About Sand Equivalent Shaker
Sand Equivalent Shaker
The unit provides a constant uniform shaking with automatic cycle test. Oscillating excursion is 200 mm at 175 strokes / minute rate. Complete with timer that automatically stops the shaker at the end of the test. Power Supply 230 V A.C. 50Hz.
Efficient Soil Testing SolutionDesigned for precision, this Sand Equivalent Shaker simplifies soil analysis in laboratories. Its automatic yet manually controlled mechanism is time-efficient and easy to handle. By accommodating one specimen at a time, it ensures accurate and repeatable results, making it indispensable for soil testing applications.
Robust Construction & DurabilityCrafted from high-quality mild steel, the shaker boasts a long working life and is engineered to withstand demanding laboratory conditions. The electric operation ensures consistent performance, while its blue finish adds a professional look to your workspace. Floor mounting provides added stability during high-speed operations.
FAQ's of Sand Equivalent Shaker:
Q: How does the Sand Equivalent Shaker enhance soil testing accuracy?
A: The shaker automates the agitation process, ensuring consistent, repeatable motions for each test cycle. This uniformity in operation enhances the accuracy and reliability of soil particle separation and analysis.
Q: What materials and conditions is the shaker designed to handle?
A: Constructed from mild steel, the shaker is suitable for laboratory environments and operates effectively in ambient temperatures from -20 to 55C. Its robust build can handle frequent use over long periods.
Q: When should I use this Sand Equivalent Shaker in my laboratory workflow?
A: Use the shaker during soil testing processes that require sand equivalent measurements, typically after preparing soil samples. Its inclusion ensures compliant, standardized test results required in quality control and research.
Q: Where can this shaker be installed within the laboratory?
A: Due to its 10 kg weight and floor-mount design, the shaker is best installed on solid, level flooring in the main soil analysis area, ensuring both stability and easy access during testing routines.
Q: What is the process for operating the Sand Equivalent Shaker?
A: Simply place one soil specimen in the container, connect to a 230 V power supply, and set the required control mode. Manual adjustments and displays allow precise monitoring throughout the test procedure.
Q: What are the primary benefits of using this laboratory shaker?
A: Key benefits include long working life, dependable test reproducibility, ease of operation, and suitability for a wide temperature range. The compact, automatic system streamlines workflows and reduces operator fatigue.