Sediment core sampler Beeker set B
Rod operated, with closable cutting head and piston. Comprehensive set for sampling and discharging core samples, length 1 m or 1.5 m, in bucket or jars and to transport and divide in subsamples with water pressure. Suitable for sampling submerged soils to a depth of 5 m of very watery sediment to non-consolidated sand.
SKU :
0423SBOriginal :
0423SBWith the Beeker sampler, you can take undisturbed sediment samples in a fast and certain way from watery sediment to unconsolidated sand to a depth of 5 metres. Even in watery conditions, the sample will not be lost thanks to the closable cutting head. Using additional extension rods, sampling to greater depths is possible in certain cases. The Beeker sediment core sampler works almost the same way as a Multisampler / piston sampler, but with a lockable head with inflated membrane.
Method
The samples are taken in a transparent tube which allows you to make a clear profile description. The sampler has long sampling tubes of 1 metre. The piston can be operated directly with a rod, so that the sample can be pushed out of the sampler on site into a sample bucket.
The apparatus is pushed or hammered into the sludge. To avoid compaction of the layers, a piston is held at a stationary position relative to the sludge. The sample can then be emptied into a clean stainless-steel bucket, or layer by layer in wide necked sample jar. It is not necessary to assemble and disassemble the apparatus with every new sample. This set comes in an aluminium transport case.
Extended set
This set is an extended version of the standard set (04.23.SA), designed for sampling and discharging core samples with a length of 1 metre or 1.5 metres, in bucket or jars and to transport and divide in subsamples with water pressure. This set is suitable for sampling of submerged soils to a depth of 5 metres from very aqueous sediments to unconsolidated sand.
Applications
- Soil profile description and classification
- Environmental soil research
- Undisturbed sampling
- Geohydrological research
- Sediment sampling
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