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Manual Cube Testing Machine

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MOQ : 1 Piece

Manual Cube Testing Machine Specification

Test Range
0 - 2000 kN

Interface Type
Mechanical

Temperature
5C to 40C

Response Time
Instantaneous (Manual Gauge)

Specimen Size
150mm x 150mm x 150mm

Hardness
N/A (Steel Components)

Usage
Industrial

Automation Grade
Manual

Max Height
Approx. 400 mm

Mounting Type
Base Mounted

Number of Specimens
1

Resolution
0.1 kN

Power Supply
Not Required (Manual)

Measuring Range
Up to 1000 kN

Port Size
Standard (as per IS specification)

Application
Concrete Cube/Block Compression Strength Testing

Features
Robust Construction, Easy Calibration, Reliable Results

Accuracy
1% of indicated load

Display Type
Analog Dial Gauge

Humidity
Up to 80% RH (Non-condensing)

Capacity
1000 kN (100 Ton)

Machine Weight
Approx. 110 kg

Test Speed
50 mm/min (Manual Operation)

Test Width
150 mm

Test Stroke
120 mm

Control Mode
Manual (Hand Operated)

Dial Gauge Range
0-1000 kN

Frame Material
Heavy Duty Steel

Oil Reservoir Capacity
3 Litres

Safety Features
Pressure Release Valve

Finish Type
Powder Coated

Hydraulic Pump Type
Screw-driven (Manual)

Conforming Standards
IS 516 / IS 14858 / BS 1881

Platen Material
Hardened Steel

Equipment Type
Compression Testing Machine

Manual Cube Testing Machine Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
50 Pieces Per Month

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden boxes

Main Domestic Market
All India

About Manual Cube Testing Machine

Our firm is engaged in processing superior quality Manual Cube Testing Machine which is best suitable for conducting compression tests on concrete for on-site applications. It is simple to use and has light weight which enables it to be installed easily. This machine is equipped with hydraulic power pack, heavy duty welded frame, data acquisition system etc. our offered product provide high performance efficiency and accurate results. Manual Cube Testing Machine is crafted especially for checking the quality as well as workability of concrete or cement moulds of different dimensions. the said machine has seamless finishing, maximum reliability, smooth functioning, optimum performance and anti-corrosive nature. It is accustomed with single load gauge for high efficiency as well as effortless work.

Engineered for Durability and Accuracy

Manufactured from heavy-duty steel and finished with a protective powder coating, this compression testing machine ensures structural integrity and longevity. Equipped with a hardened steel platen and a manual screw-driven hydraulic system, the unit delivers precise load application and measurements with 1% load accuracy, making it suitable for rigorous laboratory and industrial environments.

Compliant with Leading Standards

Designed to conform to IS 516, IS 14858, and BS 1881 standards, the machine guarantees that every test meets recognized industry benchmarks. This allows for credible and repeatable testing results crucial for quality control in construction-related activities, supporting compliance and safety in diverse application settings.

User-Friendly Manual Operation

With a screw-driven hydraulic pump and analog dial gauge, this machine provides intuitive hand operation, ideal for laboratories without electrical setups. The manual control mode allows users to precisely regulate test speed and load, while the clearly marked dial gauge ensures quick, accurate readings. Safety features such as a pressure release valve further enhance usability.

FAQ's of Manual Cube Testing Machine:

Q: How does the manual cube testing machine operate without an electrical power supply?

A: The machine uses a screw-driven hydraulic pump operated by hand, eliminating the need for an external power source. By manually turning the handle, users generate the hydraulic pressure required for compression testing, making it ideal for laboratories with limited or no electric access.

Q: What types of specimens can be tested with this compression testing machine?

A: This machine is specifically designed for concrete cubes or blocks sized 150 x 150 x 150 mm, supporting the testing of one specimen at a time. It adheres to standard methods as per IS 516, IS 14858, and BS 1881.

Q: When should the pressure release valve be used during testing?

A: The pressure release valve should be engaged after completing each test to safely release the hydraulic pressure in the system. This safety feature prevents accidental overloading and ensures operator protection during and after compression testing.

Q: Where is this machine typically installed for use?

A: The machine is intended for laboratory or industrial environments, installed on a stable base that can accommodate its weight (approximately 110 kg). Its compact design and lack of electrical requirements allow flexible placement within concrete testing facilities or site laboratories.

Q: What is the process for calibrating the dial gauge on this manual machine?

A: Calibration involves comparing the machine's readings with a reference standard, adjusting the dial gauge as needed to ensure accuracy within 1% of the indicated load. Detailed calibration instructions are typically provided by the manufacturer or supplier, and routine checks are recommended to maintain measurement reliability.

Q: How does manual control benefit laboratory testing procedures?

A: Manual control offers precise regulation over load application and test speed, empowering operators to replicate specific testing conditions consistently. This facilitates accurate, repeatable results regardless of external power availability, making the machine reliable for research, quality control, and compliance verification.

Q: What are the main advantages of the robust construction and powder-coated finish of this testing machine?

A: The heavy-duty steel frame and powder-coated finish provide enhanced durability, corrosion resistance, and stability during operation. These features ensure long service life, reduced maintenance, and better protection against harsh laboratory environments, adding to the machine's overall reliability.

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