Eijkelkamp 09.02.01.10 Soil water permeameters (Open system, 10 ring holders for Ø 53 and 66 mm)

Open system, 10 ring holders for Ø 53 and 66 mm

Maximum measuring depth: 0 m

Maximum number of samples: 5 to 25

Power supply: line voltage

Reading accuracy: 1 ml

Registration type: manual

Sample specification: Undisturbed

Sample stored in: Ring

Voltage: 230 volt

Package size: 85 x 63 x 115 cm

Weight: 30 kg

Application:

The soil water permeameter can be used to measure the saturated permeability of undisturbed soil samples in sample rings. The permeability factor gives accurate information about:

+ The presence of disturbing soil layers that prevent outflow of precipitation

+ The correlation between permeability and other soil properties such as porosity, granular composition, etc.

+ The vertical and horizontal permeability

This data can help draw further conclusions about

+ Irrigation and drainage systems

+ Well pumping

+ Subsidence phenomena

+ Predictions concerning the spread of polluting fluids resulting from calamities

+ Soil improvement- and maintenance advice

Description: 

Permeability, or K-factor, refers to the capacity of the soil to drain off water. It is determined on one hand by the geometry of the complex of pores, depending on the texture and structure of the soil, and on the other hand on the intrinsic features of the soil solution (viscosity and density).

Features: 

The permeameter is a laboratory tool to measure the saturated permeability, or K-factor, of soil samples. It's available in several variations: with an open or closed system, suitable for 5, 10 or 25 samples, and for use with soil sample rings with an external diameter of 53 or 60 mm.

+ Determines permeability directly on samples

+ Take samples in the field, analyse in the lab

+ Types for large and small scale analyses

+ Modernized electric measuring bridge

+ Low in maintenance

+ Closed system re-uses water over and over

Open vs. closed system

The permeameter is available as an open system, or a closed system with a water pump. The advantages of a closed permeameter compared to an open system are:

+ Location independence, as no drainage is needed

+ Constant water temperature, equal to the temperature in the laboratory, which guarantees constant viscosity

+ Always the same water quality

+ Saves water

Manual