Dam with Dynamo Agriculture In city working model labcare

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Dam with Dynamo Agriculture In city working model labcare

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Dam with Dynamo Agriculture In city working model labcare Specification

Features
Movable gate, functional dynamo, mini LED for output, simulated crops/greenery, miniature turbulent river, detachable water tank

Style
Educational Working Model

Use
Demonstration of water storage, hydro-power and irrigation in urban settings

Surface Finish
Smooth, painted, partly transparent for inner view

Size
Medium (Lab desk-top size)

Power Type
Manual (water-flow powered dynamo)

Weight
Approx. 2.1 kg

Assembly
Ready to use, no assembly required

Model No
LC-DAM-DYNA-AGRICITY

Type
Lab demonstration working model

Material
High-quality ABS plastic, acrylic, metal components

Dimensions
450 mm x 300 mm x 120 mm (approx)

Shape
Rectangular city terrain with embedded dam

Color
Multi-color (Blue, Green, Gray, Black)

Function
Shows dam water retention, releases water to turn turbine connected to dynamo for lighting, and illustrates artificial irrigation system in a cityscape

Age
Suitable for ages 12 and above

Advantage
Visual aids for understanding dam functioning, hydropower, and city agriculture

Ideal For
Science laboratories, school projects, STEM activity kits

Packaging
Box packed with instructions

Water Tank Capacity
Approx. 900 ml

Dynamo Output Voltage
0.2V to 2V (manual crank dependent)

Model Components
Mini dam reservoir, city layout, farm patch, turbine, LED indicator lamp

Safety Standard
Non-toxic materials, child-safe edges

Operation Method
Pour water into reservoir, release to turbine, crank dynamo by hand

Educational Focus
Renewable energy, urban planning, water conservation, irrigation

Dam with Dynamo Agriculture In city working model labcare Trade Information

FOB Port
MUMBAI

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Days after Acceptance (DA), Delivery Point (DP), Letter of Credit (L/C), Letter of Credit at Sight (Sight L/C), Western Union, Paypal, Telegraphic Transfer (T/T), 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, Australia, North America, South America, Eastern Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

Certifications
ISO Certified product

Dam with Dynamo Agriculture In city working model labcare About

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

Comprehensive Educational Experience

This working model offers students and educators a visual and practical understanding of dam operation, hydroelectric energy generation, and urban agriculture. With its detailed city layout, farm patch, and moving water, learners gain insights into water retention, controlled release, and sustainable energy as applied within a city setting.

Safe, Durable, and Ready to Use

Constructed from high-quality ABS plastic, acrylic, and metal, the demonstration model features smooth, child-safe edges and uses non-toxic materials. Its sturdy, ready-to-use design makes it perfect for continuous classroom demonstrations and hands-on experiments without any assembly required.

Multi-Disciplinary STEM Application

Specifically tailored for science labs and STEM activities, the model is ideal for explaining complex topics like water conservation, renewable energy, urban planning, and artificial irrigation. The interactive components foster curiosity and make science learning meaningful through real-world context.

FAQs of Dam with Dynamo Agriculture In city working model labcare:

Q: How does the Dam with Dynamo Agriculture In City Working Model operate?

A: Operation is simple: pour water into the dam reservoir, release it to turn the turbine, and then manually crank the dynamo to generate voltage (0.2V to 2V), which powers an LED lamp. The system visually demonstrates water storage, hydroelectric power, and city irrigation processes.

Q: What educational concepts can this model help illustrate?

A: This model vividly explains renewable energy generation with a hydro-powered dynamo, effective urban water management, dam functionality, and artificial irrigation systems, making abstract science and geography topics accessible for learners.

Q: When is this model best utilized?

A: It is most effective for use in science laboratories, school classrooms, project exhibitions, STEM activity kits, or as part of interactive learning modules to visually reinforce lessons on hydropower and city agriculture.

Q: Where can the Dam with Dynamo Agriculture In City Working Model be used?

A: Designed for table-top use, it fits perfectly in educational environments including science labs, classrooms, and demonstration settings. Its compact design also makes it portable for science fairs and project displays.

Q: What is the process of demonstrating hydropower using this model?

A: Simply pour water into the reservoir, open the gate to let water flow over the turbine, and observe the LED glowing as you manually operate the dynamo. This sequence replicates the conversion of potential energy to mechanical and then electrical energy.

Q: How is the model safe for student use?

A: Safety is prioritized with the use of high-quality non-toxic materials, smooth and child-safe edges, and a sturdy build, making it suitable for children aged 12 and above during hands-on learning sessions.

Q: What are the unique benefits of using this working model in classroom settings?

A: It transforms theoretical lessons into engaging visual demonstrations, encouraging active participation and deeper understanding of renewable energy, water conservation, and city planning, while fostering teamwork and problem-solving skills in students.

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