NeuLog NUL-208 Manual

NeuLog heart rate and pulse logger sensor
NUL-208
The NeuLog pulse sensor can be used for any science experiment which
requires a human heart rate or pulse such as in the fields of Biology, Health
Sciences, Physiology, Exercise Science, Psychophysiology, etc.
The sensor comes pre-calibrated so you can start experimentation right out
of the box using this guide.
Heart rate can be measured in two ways with this sensor: in beats per
minute or in analog arbitrary values to demonstrate the wave signal of a
heartbeat showing the blood volume in the finger or earlobe.
Hundreds of possible experiments that can be performed with the NUL-208
sensor are: physiological experimentation, relationship between heart rate
and oxygen flow, blood volume, psychological experiments which utilize
heart rates, lie detection, exercise experiments, VO
metabolism.
The heart rate and pulse sensor has two possible units of measurement:
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Beats Per Minute (BPM): The amount of heart beats per minute
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Arbitrary analog units (Arb): An arbitrary unit meant to show wave
functions.
Probe usage:
The sensor consists of an infrared LED transmitter and a matched infrared
phototransistor receiver (light detector).
For best results:
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Quick start procedure:
PC or Mac Computer
Materials needed:
max experiments and
2
 NUL-208 Heart Rate and Pulse Sensor
 USB-200 USB Module
 USB to mini USB cable (included with the USB-200 module)
Your heart rate and pulse sensor needs to be connected to a USB-200
module. The USB-200 module then connects to a computer via a USB to
mini-USB cable. Please note that you cannot plug the heart rate and pulse
sensor directly into the computer.
Resident PC software and browser based application can be downloaded for
free at
www.neulog.com/Download/SoftwareandApplication.aspx
software user guide.
NEULOG PULSE SENSOR GUIDE
Wash hands before use.
Clip sensor to the little finger (pinky) or earlobe.
For better results, place the light detector (has white transparent cover)
side of the clip on the pad of your finger, not the nail.
Remain as still as possible until testing is complete.
Nail polish can skew the results.
Let signal stabilize before reading.
as well as a full