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Digital Compression Testing Machine

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Digital Compression Testing Machine Specification

Weight
Approx. 500 kg

Operating Temperature
10C to 50C

Frequency
50 Hz

Phase
Single / Three Phase

Power Source
Electric

Capacity
2000 kN

Product Type
Digital Compression Testing Machine

Dimension (L*W*H)
900 x 500 x 1200 mm

Application
Concrete, cement, block, cube and cylinder compression strength testing

Power
1.5 kW

Features
Digital display, auto peak hold, RS232 data port, memory storage

Control System
Microprocessor Based Digital Controller

Stroke Length
150 mm

Accuracy
1% of indicated load

Load Capacity
2000 kN (customizable to 1000/3000/5000 kN options)

Sensor
High-precision load cell

Voltage
220V / 380V, 50 Hz

Resolution
0.1 kN

Machine Speed
Automatic, variable speed

Color
Blue & Grey

Power Consumption
2 kW

Screw Size
50 mm

Speed Range
0.1 - 50 mm/min

Automatic Grade
Automatic

Material
Heavy duty steel construction

Digital Compression Testing Machine Trade Information

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Digital Compression Testing Machine

Digital Compression Testing Machine (DCTM)

The machine is electro-hydraulically operated and is capable of accommodating test jobs up-to 45 x45 x 65 cm high depending upon machine capacity. The loading unit consists of a cross-head and base with solid pillars or channel supports connecting the base and cross-head firmly.The Control Panel comprises of Hydraulic Power Pack, Digital Readout System, Operating Switches, Load Control Valves, Maximum Load Holding facility (Peak-hold), Preset facility on load - over 10% and 90% of working rang e and Optional Output Print-out of Test Data and Graph.
Options:

Capacity ies available: 100KN ,500KN, 1000KN, 2000KN & 3000KN.
Flexure Test Attachment Concrete Beams, etc.
Printer Panel for printout of test data and graph

Advanced Digital Display and Data Management

Equipped with a large LCD digital screen and microprocessor-based controller, this compression testing machine ensures clear visualization of testing parameters. Data documentation is seamless with USB and RS232 interfaces, enabling easy export and archiving of results. The device can store previous test results, and offers multilingual support to suit diverse operational requirements, enhancing testing efficiency and accessibility.

Comprehensive Safety and Robust Construction

Operator safety is prioritized with an automatic overload cutoff (at 110% load) and a secure safety interlock system. The rigid welded heavy-duty steel frame, combined with a high-precision load cell and semi-automatic hydraulic system, provides unparalleled stability and accuracy. These features make the machine suitable for rigorous daily testing routines in laboratories and production facilities alike.

Versatile Operation and Application Range

Supporting both manual and automatic operation modes, the machine offers flexibility to suit a variety of test scenarios. Compatible with prominent international standards like IS 14858, BS EN 12390, and ASTM C39, it is ideal for testing concrete, cement, blocks, cubes, and cylinders. The machine accommodates customizable load capacities and variable speed control, making it adaptable for both research and quality assurance purposes.

FAQs of Digital Compression Testing Machine:

Q: How does the digital compression testing machine ensure accurate and repeatable results?

A: Accuracy is achieved through a high-precision load cell sensor and a microprocessor-based digital controller, which together minimize human error. The machines robust frame and automatic variable speed control further enhance reliability and consistency in compressive strength evaluations.

Q: What data management and software compatibility features are available?

A: Test results can be transferred through USB or RS232 interfaces, and the device supports PC connectivity for advanced data processing. Optional reporting software is compatible, enabling streamlined data analysis and test documentation. The machine also stores previous test results in its memory for easy reference.

Q: When should the overload protection feature activate, and how does it enhance safety?

A: Overload protection automatically activates if the load exceeds 110% of the set capacity, immediately cutting off power to prevent machine damage and ensure operator safety. This feature is complemented by a built-in safety interlock.

Q: Where can this machine be used, and what applications is it suitable for?

A: This compression testing machine is suitable for use in quality control laboratories, construction material research centers, and manufacturing facilities. It is designed to test compressive strength in concrete, cement, blocks, cubes, and cylinders per IS 14858, BS EN 12390, and ASTM C39 standards.

Q: What is the process for operating the machine and transferring test data?

A: Operation can be manual or automatic, initiated via the control system. After performing a test, results display on the large LCD screen and can be stored in memory. For data transfer, connect the device to a PC via USB or RS232, or use compatible software for reporting and backup.

Q: How does the power failure backup benefit users during testing?

A: In the event of a power loss, the machine retains the last test data, ensuring that valuable test results are not lost and allowing operations to resume seamlessly once power is restored.

Q: What are the main benefits of using this digital compression testing machine?

A: Key benefits include high testing accuracy (1% of indicated load), data export capabilities, robust safety features, multilingual support, and compliance with major international test standards. The system offers high throughput, reliable memory storage, and flexible operation, making it invaluable for material strength testing.

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