Product Description:
LOX-02-F L0X-O2-F UK Fluorescent Oxygen (O2) Sensor 0-25% For
Medical Use
Features:
LuminOx Flow-through optical oxygen sensors allow clean gas to Flow
directly into the sensor and can be completely removed from the
process environment.
Long service life Low power consumption low maintenance oxygen
sensor
peculiarity
Luminescence based optical technology, non-electrochemical
Factory calibrationExtended temperature range
maintenance-free
Battery powered
No extra electrons required
Small size
LuminOx Flow-through optical oxygen sensors allow clean gas to Flow
directly into the sensor and can be completely removed from the
process environment.
Developed and manufactured by SST, LuminOx Flow-through optical
oxygen sensors are part of the LuminOx family, a series of
factory-calibrated oxygen sensors that measure ambient oxygen
content using the principle of fluorescence quenching (also known
as luminescence quenching).
The LuminOx Flow-through Optical Oxygen Sensor (LOX-02-F) is an
extension of the LuminOx standard range of oxygen sensors with a
faster response.
The straight-through housing is sealed on the base, allowing clean
sample gas to flow directly into the sensor. The sensor can be
completely removed from the process environment. The
straight-through housing allows for better sample gas management
and sensor location selection.
SST has the technology to produce a range of sensors based on
non-expendable operating principles. This technology gives LuminOx
sensors a longer service life than other competing technologies.
Every LuminOx oxygen sensor has an internal sensor for temperature
and air pressure compensation, which means customers don't need to
consider this when designing. It can also communicate directly with
the customer's USART, so there is no need for signal conditioning
circuits.
LuminOx is a completely solid-state sensor that contains no lead or
liquid electrolytes and is 100 percent RoHS compliant. It has
little cross-sensitivity and can be used in applications where the
presence of specific gas mixtures makes it unreliable with other
techniques.
The luminescence quenching principle measures the partial pressure
of oxygen (ppO2). Internal pressure sensor measurements and ppO2
measurements allow oxygen concentration (O2%) values to be
calculated. The USART output allows the sensor to transmit values
of O2%, ppO2, atmospheric pressure, internal temperature, and
sensor status.
Specifications:
| Humidity | 0-99%Rh (non-condensing) |
| Pressure range | 500-1200mbar |
| Maximum flow rate | 1.0 L/min |
| Oxygen range | 0-25% O₂ |
