Plate Bearing Test Apparatus

Name: Plate Bearing Test Apparatus
Brand: EDUTEK INSTRUMENTATION
Price: 1800.0 INR
Availability: InStock

Price 1800.0 INR/ Unit

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MOQ : 1 Unit

Plate Bearing Test Apparatus Specification

Core Components
Reaction Frame (Loading Truss), Hydraulic Jack with hand pump, Load Plates (various diameters), Dial Gauges (for settlement), Reference Beam

Accuracy
100 % %

Operate Method
Incremental Loading: Load is applied via the jack in increments; settlement is recorded after a fixed time interval or when the rate of settlement stabilizes

Feature
Applies controlled, incremental static load to the ground and measures the immediate and progressive settlement

Material
Steel, Cast Iron

Usage
Verifying soil assumptions for shallow foundations, designing rigid and flexible pavements

Classification
Civil Engineering / Geotechnical Site Investigation

Application
Civil Engineering, Road Construction, Geotechnical Labs

Product Type
Geotechnical Field Tester / Foundation and Pavement Design Equipment

Color
Select (Typically White/Grey Frame, Blue/Green Accessories)

Equipment Materials
Materials Heavy-duty Steel Frame/Reaction Truss, Mild Steel (Load Plates), Hydraulic Jack, Reference Beam

Type
Plate Bearing Test Apparatus / Bearing Capacity Tester / Subgrade Reaction Modulus Tester

Display Type
Pressure Gauge (for Hydraulic Jack) and Dial Gauges (for settlement measurement)

About Plate Bearing Test Apparatus

Plate Bearing Test Apparatus

We are engaged in manufacturing and supplying Plate Bearing Test Apparatus, which is used for estimating the bearing capacity of shallow foundations in situ and for the design of flexible pavement. This test is a standard technique fro determining bearing capacity of soils and is used in agriculture, defense, education, geophysical/ seismology, irrigation and mining industry.
Dynamic Cone Penetrometer (DCP) It is used for rapid in-situ measurement of the structural properties of existing road pavement constructed with unbound materials.
The unit incorporates an 8 Kg weight having a drop of 575 mm, fitted to end of the shaft is a 20 mm diameter cone.
With the standard DCP measurements can be made down to a depth of approximately 850 mm.
Reading are taken after a set number of blows, changing the number according to the strength of layer being penetrated.
For good granular bases,readings every 5-10 blows are satisfactory, but for weaker sub-base layers and sub grades, readings every 1-2 blows may be appropriate.
The DCP requires Three operators, one to hold the instrument in a vertical position, one to raise the hammer and let it fall and one to record the results.
A typical test takes only a few minutes, providing a very efficient method of obtaining information, which would otherwise require the excavation of test pits.
Where pavement layers have different strengths, boundaries can be identified and layer thickness determined.
Supplied complete in a nice Wooden Carrying Case.

Reliable Assessment for Foundation Design

This apparatus helps engineers make informed decisions for shallow foundation design by accurately measuring soil bearing capacity and settlement. Its repeatable incremental loading method provides reliable data crucial for both rigid and flexible pavement planning, supporting safety and cost-efficiency in construction projects.

Durable Construction for Rigorous Testing

Built with a heavy-duty steel frame and mild steel plates, the Plate Bearing Test Apparatus withstands intensive laboratory use. The inclusion of carefully calibrated hydraulic jacks, dial gauges, and a reference beam ensures resilience and precision, offering consistent performance over time.

Versatile Applications in Civil Engineering

Perfect for geotechnical labs and road construction sites, this equipment delivers essential insights for a range of engineering tasks. The apparatus serves exporters, manufacturers, and suppliers, especially in India, meeting high standards expected in civil engineering and infrastructure development.

FAQ's of Plate Bearing Test Apparatus:

Q: How does the Plate Bearing Test Apparatus measure soil bearing capacity?

A: The apparatus applies incremental static loads to a steel plate placed on the ground using a hydraulic jack. Settlement is recorded at each load increment using dial gauges, allowing engineers to determine the soil's bearing capacity and subgrade reaction modulus with high accuracy.

Q: What is the main advantage of using this apparatus in laboratory settings?

A: Its precise instrumentation and controlled loading procedure provide accurate, repeatable results, reducing uncertainty in soil assumption verifications for shallow foundations and pavement designs.

Q: When should the Plate Bearing Test Apparatus be used?

A: It is best utilized during the planning and design stages of civil engineering projects, especially when assessing soils for shallow foundations or validating the suitability of subgrades for road construction.

Q: Where is this testing equipment typically employed?

A: The Plate Bearing Test Apparatus is commonly used in geotechnical laboratories, civil engineering field studies, and road construction sites that require thorough subgrade evaluation.

Q: What materials are used in the construction of the apparatus?

A: The frame and reaction truss are made from heavy-duty steel, while the load plates are crafted from mild steel and cast iron, ensuring both strength and durability for repeated laboratory use.

Q: How is the plate loading process conducted?

A: Load is applied incrementally via the hydraulic jack; after each step, settlement is measured with dial gauges at fixed intervals or when settlement rate stabilizes, permitting accurate monitoring of soil response.

Q: What benefits does this apparatus offer to engineers and construction professionals?

A: It ensures optimal design of foundations and road pavements by providing reliable, precise soil data, reducing project risk and enhancing structural safety.

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