LATERAL PRESSURE ASSEMBLY 10KG / cm² AZA0908 - Image 1
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DEAD WEIGHT TYPE OIL & WATER CONSTANT PRESSURE SYSTEM AZA0907
DEAD WEIGHT TYPE OIL & WATER CONSTANT PRESSURE SYSTEM AZA0907
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LOAD FRAME, MOTORISED, 30 SPEEDS AZA0909
LOAD FRAME, MOTORISED, 30 SPEEDS AZA0909

LATERAL PRESSURE ASSEMBLY 10KG / cm² AZA0908

The AZA0908 Lateral Pressure Assembly (10 kg/cm²) from Azalab is a critical geotechnical laboratory accessory designed to apply and maintain uniform lateral (confining) pressure on soil specimens during triaxial shear and related tests. By accurately simulating in-situ stress conditions, this assembly ensures reliable determination of soil shear strength, deformation characteristics, and effective stress parameters.

The unit is primarily used with standard triaxial cells for UU, CU, and CD triaxial compression tests, making it indispensable for foundation design, slope stability analysis, and advanced soil research

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Description

Description

Principle of Operation

The AZA0908 operates by transmitting controlled air pressure to water inside a sealed pressure chamber. This water applies uniform lateral pressure around the triaxial cell, which in turn confines the soil specimen enclosed in a rubber membrane. A calibrated pressure gauge allows continuous monitoring and adjustment of the applied pressure throughout the test.

The system is designed for routine laboratory testing where stable confining pressure up to 10 kg/cm² (≈1000 kPa) is required.

Applications

  • Unconsolidated Undrained (UU) triaxial tests

  • Consolidated Undrained (CU) triaxial tests

  • Consolidated Drained (CD) triaxial tests

  • Permeability testing under confining pressure

  • Academic and R&D soil mechanics laboratories

Key Features

  • Maximum confining pressure capacity of 10 kg/cm²

  • Robust, leak-proof steel pressure chamber

  • Calibrated Bourdon tube pressure gauge for accurate monitoring

  • Hand-operated foot pump for easy pressure generation

  • Air inlet valve and water inlet/drain cock for precise control

  • High-pressure flexible connecting hoses

  • Compact, durable design suitable for routine laboratory use

  • Corrosion-resistant construction for long service life

Standards & Compliance

Designed to facilitate testing in accordance with:

  • IS 2720 (Part 11) – Triaxial Compression Test with Pore Pressure Measurement

  • IS 2720 (Part 12) – Consolidated Undrained Triaxial Test

  • ASTM D2850 – UU Triaxial Compression Test

  • ASTM D4767 – CU Triaxial Compression Test

  • BS 1377 Part 7 – Triaxial Shear Strength Tests

Specifications

Feature Specification
Model AZA0908
Product Type Lateral Pressure Assembly
Maximum Pressure 10 kg/cm² (≈1000 kPa, 1 MPa)
Pressure Chamber Heavy-duty steel construction
Pressure Gauge Bourdon tube type
Gauge Range 0 – 10 kg/cm²
Dial Diameter Approx. 150 mm
Least Count 0.1 kg/cm²
Pressure Generation Hand-operated foot pump
Control Valves Air inlet valve, water inlet/drain cock
Connecting Hoses High-pressure flexible hoses
Compatibility Standard triaxial cells
Finish Corrosion-resistant coating
Country of Origin Made in India

Note: Also available in 20 kg/cm² capacity (Model: AZA0908-20).

Frequently Asked Questions (FAQ)

Q1: What is the primary function of AZA0908?
It applies controlled lateral (cell) pressure to soil specimens during triaxial testing.

Q2: What is the maximum pressure capacity?
10 kg/cm².

Q3: How is pressure generated?
Using a supplied hand-operated foot pump.

Q4: Is a pressure gauge included?
Yes, a calibrated pressure gauge is supplied as standard.

Q5: Does it include a triaxial cell?
No, the triaxial cell is supplied separately.

Additional information

Additional information

Model

AZA 0908
Product Type

Lateral Pressure Assembly
Application

Application of uniform confining (cell) pressure on soil specimens in triaxial cells.
Maximum Pressure Capacity

10 kg/cm² (approx. 1000 kPa or 1 MPa)
Dimensions (Approx.)

Dimensions (Approx.): Compact design for laboratory bench or floor use.
Weight (Approx.)

Moderate weight, typical for laboratory apparatus.

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