100mm Triaxial Cell 1700Kpa with 5 Pressure/ Drainage Ports. Supplied with Two Valves.

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100mm Triaxial Cell 1700Kpa with 5 Pressure/ Drainage Ports. Supplied with Two Valves.

25-4157

Category:

Soil Strength (Triaxial), Soils

Sub Category:

Soil Strength (Triaxial), Triaxial Cells

Product Group:

Triaxial Cell, Triaxial Cells

• Working pressure up to 1700 kPa
• All round visibility
• Sample sizes 38 to 100 mm diameter
• Rapid assembly and dismantling
• Accepts a range of interchangeable submersible load transducers

This range of precision made triaxial cells has been designed to meet the requirements of the modern soils laboratory. The cells have been treated to minimise corrosion. Particular attention has been paid to the quality of finish between the piston and the head. Final assembly includes the fitting of an O-ring seal and the use of special lubricant to reduce friction to a minimum and eliminate water leakage.

The piston load capacity is designed to accept high horizontal forces which may be present during the final stages of a test. Each cell has five take-off positions drilled in the base for top drainage/back pressure, pore water pressure and bottom drainage. Two no-volume change valves and an anvil for strain gauge/transducer datum are supplied for fitting to the cell.

A feature of these cells is that they all accept a single diameter piston. The internal height is such that a range of submersible load transducers can be fitted without any modification. Each cell will accept a range of base adaptors and various accessories for testing a wide range of specimens

Cell Size 100 mm
Weight, kg 14.3 kg
Maximum Specimen Size 100 x 200 mm
Vertical Clearance Required 515 mm
Horizontal Clearance Required 255 mm
38 mm Sample -
50 mm Sample -
70 mm Sample -
100 mm Sample Yes
BS 1377 Yes
ASTM D2850 Yes
ASTM D4767 Yes
AASHTO T296 Yes
AASHTO T297 Yes
Description Triaxial Cell - 100 mm

100 mm Base Adaptor for 100 mm Triaxial Cell.

25-4186

for 100 mm Triaxial Cell.

Pressure Interface Chamber

25-0695

n with Viton diaphragm and O-rings.  Supplied with all necessary valves and tubing.  The Pressure Interface Chamber (PIC) is used during permeability test application involving toxic permeants. The chambers provide a closed system for toxic liquids entering and exiting the test cell.  Weight: 5.5 kg (net 12 lbs) 

50mm Triaxial Cell 1700Kpa with 5 Pressure/ Drainage Ports. Supplied with Two Valves.

25-4047

• Working pressure up to 1700 kPa• All round visibility• Sample sizes 38 to 100 mm diameter• Rapid assembly and dismantling• Accepts a range of interchangeable submersible load transducersThis range of precision made triaxial cells has been designed to meet the requirements of the modern soils laboratory. The cells have been treated to minimise corrosion. Particular attention has been paid to the quality of finish between the piston and the head. Final assembly includes the fitting of an O-ring seal and the use of special lubricant to reduce friction to a minimum and eliminate water leakage.The piston load capacity is designed to accept high horizontal forces which may be present during the final stages of a test. Each cell has five take-off positions drilled in the base for top drainage/back pressure, pore water pressure and bottom drainage. Two no-volume change valves and an anvil for strain gauge/transducer datum are supplied for fitting to the cell.A feature of these cells is that they all accept a single diameter piston. The internal height is such that a range of submersible load transducers can be fitted without any modification. Each cell will accept a range of base adaptors and various accessories for testing a wide range of specimens

70mm Triaxial Cell 1700Kpa with 5 Pressure/ Drainage Ports. Supplied with Two Valves.

25-4117

• Working pressure up to 1700 kPa• All round visibility• Sample sizes 38 to 100 mm diameter• Rapid assembly and dismantling• Accepts a range of interchangeable submersible load transducersThis range of precision made triaxial cells has been designed to meet the requirements of the modern soils laboratory. The cells have been treated to minimise corrosion. Particular attention has been paid to the quality of finish between the piston and the head. Final assembly includes the fitting of an O-ring seal and the use of special lubricant to reduce friction to a minimum and eliminate water leakage.The piston load capacity is designed to accept high horizontal forces which may be present during the final stages of a test. Each cell has five take-off positions drilled in the base for top drainage/back pressure, pore water pressure and bottom drainage. Two no-volume change valves and an anvil for strain gauge/transducer datum are supplied for fitting to the cell.A feature of these cells is that they all accept a single diameter piston. The internal height is such that a range of submersible load transducers can be fitted without any modification. Each cell will accept a range of base adaptors and various accessories for testing a wide range of specimens