Electro-Optical Module EOM-O2-micro
Non-invasive or micro-invasive oxygen measurement | Fast integration w/ integration package
- Experienced customer support
- Variety of sensor integrations available
- Assembled according to ISO 9001:2008
The EOM-O2-micro is a precise single channel module for measuring oxygen. It constists of a phase detection board for luminescence lifetime detection and a micro-optic, compatible with 140 µm silica fibers. The small outer dimensions and low power consumption enable a simple integration into custom monitoring & control systems. A serial communication protocol is offered for data exchange between a PC or another host unit and the EOM-O2-micro.
Sensors & Accessories
Implantable microsensors
Implantable microsensors offer the probe without any additional housing.
Needle-type oxygen microsensors
offer the oxygen microsensor in a robust housing.
Flow-Through Cell Housed Oxygen Microsensor
This sensor is integrated in a T-shaped cell.
Add-on Temperature Board
Expands the capabilities of EOM by measuring the temperature.
Brochures incl. Tech. Data
FAQs
- Can the same device be used for pH, oxygen or CO2 sensors?
- Can I use the same device for microsensors, non-invasive sensors and invasive probes?
- Can I measure inside a tissue?
- Compensation of pressure / salinity?
- The Stern-Volmer-equation
- What factors will affect the oxygen reading?
- What is the difference between tapered and flat-broken sensor tips?
- How do I measure the oxygen content in small headspace packages with a needle-type oxygen microsensor?
- How do I use the oxygen microsensor for measurement in ice?
- Can I integrate an oxygen microsensor into a catheter?
- How does salinity affect the measurement?
- How does temperature affect the oxygen measurement?
- How can I convert an oxygen value into a different oxygen unit?
- I can see that about 1 mm of the tapered sensor tip of an oxygen microsensor is coated with material. Is all of this coating sensitive to oxygen and where exactly do I measure?