Oximeter Pods
Oximeter Pods are used for the non-invasive measurement of blood oxygen saturation (SpO2) in humand and animals. Oximeter Pods plug directly into a PowerLab Pod Port or a Pod Expander.
Overview
Oximeter Pods for non-invasive measurement of blood oxygen saturation (SpO2) are available in two types, one for recording from humans, while the other for recording from animals. Oximeter Pods plug directly into a PowerLab Pod Port or a Pod Expander. Human SpO2 can be measured via a SpO2 Finger Clip or SpO2 Ear Clip with the corresponding compatible Oximeter Pod. Direct saturation readings in the range of 70 to 100% can be made without the need to perform any other scaling. ADInstruments Oximeter Pods are research devices that are not intended for consumer use in the home. Animal can be measured via an SpO2 Animal Clip, SpO2 Base Sensor or SpO2 Wrap Sensor with the corresponding compatible Oximeter Pod.
Product Configurations
Related
Products
Key Features
- Semiconductor light emitting diodes in the transducer.
- Pre-calibrated to read in % SpO2. The scale is fixed at 100% SpO2.
- An alarm will sound if the value of the SpO2 drops below 70% or the pulse cannot be detected.
- Animal Oximeter Pod (ML325) is not suitable for mice (rats and larger).
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Details and Tech Specs
Technical
Oximeter Pods
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% of full scale using Finger Clip sensor and ±4% of full scale using Ear 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.
Animal Oximeter Pods
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%
- Measurement wavelength: Red (660 nm) Infrared (910 nm)
- Measurement rate: 1 reading per second (SpO2 mode), 75 samples per second (pulse mode)
- Output signal: 1.75 V for 98 %
- Resolution: 1 % steps
- Operating conditions: 0 – 35°C, 0 – 90 % humidity (non condensing)
- SpO2 acquisition time: ~5 second
- Heart rate range: 18 – 450 BPM
All specifications were tested at the time of printing and are subject to change.
Product Codes
Compatibility
ML325/AW
| Operating System | Recommended Hardware | Alternate Hardware | |
|---|---|---|---|
| LabChart Lightning | Windows / Mac | Traditional PowerLab | cross |
| LabChart 8 | Windows / Mac | Traditional PowerLab | cross |
ML325/BS
| Operating System | Recommended Hardware | Alternate Hardware | |
|---|---|---|---|
| LabChart Lightning | Windows / Mac | Traditional PowerLab | cross |
| LabChart 8 | Windows / Mac | Traditional PowerLab | cross |
ML325/AC
| Operating System | Recommended Hardware | Alternate Hardware | |
|---|---|---|---|
| LabChart Lightning | Windows / Mac | Traditional PowerLab | cross |
| LabChart 8 | Windows / Mac | Traditional PowerLab | cross |
ML320/F
| Operating System | Recommended Hardware | Alternate Hardware | |
|---|---|---|---|
| LabChart Lightning | Windows / Mac | Traditional PowerLab | cross |
| LabChart 8 | Windows / Mac | Traditional PowerLab | cross |
ML320/E
| Operating System | Recommended Hardware | Alternate Hardware | |
|---|---|---|---|
| LabChart Lightning | Windows / Mac | Traditional PowerLab | cross |
| LabChart 8 | Windows / Mac | Traditional PowerLab | cross |
