 70 − 100%
• Accuracy (70 − 100% saturation): ±2% for adults using Finger clip sensor
• Measurement wavelength: Red (660 nm) Infrared (910 nm)
• Measurement rate: 1 reading per second
• Output signal: 1.75 V for 98 %
• Resolution: 1 % steps
• Operating conditions: 0 – 35°C, 0 – 90 % humidity (non condensing)
• SpO₂ acquisition time: ~10 second

All specifications were tested at the time of printing and are subject to change.