Smart Car Parking Student Project

Name: Smart Car Parking Student Project
Brand: SHREE RAM SCIENCE PROJECTS
Price: 6500 INR
Availability: InStock

Price 6500 INR/ Unit

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MOQ : 1 Unit

Smart Car Parking Student Project Specification

Model No
Shree ram science Projects

Power Type
12dc

Use
Smart car parking demonstration

Material
WOODAN AND SUN BORD

Function
Electro Mechanical locking

Mounting
Portable

Body
WOODAN

Surface
Smooth finish

Automation
Semi-automated

Wiring
Easy connections

Display
Indicator lights

Capacity
220ac

Board Type
Display board

Project Use
Student project

Build
Tabletop size

Operation
Push button start

Voltage
12 volt

Application
School/college model

Drive Mode
dc

Smart Car Parking Student Project Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Smart Car Parking Student Project About

Experience sizzling innovation with this exclusive Smart Car Parking System Project, crafted using top-drawer WOODAN and durable SUN BORD materials. Specially designed for student projects and civil engineering demonstrations, this tabletop model boasts a capacity of 220ac and operates on a reliable 12-volt DC drive mode. The semi-automated system features valuable indicator lights, push-button start, and electro-mechanical locking, ensuring a terrific learning experience. Its smooth finish, easy-portable mounting, and straightforward wiring offer unparalleled convenience for both school and college model displays. Developed by Shree Ram Science Projects, your smart solution's available across India from leading manufacturers and suppliers.

Unique Features & Practical Use

This Smart Car Parking System Project includes smooth, indicator-lit operation, semi-automated electro-mechanical locking, and easy push-button controls. Favoured by students and educators in schools and colleges, it is ideal for civil engineering projects or classroom demonstrations. Its tabletop size and portable structure ensure hassle-free set-up. To operate, simply connect the wiring, plug in the DC supply, and use the push button to manage car entry and exit efficiently, providing a real-world smart parking demonstration.

Sample Policy & Payment Options

Sample units of the Smart Car Parking System Project are offered at an attractive list price to qualifying buyers. Secure shipping and careful goods transport measures guarantee safe product delivery. Payment terms are flexible, accommodating both advance and part-payment arrangements. FOB Port services are available for bulk and institutional orders, ensuring a seamless and reliable transaction experience. Trust in our commitment to superior delivery and transparent purchasing options throughout India.

FAQ's of Smart Car Parking System Projects:

Q: How does the Smart Car Parking System Project operate?

A: The system operates using a semi-automated push-button mechanism combined with indicator lights and electro-mechanical locking. Connect the wiring to a 12-volt DC source, mount the portable unit on any tabletop, and start the demonstration with simple button controls.

Q: What is the primary use of this parking system model?

A: This model is mainly used as a student project or demonstration unit for civil engineering applications in schools and colleges, simulating smart car parking in a controlled, educational environment.

Q: Where can this product be used most effectively?

A: It is most effective in classrooms, laboratories, and engineering model exhibitions where educators and students benefit from hands-on learning through interactive demonstrations.

Q: When will I receive my sample after ordering?

A: Samples are dispatched promptly upon order confirmation. Depending on location and shipping method, goods typically arrive within 7 to 10 business days, ensuring timely delivery for your academic or demonstration schedule.

Q: What is the process for wiring and set-up?

A: The wiring process is straightforward and user-friendly, designed for easy connections. Follow the enclosed instructions to connect the DC power supply, indicator lights, and button controls before conducting your demonstration.

Q: What are the main benefits of this smart parking system project?

A: The project provides a hands-on, practical understanding of automation, electrical circuit design, and smart traffic management, making it a valuable tool for academic and technical skill development.

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