[[Image:meter icon.png|right|100px]]
[[Image:domestic water meter.jpg|thumb|right|250px200px|Domestic water meter. Drawing: WHO.]][[Image:standpipe meter.jpg|thumb|right|250px200px|A standpipe water meter that runs on hydropower. Photo: [http://www.tagmeter.com/index.php/de/water-meters Tagmeter.com]]][[Image:standpipe meter2.jpg|thumb|right|250px200px|A standpipe water meter in use. Photo: [http://www.tagmeter.com/index.php/de/water-meters Tagmeter.com]]][[Image:water meter urban.jpg|thumb|right|250px200px|Water meters in urban Manila, Philippines. Photo: [http://www.unesco-ihe.org/Education/MSc-Programmes/MSc-in-Urban-Water-and-Sanitation unesco-ihe.org.]]]
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Water meters, in combination with public standposts or domestic connections, provide the means to charge fees according to the volume of water delivered, and to regulate water use via tariffs. Water meters consist of a device to measure flow, and a protective housing with an inlet and an outlet. A strainer over the inlet keeps larger particles out of the system. There are many types of water meter, but for ordinary domestic or public standpipe use, turbine meters are most common. The vane wheel and the counting device of a water meter can be coupled magnetically or directly. Magnetic coupling has the advantage that the counting device can be completely sealed and no water, silt or algae will get in. A shut-off valve is normally installed on both sides of the meter to allow for servicing.
==Costs==
'''Initial cost:''' From US$ 10–25 or more, not including installation costs.
==Field experiences==
{|style="width: 70%; text-align: justify; background-color: #f5f5f5;"
|[[Image:rsr 787.jpg|thumb|none|200px|<font size="2"><center>Project 787</center></font>|link=http://www.akvo.org/rsr/project/787/]]
|'''AKVO RSR Project:''' [http://www.akvo.org/rsr/project/787/ MWA-LAP: Guatemala]
CARE will implement the program in Guatemala, concentrating activities in the Department of San Marcos which is in the Western Highlands of the country as can be seen in the accompanying map. This area is characterized by limited access to safe water – 40% of the rural population lack access. Access to improved sanitation facilities is similarly low -- 48% of the rural population lacks access.
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==Manuals, videos, and links==
