5 products found
SDEC France Products
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Soil Tensiometer
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Model SR 1000 - Direct Reading Tensiometer
Accepted as the way to measure the water potential in soils, the tensiometer has become an easy to use and very handy tool for field research (agronomy) and managing inputs in agriculture (water). The SR 1000 tensiometer is robust as well as cost effective. Measurements are taken with a BOURDON type manometer. This measuring principle, easy to use as well as very precise, will certainly bring you much help in the laboratory as much as in the field. Its ...
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SDEC - Model SMS 2500S - Handheld Pressure Sensor for Sms Tensiometers
The measuring technique with the SMS 2500S electronic pressure meter consists in piercing through a silicon bung closing a tensiometer, by means of a hypodermic needle, itself connected to a pressure transducer (or vacuumeter). This type of measure, both very precise and very economical (a unique appliance can be used on a great number of tensiometers) is particularly practical for all users of tensiometric technics in general. This appliance is easily ...
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SDEC - Model SMS 2000 - Simple Tensiometer Tube
The SMS series tensiometric tubes are designed to be used with the electronic hand held meter, ref. SMS 2500S. SDEC France's tensiometer tubes are also compatible with all other tensimeters on the market (compatible outer ...
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Humidimeters
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SDEC Fieldscout - Model TDR 100 - Soil Moisture Probe
The TDR 100 is the ideal tool for quick, reliable, and convenient measurement. Whether you're in a field, greenhouse, or laboratory, the TDR 100 will provide the results you want.Based on the proven time-domain measurement technology, the portable TDR 100 accurately measures soil moisture across the full range of soil moisture conditions. Choose either the 7.5cm,12cm or 20cm (3in, 4.8in, or 8 in) probe rods to suit your measurement depth. The LCD ...
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Radiation Measurement
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SDEC - Model JYP 1000 - Photosynthetically Active Radiation Sensor
This light sensor developed by SDEC France is designed to measure the photosynthetically active radiation (also called P.A.R. sensor). It effectively measures radiation between 400 and 700 nm.The sensor has an output proportional to the number of photon recieved regardless of their energy levels (photon flux density : µmol.m-2.s-1).Since the energy level of each photon depends on its wavelength, the spectral response of a P.A.R. sensor using the ...