About Swell Pressure Test Apparatus
Swell Pressure Test Apparatus is used for measuring the swelling pressure, made by soil specimens to different desired densities. The load applied is useful in restraining the swelling. It is helpful in load measuring method and is featured with load transfer bar as well as perforated swell plate. Swell Pressure Test Apparatus features a soaking tank fordrenching the specimen. Also, it is featured with different channels as well as radial grooves so as to make connection with various holes.
- One loading unit hand operated 5000 kg capacity with two rates of travel
- One Gun metal mould, 100mm dia x 127.3 cm height X 1000 cc volume with base plate and collar
- One perforated swell plate 100mm dia X 16mm thick
- One spacer 100mm dia X 12.7mm thick
- Two porous stone of 100mm dia X 12.7mm thick
- One load transfer bar
- One steel ball & one soaking tank, 250mm dia x 210mm high
- Dial gauge 0.01mm X 25mm travel at Extra cost
- Proving ring of 2.5 KN capacity with calibration chart and carrying case at Extra cost
- Weight : 80 kg Approx.
Further details availableon our website.
The Price mentioned here are subject to change as per the capacity,specifications and application of the user.
Precision Engineering for Accurate Soil AnalysisThis apparatus stands out for its precision in measuring swelling pressures in soil, a critical parameter for civil engineering projects. With a digital display resolution of 0.01 kg/cm and rapid response time under one second, it supports both analog and automatic modes to match your laboratory requirements. The corrosion-resistant, robust tabletop design accommodates demanding testing schedules with ease.
Advanced Safety & User FeaturesSafety is paramount: the apparatus is equipped with an emergency stop, thermal protection, and overload safeguards. Its quiet operation (<70 dB(A)), easy-to-use touch panel interface, and variable test speed offer comfort and efficiency in everyday laboratory use. The entire unit is securely packed in a wooden box for safe shipping and storage.
Versatile Application for Soil TestingSuited for laboratory and field applications, this semi-automatic apparatus is ideal for soil swelling pressure measurements vital to geotechnical and civil engineering. Its adaptability allows both manual and automatic control modes, making it useful for educational, governmental, and professional testing environments.
FAQs of Swell Pressure Test Apparatus:
Q: How is the Swell Pressure Test Apparatus used for soil testing?
A: The apparatus is used to determine the swelling pressure of soil samples by subjecting them to controlled loading in a compression frame, using either automatic or manual controls. A digital display shows precise measurements, ensuring reliable data for engineering assessments.
Q: What safety features are included in this test apparatus?
A: Safety features include an emergency stop button, thermal protection to prevent overheating, and overload protection for the load frame, ensuring user and equipment security during operation.
Q: When should the Swell Pressure Test Apparatus be used in geotechnical investigations?
A: It should be employed whenever accurate measurement of soil swelling pressure is needed, such as during foundation design, soil suitability assessments, or research in civil engineering laboratories.
Q: Where can this apparatus be installed and operated?
A: This tabletop device is suitable for laboratory environments where power supply (230 V AC, 50 Hz) is available. It requires minimal space (400 x 400 x 600 mm), making it ideal for research labs, universities, and civil engineering firms.
Q: What is the typical process for using the apparatus to measure swelling pressure?
A: A standard-sized soil specimen (60 mm diameter x 20 mm height) is placed in the load frame. The machine applies a controlled load while measuring the swelling pressure digitally or analogically. Results are displayed instantly for analysis.
Q: What benefits does this Swell Pressure Test Apparatus offer for soil testing applications?
A: Benefits include high measurement accuracy (0.5% FS), rapid response time, corrosion resistance, robust construction, versatile control modes, and advanced safety features, ensuring dependable performance across various soil types and test conditions.
Q: How can customers ensure proper operation and maintenance of the equipment?
A: Follow the supplied user manual for operation, regular calibration, and cleanliness. Use only qualified personnel, and rely on overload, emergency, and thermal protective features for safe long-term use.