## Reports.InspeedAnemometer History

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by Stephen Schaum FAll 2005 ITP
to:
by Stephen Schaum FAll 2005 ITP\\
by Stephen Schaum FAll 2005 ITP
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to:
http://itp.nyu.edu/~ras4425/sensor/jitterjpeg1.JPG
http://itp.nyu.edu/~ras4425/sensor/jitterjpeg2.JPG
http://itp.nyu.edu/~ras4425/sensor/jitterjpeg3.JPG
http://itp.nyu.edu/~ras4425/sensor/jitterpatch911.JPG
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http://itp.nyu.edu/~ras4425/sensor/jitterlights1.JPG
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of both patterns (wind and light)at once...in a way this project is combining three sensors\\ (the video camera, microphone and anenometer) and visulizing their recording and realizing\\ interference patterns between them. What I would like to do in the future is to collect all\\ kinds of environmental data at one specific site during a given time period and overlap\\ these patterns to create new visualizations of their relationships to one another... It's\\ too bad I didn't have the wind sensor until after I took the field recordings, it would\\ have been interesting to see how everything relates. Also, this is a good way to datalog\\ information from different sensors in different forms like music and video...Here are the\\ pictures... \\
to:
of both patterns (wind and light)at once...in a way this project is combining three sensors(the video camera, microphone and anenometer) and visulizing their recording and realizing interference patterns between them. What I would like to do in the future is to collect all kinds of environmental data at one specific site during a given time period and overlap these patterns to create new visualizations of their relationships to one another... It's too bad I didn't have the wind sensor until after I took the field recordings, it would have been interesting to see how everything relates. Also, this is a good way to datalog information from different sensors in different forms like music and video...Here are the pictures... \\
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I tied the digital serial output from the wind sensor to a jitter patch which sonifies
\\
light patterns on the surface of a river through a field recording of the water and the
\\
to:
I tied the digital serial output from the wind sensor to a jitter patch which sonifies
light patterns on the surface of a river through a field recording of the water and the
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\\
with the patterning of the processed video, and enables the viewer to experience the ovelap \\
to:
with the patterning of the processed video, and enables the viewer to experience the ovelap
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I tied the digital serial output from the wind sensor to a jitter patch which sonifies\\ light patterns on the surface of a river through a field recording of the water and the\\ surrounding environment. The wind sensor manipulates the rythm of the field recording along \\
with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors\\ (the video camera, microphone and anenometer) and visulizing their recording and realizing\\ interference patterns between them. What I would like to do in the future is to collect all\\ kinds of environmental data at one specific site during a given time period and overlap\\ these patterns to create new visualizations of their relationships to one another... It's\\ too bad I didn't have the wind sensor until after I took the field recordings, it would\\ have been interesting to see how everything relates. Also, this is a good way to datalog\\ information from different sensors in different forms like music and video...Here are the\\ pictures... \\
to:
I tied the digital serial output from the wind sensor to a jitter patch which sonifies
\\
light patterns on the surface of a river through a field recording of the water and the
\\
surrounding environment. The wind sensor manipulates the rythm of the field recording along
\\
with the patterning of the processed video, and enables the viewer to experience the ovelap \\
of both patterns (wind and light)at once...in a way this project is combining three sensors\\ (the video camera, microphone and anenometer) and visulizing their recording and realizing\\ interference patterns between them. What I would like to do in the future is to collect all\\ kinds of environmental data at one specific site during a given time period and overlap\\ these patterns to create new visualizations of their relationships to one another... It's\\ too bad I didn't have the wind sensor until after I took the field recordings, it would\\ have been interesting to see how everything relates. Also, this is a good way to datalog\\ information from different sensors in different forms like music and video...Here are the\\ pictures... \\
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with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
to:
with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors\\ (the video camera, microphone and anenometer) and visulizing their recording and realizing\\ interference patterns between them. What I would like to do in the future is to collect all\\ kinds of environmental data at one specific site during a given time period and overlap\\ these patterns to create new visualizations of their relationships to one another... It's\\ too bad I didn't have the wind sensor until after I took the field recordings, it would\\ have been interesting to see how everything relates. Also, this is a good way to datalog\\ information from different sensors in different forms like music and video...Here are the\\ pictures... \\
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I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\light patterns on the surface of a river through a field recording of the water and the\\surrounding environment. The wind sensor manipulates the rythm of the field recording along \\ with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
to:
I tied the digital serial output from the wind sensor to a jitter patch which sonifies\\ light patterns on the surface of a river through a field recording of the water and the\\ surrounding environment. The wind sensor manipulates the rythm of the field recording along \\
with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
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->I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\
light patterns on the surface of a river through a field recording of the water and the \\ surrounding environment. The wind sensor manipulates the rythm of the field recording along \\ with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
to:
I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\light patterns on the surface of a river through a field recording of the water and the\\surrounding environment. The wind sensor manipulates the rythm of the field recording along \\ with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
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I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\
to:
->I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\

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I tied the digital serial output from the wind sensor to a jitter patch which sonifies\\
light patterns on the surface of a river through a field recording of the water and the\\ surrounding environment. The wind sensor manipulates the rythm of the field recording along with the patterning of the processed video, and enables the viewer to experience the ovelap of both patterns (wind and light)at once...in a way this project is combining three sensors (the video camera, microphone and anenometer) and visulizing their recording and realizing interference patterns between them. What I would like to do in the future is to collect all kinds of environmental data at one specific site during a given time period and overlap these patterns to create new visualizations of their relationships to one another... It's too bad I didn't have the wind sensor until after I took the field recordings, it would have been interesting to see how everything relates. Also, this is a good way to datalog information from different sensors in different forms like music and video...Here are the pictures...
to:

I tied the digital serial output from the wind sensor to a jitter patch which sonifies \\
light patterns on the surface of a river through a field recording of the water and the \\ surrounding environment. The wind sensor manipulates the rythm of the field recording along \\ with the patterning of the processed video, and enables the viewer to experience the ovelap \\ of both patterns (wind and light)at once...in a way this project is combining three sensors \\ (the video camera, microphone and anenometer) and visulizing their recording and realizing \\ interference patterns between them. What I would like to do in the future is to collect all \\ kinds of environmental data at one specific site during a given time period and overlap \\ these patterns to create new visualizations of their relationships to one another... It's \\ too bad I didn't have the wind sensor until after I took the field recordings, it would \\ have been interesting to see how everything relates. Also, this is a good way to datalog \\ information from different sensors in different forms like music and video...Here are the \\ pictures... \\
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...And here is the patch in jitter and some pictures of the application in progress...\\
!!!'''Process:'''
I tied the digital serial output from the wind sensor to a jitter patch which sonifies\\
light patterns on the surface of a river through a field recording of the water and the\\ surrounding environment. The wind sensor manipulates the rythm of the field recording along with the patterning of the processed video, and enables the viewer to experience the ovelap of both patterns (wind and light)at once...in a way this project is combining three sensors (the video camera, microphone and anenometer) and visulizing their recording and realizing interference patterns between them. What I would like to do in the future is to collect all kinds of environmental data at one specific site during a given time period and overlap these patterns to create new visualizations of their relationships to one another... It's too bad I didn't have the wind sensor until after I took the field recordings, it would have been interesting to see how everything relates. Also, this is a good way to datalog information from different sensors in different forms like music and video...Here are the pictures...
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http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
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and pace of a music composition or video.\\
to:
and pace of a music composition or video using Max/Msp and Jitter.\\
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'''Material Construction:''' Delrin body and cup assembly,housing bronze and Rulon bushings.\\
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'''INSPEED- 10 Hudson Road Sudbury MA 01776 Phone(978)397-6813\\
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'''INSPEED.COM LLC.- 10 Hudson Road Sudbury MA 01776 Phone(978)397-6813\\
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Email:info@inspeed.com
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Email:info@inspeed.com'''
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'''INSPEED- 10 Hudson Road Sudbury MA 01776 Phone(978)397-6813\\
Email:info@inspeed.com
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'''Output:''' 1 pulse per rotation, 2.5mph per Hz.\\
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'''Output:''' 1 pulse per rotation, equation:2.5mph per Hz(1Hz per rotation)\\
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!!!'''Specifications:'''
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visualise weather systems over a certain region.\\
to:
visualise weather systems over a certain region. I plan to use the sensor to adjust the rhythm\\
and pace of a music composition or video
.\\
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visualize the changing wind forces over a certain landscape or terrain. Mostly they \\
to:
visualize the changing wind forces over a certain landscape or terrain. Mostly they \\
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Anemometers are used to map wind velocity and duration within a specified exterior\\
to:
Anemometers are used to map wind velocity and duration within a specified exterior \\
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visualize the changing wind forces over a certain landscape or terrain. Mostly they\\
are used for observation purposes and the aggregation of weather information to help\\
to:
visualize the changing wind forces over a certain landscape or terrain. Mostly they \\
are used for observation purposes and the aggregation of weather information to help \\
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orinterior environment. Used in an array, they can be used to detect and \\
visualize the changing wind forces over a certain landscape or terrain. Mostly they\\ are used for observation purposes and the aggregation of weather information to help\\
to:
orinterior environment. Used in an array, they can be used to detect and \\
visualize the changing wind forces over a certain landscape or terrain. Mostly they\\
are used for observation purposes and the aggregation of weather information to help\\
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG
http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG
http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG
http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG
http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG
http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG
http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG
http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG
http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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Anemometers are used to map wind velocity and duration within a specified exterior\\
orinterior environment. Used in an array, they can be used to detect and \\
visualize the changing wind forces over a certain landscape or terrain. Mostly they\\ are used for observation purposes and the aggregation of weather information to help\\
visualise weather systems over a certain region.\\

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'''Display:'''Datalogging software available at [[http://www.Inspeed.com]]\\
to:
'''Display:''' Datalogging software available at [[http://www.Inspeed.com]]\\
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'''Description:'''
to:
!!!'''Description:'''
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!!!'''Components:'''
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!!'''APPLICATIONS:'''
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!!!'''Applications:'''
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!!!'''Vortex Wind Speed Sensor'''
'''DESCRIPTION:'''
to:
'''Description:'''
!!!'''Vortex Wind Speed Sensor'''
'''DESCRIPTION:'''
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'''Speed Range:'''approx. 3 mph to 125+ mph\\
'''Mounting Bracket:'''aluminum mounting bracket with two holes for attachment.\\
to:
'''Speed Range:''' approx. 3 mph to 125+ mph\\
'''Mounting Bracket:''' aluminum mounting bracket with two holes for attachment.\\
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'''Power:''' None required\\
to:
'''Power:''' None required\\\

!!'''APPLICATIONS:'''
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'''COST:''' \$49.00 + (S\$H)\\
to:
'''Cost:''' \$49.00 + (S\$H)\\
'''Input:''' Wind, rotation of the magnet over the reed switch to close connection.\\
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'''Display:'''Datalogging software available at [[http://www.Inspeed.com]]
to:
'''Display:'''Datalogging software available at [[http://www.Inspeed.com]]\\
'''Power:''' None required\\
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'''Mounting Bracket:'''
to:
'''Mounting Bracket:'''aluminum mounting bracket with two holes for attachment.\\
'''Wire:''' Standard 25 ft.provided stripped and unterminated (serial connector included).\\
'''Display:'''Datalogging software available at [[http://www.Inspeed.com]]
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to:
'''Output:''' 1 pulse per rotation, 2.5mph per Hz.\\
'''Rotor Diameter:''' approx. 5 in.\\
'''Speed Range:'''approx. 3 mph to 125+ mph\\
'''Mounting Bracket:'''
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'''Sensor Type:''' 3-Cup rotor\\
__> Reed
switch/magnet provide 1 pulse per rotation\\
to:
'''Sensor Type:''' 3-Cup rotor, reed switch/magnet provide 1 pulse per rotation\\
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a reasonably priced and rugged anemometer which did not need an added \\
to:
a reasonably priced and tough anemometer which did not need an added \\
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Reed switch/magnet provide 1 pulse per rotation\\
'''
to:
__> Reed switch/magnet provide 1 pulse per rotation\\
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''Now, for the important stuff:''

''COST:'' \$49.00 + (S\$H)
to:
'''Now, for the important stuff:'''

'''COST:''' \$49.00 + (S\$H)\\
'''Sensor Type:''' 3-Cup rotor\\
Reed switch/magnet provide 1 pulse per rotation\\
'''
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gsgsgsgsgsgygwygqygysgywgsyg
wsytwgsygygsygwygsywgsygwygsygs

http
://itp.nyu.edu/~ras4425/wind/reed1.JPG
http://itp.nyu.edu/~ras4425/wind/reed2.JPG
to:
''Now, for the important stuff:''

''COST:'' \$49
.00 + (S\$H)
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG
http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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with the package.\\
to:
with the package. Follwing is a detailed journey of its deconstruction.\\
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system to interpret and read its data, such as a weather station.
to:
system to interpret and read its data, such as a weather station. The wind sensor\\
uses a reed switch to activate pulses (closing the circuit) after each full \\
rotation of its cupped rotor. These pulses are then sent through its DB-9 serial\\
connector to a computer which can then track this information using a datalogging\\
application. Inspeed was kind enough to throw in their datalogging software free\\
with the package.\\
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I chose the Vortex wind speed sensor after much research on finding a reasonably priced and rugged anemometer which did not need an added system to interpret and read its data, such as a weather station.
http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
http://itp.nyu.edu/~ras4425/wind/sensor7.JPG http://itp.nyu.edu/~ras4425/wind/sensor8.JPG http://itp.nyu.edu/~ras4425/wind/sensor9.JPG http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
to:
I chose the Vortex wind speed sensor after much research on finding \\
a reasonably priced and rugged anemometer which did not need an added \\
system to interpret and read its data, such as a weather station.

http://itp.nyu.edu/~ras4425/wind/sensor1.JPG http://itp.nyu.edu/~ras4425/wind/sensor2.JPG http://itp.nyu.edu/~ras4425/wind/sensor3.JPG
http://itp.nyu.edu/~ras4425/wind/sensor4.JPG http://itp.nyu.edu/~ras4425/wind/sensor5.JPG http://itp.nyu.edu/~ras4425/wind/sensor6.JPG
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http://itp.nyu.edu/~ras4425/wind/sensor10.JPG http://itp.nyu.edu/~ras4425/wind/sensor11.JPG http://itp.nyu.edu/~ras4425/wind/reed2.JPG
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to:
I chose the Vortex wind speed sensor after much research on finding a reasonably priced and rugged anemometer which did not need an added system to interpret and read its data, such as a weather station.
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to:
'''check out these links and info on reed swithches'''
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http://itp.nyu.edu/~ras4425/sensor/bigwind.jpg
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wsytwgsygygsygwygsywgsygwygsygs
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wsytwgsygygsygwygsywgsygwygsygs

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!!'''Vortex Wind Speed Sensor'''
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gsgsgsgsgsgygwygqygysgywgsyg
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%newwin% http://en.wikipedia.org/wiki/Reed_switch
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%newwin% http://www.inspeed.com/anemometers/Vortex%20Wind%20Sensor.asp
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