CBR Apparatus

Price 700000 INR/ Bale

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MOQ : 1 Dozen

CBR Apparatus Specification

Display Type
Analog / Digital (optional)

Test Range
0 50 kN

Interface Type
Mechanical / optional digital interface

Operating Voltage
230 V

Accuracy
1%

Hardness
High-grade steel components, Rockwell > 50

Number of Specimens
1 at a time (extra accessories for multiple testing available)

Automation Grade
Manual and Semi-Automatic options

Application
Soil/Civil Engineering, Road material testing

Port Size
Standard loading port for mold

Temperature
Room Temperature (10C 40C)

Specimen Size
150 mm diameter x 175 mm height (standard mold)

Features
Robust frame, easy mold placement, interchangeable parts, corrosion-resistant finish

Measuring Range
0 50 kN, 0 100% penetration ratio

Humidity
Suitable for standard laboratory conditions

Power Supply
230 V AC, 50 Hz

Mounting Type
Table Top

Resolution
0.01 mm (displacement), 0.01 kN (force)

Frequency
50 Hz

Response Time
Instantaneous / real-time

Max Height
Approx. 400 mm (with handle extended)

Usage
CBR Test as per IS:2720 (Part XVI), ASTM D1883

Capacity
50 kN

Machine Weight
Approx. 75 kg

Test Speed
1.25 mm/min

Test Width
150 mm (standard mold diameter)

Test Stroke
50 mm

Control Mode
Manual / Motorized

About CBR Apparatus

Capitalize on the formidable precision of this CBR Apparatus, integrating a flawless blend of robust construction and reduced operational complexity. Crafted from rare, high-grade mild steel and cast iron, this machine offers astounding accuracy with 1% precision and a resolution of 0.01 mm. Designed for soil and road material testing, it boasts overload protection, real-time response, and interchangeable parts. The powder-coated finish ensures corrosion resistance, while its adaptable manual or motorized controls enhance usability. Supplied in a secure wooden box, this apparatus is ideal for laboratories pursuing rare reliability and lasting performance.

CBR Apparatus: Advantage and Application

The CBR Apparatus provides flawless measurement for road material and soil strength, supporting civil engineering and laboratory plant applications. Designed to test one specimen at a time with rare accuracy, it enables straightforward mould placement and rapid cycling. Whether used manually or semi-automatically, this formidable equipment ensures remarkable reliability and reduced maintenance. Its ideal for usage in research facilities, construction sites, and quality laboratories that demand superior valuation in material assessments and road foundation evaluations.

CBR Apparatus: Payment Terms and Logistics

Domestic market clients benefit from flexible proposal amounts and competitive valuation when purchasing this apparatus. Payment terms are typically advance payment or negotiable as per mutual agreement. With FOB Port options available at major Indian seaports, distribution is streamlined. A sample policy is also in place, allowing for an initial assessment to reduce risks. This facilitates smoother transactions for traders and fabricators, ensuring trust and satisfaction throughout the supply process.

FAQs of CBR Apparatus:

Q: How does the CBR Apparatus contribute to soil and road material testing?

A: The CBR Apparatus delivers precise strength analysis of soils and road materials, essential for highway and foundation design. Its reduced maintenance and real-time data output support efficient testing processes.

Q: What is the process for operating the CBR Apparatus?

A: Operation involves preparing the specimen, placing it in the mold, and applying the load via the penetration plunger. The apparatus measures the resistance, providing flawless data with either manual or semi-automatic controls.

Q: When should a CBR test be conducted during a construction project?

A: CBR tests are typically performed during the site investigation phase or prior to foundation and pavement construction to ensure the material meets required strength standards and guarantees lasting performance.

Q: Where can the CBR Apparatus be installed for optimal usage?

A: This apparatus is designed for standard laboratory conditions and can be mounted on any stable tabletop in environments with 10C40C room temperature and standard humidity, making it suitable for civil and geotechnical labs.

Q: What advantages do interchangeable parts and overload protection offer?

A: Interchangeable parts ensure adaptability for various test requirements, while the overload protection mechanism safeguards against equipment damage, maximizing longevity and reducing the likelihood of costly repairs.

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