Digital Compression Testing Machine

Get a Price/Quote

Digital Compression Testing Machine Specification

Measuring Range
0 - 2000 kN

Test Range
0 - 2000 kN

Response Time
<1 Second

Max Height
370 mm

Accuracy
1% of displayed value

Interface Type
RS232, USB

Equipment Type
Digital Compression Testing Machine

Operating Voltage
220 V

Temperature
10C to 40C

Specimen Size
150 mm x 150 mm x 150 mm

Application
Compression Strength Testing for Materials

Number of Specimens
Single Specimen

Frequency
50 Hz

Power Supply
220 V AC, 50 Hz

Features
Auto peak hold, Overload protection, Real-time data output

Mounting Type
Floor Mounted

Resolution
0.1 kN

Display Type
Digital LED Display

Port Size
Standard 25 mm

Humidity
Up to 90% RH

Hardness
Heavy Duty Cast Iron

Automation Grade
Automatic

Usage
Material Testing

Capacity
2000 kN

Machine Weight
Approx. 350 kg

Test Speed
0.2 - 1 mm/min adjustable

Test Width
150 mm

Test Stroke
100 mm

Control Mode
Digital, Automatic

About Digital Compression Testing Machine

As a Authorized dealer we are engaged in providing the broad assortment of Material Testing Instruments for wide range of material Testing applications.

Digital Compression Testing Machine

Max. test force	2000 KN
Load range	0 - 2000kN
Load accuracy	± 1% from 2% to 100% of machine capacity
Load resolution	0.1 kN (20000 counts)
Testing space	240 × 240 × 80~450 mm
Piston max. stroke	50 mm
Standard	Comply with ISO or other standards ISO7500, ISO6892
Motor power	0.75 kW
Machine size	850 × 500 × 1480 mm
Approximate weight	800Kg
Rated voltage	440V 3 Phase AC supply 50 Hz
Working temperature	0~50OC
Panel features	Display : 20 characters, 4 lines
	Peak load hold Display
Optional	Elongation measurement facility
	Computerized Models is also available
	Servo Model is can be supplied
	PACE Rate Control facility

High Precision Performance

Equipped with high-precision analog-to-digital conversion and a microprocessor-based indicator, this machine assures reliable and accurate compression strength measurements for a range of materials. The auto peak hold and real-time data output features enhance testing efficiency.

User-Friendly Operation and Safety

The machines touch-button interface and bright LED alpha-numeric panel simplify operation, while features like the emergency stop switch and built-in electronic overload protection ensure maximum safety during testing procedures.

Robust Construction and Low Maintenance Design

Fabricated with a heavy-duty epoxy coated steel frame and polished hardened steel plates, the unit promises durability and stability. Its passive cooling system and low maintenance design minimize downtime, making it ideal for continuous indoor use in industrial environments.

FAQs of Digital Compression Testing Machine:

Q: How is the Digital Compression Testing Machine calibrated before use?

A: The machine is factory calibrated and comes with an official calibration certificate, ensuring measurement accuracy right from installation. Regular calibration verification is recommended for sustained precision.

Q: What materials can be tested with this Compression Testing Machine?

A: This equipment is suitable for compression testing across a variety of materials such as concrete, cement blocks, and other construction specimens with dimensions up to 150 mm x 150 mm x 150 mm.

Q: Where should the compression testing machine be installed for optimal operation?

A: It should be set up indoors, preferably in a dust-free and controlled environment where the ambient temperature ranges between 10C and 40C, and humidity does not exceed 90% RH to ensure reliable results and longevity.

Q: What is the process for storing and exporting test data?

A: Test records are automatically saved in the internal memory, which can retain up to 500 results. Data can be exported effortlessly to a PC using the provided USB or RS232 interface for further analysis or reporting.

Q: How does the overload protection feature benefit users during operation?

A: The built-in electronic overload protection continuously monitors for excess load and prevents equipment damage, ensuring operator safety and extending the machines service life.

Q: When should users engage the emergency stop switch?

A: The emergency stop switch should be promptly activated in any situation where immediate cessation of machine activity is necessary, such as a malfunction or unexpected specimen failure during testing.

Q: What are the advantages of the low maintenance design?

A: The passive cooling system and robust frame minimize routine maintenance needs, reducing operational downtime and overall cost of ownership for high-volume testing facilities.

Tell us about your requirement