Description
Product
description: Double ring
infiltrometer is a simple device used to measure the rate of
water infiltration into soil. Water infiltration rate is the water
flows into a unit cross section of soil per unit time. It can
be calculated by the measuring results and Darcy's
law.
The standard device includes several sets of stainless steel rings
with different diameter, which can deal with several measurements
at the same time to get accurate and reliable results. When
vertical water flows to the edge, the outer ring of the
infiltrometer will play a role in isolation. The water in the inner
ring flows vertically, thus the measurement only occurs in the
inner ring. Press these two rings into the soil a few centimeters
deep by shock absorbing hammer. Because the inner and outer rings
are filled with water, the water actually infiltrates vertically
from the inner ring into the soil. To achieve a good result, the
following factors that may affect the measurement should be taken
into account: surface vegetation, soil density, soil temperature
and soil layers. The best measurement results are derived from
on-site water holding capacity.
Application:
Geology, civil engineering, hydrology, forestry, environmental
testing, hydrogeology, runoff, swamp protection, permeability
testing, construction project etc.
Measuring standard:
The soil with infiltration rate within 1X*0
*2 cm/s
or sandy soil with higher infiltration rates.
Features:
· Consist of two cylindrical buckets with the diameter of
*0cm and *0cm.
· Made of durable stainless steel.
· Cross stainless steel tubes in the center to keep
steady.
· Easy to press into soils
· Easy to operate with perpendicular steel handles
· Need to operate with Mariotte tubes
Technical Parameters:
Diameter of inner ring |
*0 cm |
Volume of inner ring |
***0 ml |
Diameter of outer ring |
*0 cm |
Volume of outer ring |
****0 ml |
Height of cylindrical buckets |
*0 cm |
Material of cylindrical buckets |
High-quality stainless steel |
Material of Mariotte Tubes |
PVC |
Origin: China