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Triaxial Shear Test Apparatus

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Triaxial Shear Test Apparatus Specification

Product Type
Triaxial Shear Test Apparatus

Equipment Type
Triaxial Shear Test Apparatus

Test Range
Up to 250 kN

Features
Automatic data logging, graph plot, overload protection

Resolution
0.01 kN / 0.01 mm

Accuracy
0.5% of reading

Gas Pressure
Up to 10 bar

Humidity
Up to 95% RH

Hardness
High strength steel construction

Mounting Type
Table Top

Automation Grade
Semi-automatic / Fully Automatic

Measuring Range
0-100% (adjustable depending on transducer type)

Frequency
50 Hz

Number of Specimens
1 at a time

Max Height
Approximately 1000 mm

Temperature
15 Celsius (oC)

Interface Type
USB/RS232

Usage
Soil Testing Equipment

Voltage
230 Volt (v)

Power Supply
230 V, 50 Hz AC

Display Type
Digital LCD/LED Display

Port Size
1/4 BSP

Specimen Size
38 mm, 50 mm, 75 mm diameter (standard) x 76-150 mm height

Application
for determining the shear strength parameters of saturated soils from triaxial compression shear tests conducted under consolidated undrained conditions with measurements of pore water pressures.

Response Time
<1 second

Operating Voltage
230 V

Capacity
50 kN load frame standard, other capacities optional

Machine Weight
Approx. 75 kg

Test Speed
0.00001 to 9.99999 mm/min

Test Stroke
Up to 50 mm

Control Mode
Manual / Automatic

Piston Travel
50 mm (standard)

Compatible Test Types
CU, CD, and UU triaxial tests

Displacement Sensor
LVDT type

Load Cell Type
Strain-gauge based, supplied up to 50 kN

Base Plate
Heavy duty, corrosion resistant

Pore Pressure Measurement
Digital or analog gauge

De-air Burette Capacity
50 ml

Operation Temperature Range
10 to 40°C

Transducer Output
0-10V analog

Software
Windows compatible analysis software

Drainage System
Includes insulated tubing and valves

Frame Construction
Mild steel with powder coating

Enclosure Protection
IP54 rated

Safety Features
Emergency stop, load limit alert

Triaxial Shear Test Apparatus Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2015

About Triaxial Shear Test Apparatus

Triaxial Shear Test Apparatus Purpose: For determining the shear strength parameters of saturated soils from triaxial compression shear tests conducted under consolidated undrained conditions with measurements of pore water pressures. The Triaxial Test System provides triaxial compression tests on cylindrical undisturbed and remolded soil samples. Unconsolidated undrained UU, consolidated drained (CD) and consolidated undrained (CU) compression tests can be carried out using this apparatus. Supplied complete with Triaxial cell for 38mm dia specimen, Loading Frame 50 KN with 6 different speeds, Proving ring 2 KN with Calibration report, Dial Gauge 0.01 X 25mm travel, Bishop Pore Pressure apparatus and Air OR Water Constant Pressure system with air compressor.

Further details availableon our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user.

Advanced Measurement and Control

Equipped with a high precision strain-gauge load cell, LVDT displacement sensor, and digital/analog pore pressure measurement, this triaxial apparatus delivers accurate and repeatable data for geotechnical analysis. Its automated and manual operation modes cater to researchers diverse requirements, ensuring full control over test procedures and parameters.

Durable Build for Lasting Performance

Constructed with high-strength steel and powder-coated mild steel, the apparatus withstands demanding testing environments. Features like an IP54-rated protective enclosure, heavy-duty base plate, and high-spec insulated drainage system guarantee long operational life and minimal maintenance issues, even under intensive laboratory usage.

Flexible, User-Friendly Software Integration

The Windows-compatible analysis software allows seamless automatic data logging, graph plotting, and report generation. USB/RS232 interfaces support easy data transfer, while LCD/LED digital displays ensure users always have clear, actionable information throughout every test cycle.

FAQs of Triaxial Shear Test Apparatus:

Q: How does the Triaxial Shear Test Apparatus determine soil shear strength?

A: It measures the response of a saturated soil specimen under controlled triaxial compression, recording axial load, displacement, and pore pressure to determine key shear strength parameters using strain-gauge load cell and LVDT sensors.

Q: What types of triaxial tests can be performed with this apparatus?

A: The equipment is compatible with consolidated undrained (CU), consolidated drained (CD), and unconsolidated undrained (UU) triaxial test procedures, supporting a wide range of geotechnical investigations.

Q: When should I use the different pore pressure gauge options?

A: Choose the digital gauge for enhanced accuracy and ease of monitoring, or select the analog gauge for simple, direct readings, depending on project requirements and laboratory preferences.

Q: Where is this apparatus best utilized?

A: It is best suited for geotechnical, civil engineering, and research laboratories engaged in soil analysis, particularly where rigorous and repeatable triaxial shear testing of saturated soils is needed.

Q: What is the process of data logging and analysis in this device?

A: Automatic data logging is available via integrated software, which records, analyzes, and graphs key test parameters in real time. Results can be exported to a PC using USB or RS232 interfaces for further reporting.

Q: How does the safety system work on this apparatus?

A: The device includes an emergency stop and load limit alerts to ensure user and equipment safety, automatically stopping hydraulic action or triggering alerts when set thresholds are exceeded.

Q: What are the benefits of the devices enclosure and frame design?

A: With an IP54-rated mild steel enclosure and heavy-duty, corrosion-resistant construction, this apparatus is highly resistant to dust, water splashes, and mechanical stress, ensuring consistent performance and longevity in laboratory settings.

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