Electro Mechanical Universal Testing Machine

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Wind And Solar Energy Training System

Price: 200000.00 INR /Number

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Product Details:

Certifications ISO
Color white
Delivery Time 2 Months
Dimension (L*W*H) 15 x 10 x 5 Centimeter (cm)
Display Type Digital
Machine Weight 3 Kilograms (kg)
Main Domestic Market All India
Material Stainless Steel
Minimum Order Quantity 1
Packaging Details CARTON
Power Supply ELECTRIC
Price 200000.00 INR
Supply Ability 10 Per Month
Unit of Measure Number
Unit of Price Number
Usage INDUSTARY
Voltage 12 Volt (v)

Digital Indicator Display :Digital Standard Indicator display come with 2 indicators i) Load and ii) Kg toN and N to kg., Customized display as per the customer requirement can be supplied as SPE (Specialpurpose equipment), cost will quot accordingly.

DigitalIndicator with Load Cell :

Model	Capacity	Least count
UNIDI-100N	100 N	0.001 N
UNIDI-2KN	2000 N	0.1 N
UNIDI-5KN	5000 N	0.1 N
UNIDI-10KN	10000 N	0.1 N
UNIDI-20KN	20000 N	0.1 N
UNIDI-30KN	30000 N	0.1 N
UNIDI-50KN	50000 N	0.1 N
UNIDI-100KN	100000 N	1 N
UNIDI-200KN	200000 N	1 N 2

*Capacity: Load Cells from 100 N to 2000 knavailable as per the customer requirement.

Calibration: Calibration / TraceabilityCertificate from NABL approved lab will be supplied with the equipment.

Innovative Renewable Energy Learning

This training system introduces learners to the fundamentals of wind and solar energy generation, focusing on practical, real-world applications. Perfect for industrial and educational settings, it enables users to experiment safely and efficiently with a reliable, stainless-steel unit designed for long-lasting use.

Compact, Robust Design Features

Engineered for portability and durability, the system's lightweight form factor and sturdy construction make it easy to deploy in diverse environments. The crisp digital display ensures effortless observation of outputs and system performance throughout training sessions.

FAQ's of Wind And Solar Energy Training System:

Q: How is the Wind and Solar Energy Training System used for educational purposes?

A: The training system provides a practical platform where users can observe, experiment, and measure various parameters related to wind and solar energy. It is designed for demonstration and hands-on training, enabling learners to understand the generation and monitoring of renewable energy using digital displays.

Q: What industries can benefit from implementing this training system?

A: This training system is especially valuable in educational institutions, industrial training centers, and research laboratories focused on electrical engineering, renewable energy technologies, and sustainable development.

Q: Where is the Wind and Solar Energy Training System commonly utilized?

A: It is commonly used across India in vocational training institutes, technical colleges, and by industry professionals for upskilling and workforce development within renewable energy sectors.

Q: What is the overall process involved in training with this system?

A: Users connect the system to an electric power source, operate wind and solar modules, and monitor real-time data on the digital display. The process includes simulated generation, controls adjustment, and data logging to reinforce theoretical knowledge through active experimentation.

Q: What are the key benefits of using the Wind and Solar Energy Training System?

A: Key benefits include fostering a practical understanding of renewable energy concepts, enhancing technical skills, and promoting energy awareness. The system's portability and robust stainless-steel design further ensure longevity and flexibility in different learning or industrial environments.

Q: When should institutions consider upgrading to this training system?

A: Institutions should consider upgrading when seeking to enhance or modernize their hands-on renewable energy curriculum, improve student engagement, or comply with industry standards in training for sustainable technologies.

Electromechanical Universal Testing Machine

Product Details:

Application Industrial lab, Quality control Lab , Manufacturing Industry, Steel Industry, E
Certifications ISO
Classification 90248099
Color Gray & Blue
Control Mode Automatic
Machine Weight 500 Kilograms (kg)
Main Domestic Market All India
Material Metal
Minimum Order Quantity 1
Operate Method Computerized
Packaging Details EXPORT
Port Size USB
Power 2 Ampere (amp)
Power Supply 3 phase
Price 800000.00 INR
Product Type Electromechanical Computerized Universal Testing Machine
Temperature 0-40 Celsius (oC)
Test Range 1-100 kn
Test Speed 0.001-500 mm/min
Test Width 400 Millimeter (mm)
Unit of Measure Piece/Pieces
Unit of Price Piece/Pieces
Usage Tensile testing, compression testing, bending testing, flexural testing, peel test, pull test,
Voltage 380 Volt (v)
Weight 500 Kilograms (kg)

We are supplying a unique array of Electromechanical Universal Testing Machine. It requires no extra maintenance. This machine is specially designed for testing and studying various types pf materials. This machine is built with an excellent quality of materials. Electromechanical Universal Testing Machine is responsible for build, testing, monitoring and other systems. It is used to assess the strength of materials. It is able to give a proper accuracy and reliability. It is controlled with automatic functions.

Product details : Model UMI-100

Usage Application	Steel, Aluminium, Metal, Plastics, Rubber, Polymer, HDPE LDPE, and other materials.
Display Type	Digital cum Computerised
Capacity	100 KN
Gauge	Automatic
Brand	UMI
Material	Twin Column type
Phase	3 phase

Comprehensive Testing Capability

This universal testing machine accommodates a wide variety of tests-including tensile, compression, bending, flexural, peel, and pull-offering versatility for all your material analysis needs. Its advanced design and precise control ensure accurate results on metal specimens.

User-Friendly Computerized Control

Equipped with a computerized operation system and USB connectivity, users can operate the machine easily and efficiently. The automated control mode simplifies testing procedures and ensures repeatable, reliable outcomes for industrial and quality control labs.

Robust Build for Industrial Use

Manufactured to handle rigorous industrial use, the 500 kg machine maintains stability and longevity even during intensive testing cycles. Its gray and blue color scheme, along with its sturdy design, makes it a perfect fit for steel and manufacturing industries.

FAQ's of Electromechanical Universal Testing Machine:

Q: How does the Electromechanical Universal Testing Machine operate?

A: The machine operates automatically via computerized control, allowing precise adjustments and monitoring through USB connectivity. It uses a three-phase power supply and accommodates temperature ranges from 0 to 40C for stable operation.

Q: What types of materials and tests are supported?

A: This machine is specifically designed for testing metal samples and supports tensile, compression, bending, flexural, peel, and pull tests within a test range of 1 to 100 kN.

Q: Where is this testing machine most commonly used?

A: It is widely utilized in industrial labs, quality control facilities, manufacturing industries, and steel production units for rigorous material analysis and product verification.

Q: What is the process for conducting a tensile test on this machine?

A: The specimen is secured in the grips within the 400 mm test width frame and, using the automated settings, the machine applies controlled force at specified speeds (0.001-500 mm/min) while collecting data through computerized software.

Q: When should maintenance be performed on the machine?

A: Routine maintenance should be scheduled according to usage frequency and manufacturer recommendations to ensure optimal performance and wear prevention, especially in high-volume industrial settings.

Q: How does using this machine benefit quality assurance processes?

A: By providing accurate, repeatable results through automated operations, the machine enhances the reliability of quality checks, helps identify material defects, and contributes to consistent production standards in industrial settings.