Dam with Dynamo Agriculture working model labcare

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Dam with Dynamo Agriculture working model labcare

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Dam with Dynamo Agriculture working model labcare Specification

Assembly
Pre-assembled, ready to use

Use
School & College Science Lab Demonstration

Weight
Approx. 1.8 kg

Features
Functional dam gate, working dynamo, water reservoir, mini irrigation fields

Surface Finish
Glossy Painted and Smooth Edges

Style
Educational Working Model

Size
Medium Scale Model

Power Type
Manual (Hand-cranked Dynamo)

Model No
Labcare-DA-01

Type
Dynamo Dam Model

Material
High-quality Acrylic, Plastic, and Metal

Dimensions
Approx. 60 cm x 35 cm x 18 cm

Shape
Rectangular Base with Integrated Components

Color
Multicolor

Function
Shows water flow, power generation, and agricultural irrigation

Age
8 years & above

Advantage
Hands-on demonstration of power generation and irrigation

Visualization
Clear demonstration of water to electricity conversion

Application
STEM education, practical science activities

Dynamo Output Voltage
Up to 3 Volts (approx.)

Water Reservoir Capacity
Up to 500 ml

Operation
Simple hand-crank mechanism for power demonstration

Mobility
Portable, suitable for classroom use

Maintenance
Low maintenance, washable parts

Demo Capability
Capable of simultaneous water flow & electric generation demonstration

Safety
Child-safe components and design

Educational Value
Illustrates the linkage between water resource management and alternative energy

Agricultural Display
Includes simulated crop plots

Packaging
Single piece in a sturdy cardboard box

Accessories Included
Water scoop, instruction manual

Dam with Dynamo Agriculture working model labcare Trade Information

FOB Port
MUMBAI

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Western Union, Paypal, Delivery Point (DP), Days after Acceptance (DA), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
50 Per Week

Delivery Time
1 Week

Sample Available
Yes

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

Packaging Details
card board packing

Main Export Market(s)
Western Europe, Asia, Australia, North America, South America, Eastern Europe, Middle East, Africa, Central America

Main Domestic Market
All India

Certifications
ISO Certified product

About Dam with Dynamo Agriculture working model labcare

The company was established in 1986 at Ambala Cantt., Haryana, India, with the modern manufacturing facility of laboratory equipments. Most of the Products are manufactured to specification defined by international standards. All have a reputation for quality which is second to none. Company manufacturing units is highly equipped with latest equipment and tools to manufacturer flawless laboratory products, most competitive prices and viability of quality products are our main objects.

Our products are already matchless in the industry due to continuous improvement in quality & workmanship. our innovative nature plays a vital role to improve the things. we also keep improving the quality in tune with the latest development in the international market. We look forward to your queries and assure you for a prompt response

Integrated Demonstration of Water and Energy

This working model effectively demonstrates the relationship between water resource management and renewable energy generation. Students can observe the conversion of water flow into electrical energy and its application in simulated agricultural irrigation, making abstract concepts tangible and engaging in the classroom setting.

Child-Safe & Durable Design

Made from high-quality acrylic, plastic, and metal, this model prioritizes safety with smooth edges and sturdy construction. All components are washable and easy to maintain, ensuring longevity for repeated use in schools and colleges. The units pre-assembled form allows for immediate operation without additional setup.

Efficient and Portable for Practical Learning

Portability and medium size allow teachers to use this model conveniently across classrooms. Its easy-to-use hand-crank mechanism and clear instruction manual enable hassle-free demonstrations. The durable packaging protects the model during transport, and its robust build supports frequent STEM activities.

FAQs of Dam with Dynamo Agriculture working model labcare:

Q: How does the Dam with Dynamo Agriculture Working Model demonstrate water to electricity conversion?

A: The model uses a hand-crank dynamo powered by water released through a functional dam gate. As water flows, it activates the dynamo, visibly generating up to approximately 3 volts of electricity, which can then be applied to the simulated agricultural plots for irrigation.

Q: What age group and educational level is this model suitable for?

A: Designed for students aged 8 years and above, the model is ideal for science demonstrations in school and college laboratories, supporting STEM education through hands-on activities.

Q: Where can this model be used most effectively?

A: The model is best utilized in science classrooms, laboratories, STEM workshops, and exhibition settings where students can actively participate in practical demonstrations of water management and renewable energy concepts.

Q: What accessories are included with the model for operation and teaching?

A: The product comes with a water scoop and a detailed instruction manual, ensuring easy setup and operation. All necessary components are pre-assembled and securely packaged in a sturdy cardboard box for safe transport.

Q: How is the demonstration process conducted using this model?

A: To start, fill the reservoir with water and use the hand-crank to operate the dam gate and dynamo. This releases water over the simulated crop fields while simultaneously generating electricity, allowing students to observe both irrigation and power generation in one hands-on activity.

Q: What are the maintenance requirements for the model?

A: Maintenance is minimal due to its robust construction and washable parts. Simply clean the acrylic, plastic, and metal components after demonstrations to keep the model in optimal condition.

Q: What are the primary educational benefits of using this model?

A: Students gain a clearer understanding of sustainable water resource management and alternative energy generation through interactive, real-world demonstrations. The model also fosters critical thinking and encourages inquiry-based STEM learning.

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