CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR

Name: CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR
Brand: MODTECH
Price: 2000 INR
Availability: InStock

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MOQ : 1 Unit

CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR Specification

Stand Type
Sturdy Metal Stand

Shaping Mode
Cut Section

Material
Metal & Transparent Acrylic

Product Type
Training Model

Mould For
Automobile Door

Mould Size
Standard Single Door

Mould Material
Mild Steel & Acrylic

Design
Exposed Internal Mechanism

Quality
Educational Grade

CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Paypal, Western Union, Telegraphic Transfer (T/T), Cheque

Supply Ability
100 Units Per Week

Delivery Time
1 Week

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

Main Domestic Market
All India

About CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR

Model No. MT-L09

CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR.

This model is made out of original used parts, will be suitably sectioned And Arranged to demonstrate the internal construction details showing the minute information such as motor and its gear arrangement etc., and working of the same can be show by connecting it to a battery, the model will be suitably painted and The entire model is mounted on a sturdy iron frame

Comprehensive Demonstration for Learning

This model provides a fully exposed internal view of an automotive power window system, making it highly suitable for classroom and lab demonstrations. The clear display of the motor, gears, and levers allows students to grasp the function and interaction of each component during up-down movements controlled by a switch.

Durable Construction and Portable Design

Crafted from mild steel and transparent acrylic, the model features a corrosion-resistant and powder-coated finish. The standard single-door set-up is mounted securely on a sturdy stand, ensuring ease of transport for use in various educational settings.

Easy Operation and Safe Power Supply

Driven by a 12V DC adapter (included), the model is simple and safe to operate. A user-friendly switch enables the demonstration of the windows sliding motion, making it ideal for practical sessions and hands-on student engagement.

FAQs of CUT SECTION MODEL OF POWER WINDOWS WITH ONE DOOR:

Q: How does the Cut Section Model of Power Windows demonstrate window movement?

A: This model uses an electrically operated motor that moves the sliding glass up and down, simulating the function of a real automotive power window. The process is controlled by a switch, with motions displayed through exposed internal gears and levers for clear observation.

Q: What materials are used in constructing this educational model?

A: The model is primarily constructed from mild steel for strength and transparent acrylic for visibility. All exposed metal parts are powder coated or polished, ensuring durability and corrosion resistance even with frequent laboratory use.

Q: When is this model typically used in educational settings?

A: This cut section model is most commonly utilized during practical demonstration sessions, technical training programs, and automotive engineering courses. It is ideal for illustrating real-world window mechanisms in vehicles.

Q: Where can the model be installed or used?

A: The model is designed to be portable on a sturdy metal stand and can be placed on the floor in labs, classrooms, or training centers. Its portability allows for easy relocation as per academic requirements.

Q: What is the process for operating the power window model?

A: To operate, simply connect the included 12V DC adapter and use the provided switch to demonstrate the up-down movement of the window. This movement is visibly powered by the electric motor and shows the gear and lever interactions inside the door.

Q: What are the key benefits of using this cut section model in training?

A: Using this model offers students hands-on experience, enhances their understanding of automotive power window systems, and makes theoretical concepts more tangible through practical demonstration. Its exposed mechanisms provide clear insights into the systems operation and maintenance practices.

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