Product Description
Backed by the profound experience of the industry, we are offering impeccable range of Laboratory Vane Shears. The offered range of products have rate of rotation of 1/60 r.p.m, which is highly suitable for operation on 230 volts, single phase, 50 cycles, A.C. Supply. Our team of quality controllers stringently examine these products on various parameters of quality to ensure its flawless functioning.
Listed are the feature:
- Reliable performance
- Rigid construction
- High functionality
Precision Shear Strength TestingDesigned specifically for laboratory soil testing, this vane shear apparatus allows users to determine the undrained shear strength of cohesive soils with exceptional precision. It delivers a broad test range of 0-2.5 kg/cm2, making it suitable for a variety of testing scenarios. The benchmark for reliability in geotechnical analysis.
Durable and User-Friendly DesignFabricated from premium stainless steel and finished with a protective powder coating, the apparatus is built to last. Its bench-mounted design, hand-operated crank, and intuitive graduated scale make it extremely user-friendly, reducing the chances of operator error during sensitive measurements. The included accessories add value and convenience.
FAQ's of Laboratory Vane Shears:
Q: How is the Laboratory Vane Shear Apparatus operated?
A: The apparatus is operated manually using a hand-operated crank handle, which rotates the vane inserted into the soil sample. Measurements are read through the precision gear wheel and spring balance system, allowing accurate assessment of soil shear strength.
Q: What types of soil samples can be tested with this device?
A: This apparatus is primarily designed for testing cohesive soils in laboratory environments. It measures undrained shear strength, a critical property in geotechnical and civil engineering projects.
Q: When should you use the Laboratory Vane Shear Apparatus?
A: It is best employed during soil investigations, quality control, and research phases in geotechnical testing to assess the strength of clayey soils before construction, foundation work, or earthworks.
Q: Where is this apparatus commonly used?
A: The device is widely used in soil testing laboratories, educational institutions, research facilities, and consulting organizations involved in geotechnical engineering.
Q: What process is followed for accurate measurement?
A: The vane is inserted into the prepared soil sample, then rotated using the crank handle. Shear force is applied until the soil fails, and the corresponding torque is measured on the graduated scale, indicating the shear strength.
Q: What are the benefits of using this vane shear apparatus?
A: This laboratory vane shear offers high precision (0.01 kg/cm2 readability), durable stainless steel construction, portability with its carrying case, and certified calibration. It delivers trustworthy results vital for crucial engineering decisions.
Q: Which accessories are provided with the apparatus?
A: Each unit is supplied with a carrying case for secure transport and storage, along with a calibration certificate to ensure measurement accuracy.