Computerized Universal Testing Machine E, 10 kN

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Computerized Universal Testing Machine E, 10 kN

Name: Computerized Universal Testing Machine E, 10 kN
Brand: Sami Lab Tek
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

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MOQ : 1 Unit

Computerized Universal Testing Machine E, 10 kN Specification

Capacity
10 kN

Elongation Measurement
Through Digital Encoder/Extensometer

Operating Temperature
10C to 45C

Load Accuracy
1% of indicated load

Safety Features
Overload and Overtravel Protection

Load Measurement
Strain Gauge Load Cell

Weight (Approx.)
180 kg

Grips
Various, Interchangeable

Control System
Computerized, Software Controlled

Applicable Tests
Tensile, Compression, Bend, etc.

Test Speed Range
0.5 to 500 mm/min (adjustable)

Frame Construction
Rigid, Heavy Duty Steel

Data Output
USB/RS232 to PC

Dimensions (Approx.)
600 x 500 x 1500 mm

Display
Digital/Computer Interface

Software Features
Real-time Graph Plotting, Report Generation

Power Supply
220V AC, 50Hz Single Phase

Type
Computerized Universal Testing Machine E, 10 kN

About Computerized Universal Testing Machine E, 10 kN

A Computerized Universal Testing Machine (UTM), 10 kN capacity, is an advanced material testing system used for precise evaluation of tensile, compressive, flexural, and shear strength of materials. It is equipped with PC-based software for real-time data acquisition, analysis, and report generation, making it ideal for modern research and quality control applications.

This machine is widely used in polymer industries, educational institutions, research laboratories, automotive testing units, and material development centers.

Key Features

10 kN load capacity for low to medium force testing applications
Computerized control system with advanced testing software
Real-time stress-strain curve generation
High-precision load cell for accurate results
Rigid and vibration-free single or double column frame
Adjustable crosshead speed for different test requirements
Automatic data recording and report generation
Conforms to ASTM / ISO / BIS testing standards

Working Principle

The machine applies a controlled tensile or compressive force on a test specimen using a motorized crosshead. Sensors measure load and elongation continuously, and the connected software generates a stress-strain curve. This helps determine material properties such as tensile strength, yield strength, modulus of elasticity, and elongation percentage.

Applications

Plastic and polymer testing
Rubber and elastomer testing
Thin metal wire and sheet testing
Adhesives and packaging material testing
Educational and research laboratories
Quality control in manufacturing industries

Advantages

Highly accurate computerized data analysis
Easy operation with user-friendly software interface
Reduces manual errors and improves repeatability
Suitable for R&D and academic use
Compact 10 kN model ideal for low-force testing

Technical Specifications (Typical)

Load capacity: 10 kN
Control system: Computerized with dedicated software
Display: PC-based graphical interface
Crosshead speed: Adjustable range
Accuracy: High-precision load cell system
Frame type: Single / double column bench model

Precision Engineered for Reliable Testing

Designed with a rigid, heavy-duty steel frame and a strain gauge load cell, this universal testing machine assures structural stability and remarkable measurement precision. It accommodates various interchangeable grips, making it versatile for tensile, compression, and bending assessments across diverse material types.

Advanced Software and Data Integration

The system boasts real-time graph plotting and detailed report generation via its computer-controlled interface. Data output is streamlined through USB or RS232 connections to PCs, facilitating seamless integration into laboratory information management systems.

Comprehensive Safety and Ease of Use

Safety is paramount, with built-in overload and overtravel protection. The digital/computer interface ensures straightforward operation for both new and experienced users, while an adjustable test speed allows for customizable test protocols according to industry standards.

FAQ's of Computerized Universal Testing Machine E, 10 kN:

Q: How do I operate the Computerized Universal Testing Machine E, 10 kN for material testing?

A: To operate the machine, select the appropriate grip and fixture for your test (tensile, compression, or bending). Configure the test parameters using the software, such as test speed (between 0.5 and 500 mm/min), and start the test from the digital or computer interface. Data is captured and analyzed in real time.

Q: What benefits does the digital encoder/extensometer provide for elongation measurement?

A: The digital encoder/extensometer ensures highly accurate elongation measurements, offering precise data for testing materials' deformation characteristics and supporting comprehensive analysis for research, development, and quality assurance.

Q: When should I use different interchangeable grips provided with the machine?

A: Different interchangeable grips are used based on the type and shape of the specimen and the nature of the test (tensile, compression, or bend). Switching grips ensures proper specimen holding and test integrity for a wide range of materials and shapes.

Q: Where can the Computerized Universal Testing Machine E, 10 kN be installed and used?

A: This machine is suitable for installation in laboratories, educational institutes, research centers, and industrial facilities in India. Its moderate dimensions (approx. 600 x 500 x 1500 mm) and robust design ensure it fits conveniently into most standard testing environments.

Q: What process does the machine follow during a typical test cycle?

A: During a test, the machine's control system regulates speed and load while measuring force via the strain gauge load cell. The software plots a real-time graph, collects elongation data, and ensures overload and overtravel protections remain active. After test completion, a detailed report can be generated.

Q: How do the safety features enhance user and equipment protection?

A: Overload and overtravel protection mechanisms prevent machine or specimen damage by automatically stopping the operation when load or displacement limits are exceeded, safeguarding both users and equipment integrity.

Q: What advantages do the data output and software features offer laboratories?

A: The USB/RS232 connectivity allows quick data export to computers. Software functions like real-time graph plotting and automatic report generation streamline the documentation process, boost productivity, and enable in-depth material analysis for quality control or research purposes.

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