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NeuLog NUL-220 Manual

Co2 logger sensor

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NeuLog CO
logger sensor
2
NUL-220
The CO
Sensor can be used for any science experiment or activity where CO
2
are required. Some fields of study include Chemistry, Physiology, Exercise Science,
Biochemistry, Biology, Earth Science, Environmental Science, etc.
This sensor is practical for testing CO
levels both in laboratories and in the field. An
2
electromechanical cell in the sensor reacts with carbon dioxide to produce a voltage
which is directly interpreted to give a CO
Just a few of the thousands of possible experiments that can be done with the NUL-
202 sensor are: Monitoring of ecological systems, combustion reactions, CO
consumption rates, studying photosynthesis, testing chemical solutions, hydrogen
peroxide decomposition, and many more.
The NeuLog CO
sensor collects data in the following units of measurement:
2
Parts per million (ppm): The total number of carbon dioxide molecules per
million molecules sampled.
Sensor calibration:
Prior to each use the CO
needs to warm up for roughly half an hour. To do this, plug
2
the CO
sensor into a USB module or a battery pack and allow the sensor to sit for half
2
an hour prior to collecting data for the best results.
Open air mode:
The CO
sensor needs to be calibrated before use. Calibration of the probe assumes
2
a standard atmospheric CO
concentration of 20.9% (assuming stable levels in the
2
Earth's atmosphere at sea level).
Materials Needed:
NUL-220 CO
sensor
2
1 of the following (depending on experiment type)
o
USB-200 USB Module (For On-line experiments)
levels
2
concentration reading.
2
2
NEULOG CO2 LOGGER SENSOR GUIDE
o
BAT-200 Battery (For Off-line experiments)
o
VIEW-101 Viewing Module and BAT-200 Battery (For use with
NeuLog Viewer)
o
Procedure:
1.
The CO
sensor needs a power supply to properly calibrate so connect the
2
CO
sensor to:
2
a.
For On-line experiments: USB-200 USB Module.
b.
For Off-line experiments: BAT-200 Battery
c.
For use with the NeuLog Viewer: VIEW-101 Viewing Module
and BAT-200 Battery.
2.
The sensor now needs to be calibrated:
a.
Connect the CO
sensor to the left side of a USB-200 Module
2
(which is connected to a computer via the USB to mini USB
cable).
b.
Open the NeuLog software.
sensor is detected click the "Module setup" button.
c.
Once the CO
2
d.
Hold the probe vertically so the opening is facing the ground.
Press and hold the blue "Start/Stop" button the faceplate of the
e.
sensor for 3 seconds.
3.
The CO
Sensor is now calibrated for use.
2
Quick start procedure:
PC or Mac Computer
Materials needed:
NUL-220 CO
Sensor
2
USB-200 USB Module
A USB to mini USB cable (which comes with the USB-200)
Prior to initial use the NeuLog CO
sensor needs to be calibrated, please review the
2
"Sensor calibration" section of this document on beginning on page 2 for detailed
instructions. Your CO
sensor needs to be connected to a USB-200 module. The
2
USB-200 module then connects to a computer via a USB to mini-USB cable. Please
note that you cannot plug the CO
sensor directly into the computer.
2

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Summary of Contents for NeuLog NUL-220

  • Page 1 For Off-line experiments: BAT-200 Battery which is directly interpreted to give a CO concentration reading. For use with the NeuLog Viewer: VIEW-101 Viewing Module and BAT-200 Battery. Just a few of the thousands of possible experiments that can be done with the NUL-...
  • Page 2 Resident PC software and browser based software can be downloaded for free at to the NeuLog network you can run experiments and collect data through a browser of www.NeuLog.com/dowload as well as a full software user guide. Note: Make sure not your choosing.
  • Page 3 Select which experimental data to upload. (5 experimental runs can be Connect the BAT-200 module to the right side of the viewer. stored at one time on the NUL-220 CO sensor) The VIEW-101 will auto detect the sensor and you will see it appear on the left side of the screen.
  • Page 4 The philosophy behind NeuLog’s plug and play technology is based on each sensor’s ability to store its own data due to an internal flash memory chip and micro-controller in each plastic NeuLog body. This technology allows the sensor to collect and then store the digital data in the correct scientific units ( F, Lux, %, ppm, for example).