Laboratory Vane Shear Apparatus

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Laboratory Vane Shear Apparatus Specification

Weight
11 Kilograms (kg)

Product Type
Laboratory Vane Shear Apparatus - Hand Operated OR Motorized

Application
Vane shear test is a useful method of measuring the shear strength of clay

Dimension (L*W*H)
510 X 310 X 250 (L X W X D) mm Millimeter (mm)

Usage
Soil Testing Equipment

Machine Weight
11 Kilograms (kg)

Laboratory Vane Shear Apparatus Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2015

About Laboratory Vane Shear Apparatus

Applications :

Vane shear test is a useful method of measuring the shear strength of clay. It is a cheaper and quicker method. The test can also be conducted in the laboratory. The laboratory vane shear test for the measurement of shear strength of cohesive soils, is useful for soils of low shear strength for which tri axial or unconfined tests can not be performed. The test gives the un-drained strength of the soil. The undisturbed and re moulded strength obtained are useful for evaluating the sensitivity of soil.

Brief Construction Details :

Consists of a torque head adjustable in height by means of a lead screw rotated by a drive wheel to enable the vane to be lowered into the specimen. Rotation of the vane is motorized, which operates a worm gear arrangement turning the upper end of a calibrated torsion spring. Vane dia, rod dia, vane size & vane height are as per IS specification.

Also available in various range such as : 1) Hand Operated Model and 2) Motorised Model

Further details availableon our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user.

Precision Testing for Clay Soils

This apparatus is engineered specifically for the vane shear test, a standard method for determining the undrained shear strength of cohesive soils. The design ensures high accuracy and repeatability, which is crucial for critical soil analysis used in foundation engineering and site investigations.

Compact and Transportable Design

With a footprint of just 510 x 310 x 250 mm and weighing only 11 kg, this equipment can be easily transported and set up wherever needed. Its robust construction makes it suitable for frequent use in laboratories as well as in field environments.

FAQs of Laboratory Vane Shear Apparatus:

Q: How does the Laboratory Vane Shear Apparatus function during soil testing?

A: The apparatus operates by inserting a vane into a prepared clay sample and then rotating it to determine the torque required to shear the soil. This process directly measures the undrained shear strength of the clay, making it valuable for geotechnical evaluations.

Q: What are the typical applications for this device in geotechnical engineering?

A: This equipment is primarily used in conducting the vane shear test, particularly for analyzing the shear strength of soft and sensitive clays. It is essential in foundation assessments, earthworks, and other civil engineering projects where soil strength is a critical parameter.

Q: When is a vane shear test recommended over other soil testing methods?

A: Vane shear tests are best suited for cohesive soils, especially soft or sensitive clays, where alternative methods may disturb the sample or provide unreliable results. The test is recommended during foundation design, embankment construction, and stability assessments.

Q: Where can the Laboratory Vane Shear Apparatus be sourced in India?

A: This apparatus is available from various Indian manufacturers, exporters, suppliers, service providers, and traders. These distributors ensure widespread availability and comprehensive support across the country.

Q: What is the typical process for conducting a vane shear test with this apparatus?

A: To perform the test, a soil sample is secured in the apparatus. The vane is then inserted and rotated at a specified rate, and the torque is measured until the sample fails. The maximum torque value indicates the undrained shear strength of the clay.

Q: How does utilizing this equipment benefit civil engineering projects?

A: Employing this apparatus enables engineers to accurately assess soil strength, leading to safer and more economical designs. Reliable data from the test helps in minimizing the risk of foundation failures and optimizing construction methods.

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