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CUT SECTION MODEL OF STEERING GEAR BOX

Name: CUT SECTION MODEL OF STEERING GEAR BOX
Brand: MODTECH
Price: 2000 INR
Availability: InStock

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MOQ : 1 , , Unit

CUT SECTION MODEL OF STEERING GEAR BOX Specification

Model No
SGBCS-01

Size
Compact desktop model

Power Type
Manual (Hand operated)

Style
Educational Cut Section

Assembly
Pre-assembled, ready for use

Features
Sectional view, moving components, labeled parts, durable build

Weight
Approx. 4 kg

Use
Teaching demonstration of steering gear box mechanism

Surface Finish
Smooth painted with highlighted internals

Type
Educational Model

Material
High-grade cast iron and engineered plastics

Dimensions
Approx. 20 cm x 15 cm x 15 cm

Shape
Rectangular with cut-way section

Color
Multi-color (as per standard component and highlighting)

Function
Displays internal working of a steering gear box

Age
Suitable for engineering students & trainees (18+)

Advantage
Visual display of internal components and working principles

CUT SECTION MODEL OF STEERING GEAR BOX Trade Information

Minimum Order Quantity
1 , , Unit

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

Supply Ability
100 Units Per Month

Delivery Time
1 Week

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

Main Domestic Market
All India

About CUT SECTION MODEL OF STEERING GEAR BOX

CUT SECTION MODEL OF STEERING GEAR BOX (WORKING):

This model is made out of full size original parts, suitably sectioned and to demonstrate the working of Steering wheel worms, Steering arm, etc., is mounted on a sturdy iron frame.

MT-H01	Rack and Pinion type
MT-H02	Worm and roller type
MT-H03	Recirculating ball type
MT-H04	Worm and sector type
MT-H05	Two wheeler steering
MT-H06	Power steering Hydraulic
MT-H07	Power steering Electronic (EPS)

CUT SECTION MODEL OF STEERING GEAR BOX (WORKING) WITH WHEEL AND AXLE:

This model is made out of full size original parts, suitably sectioned and to demonstrate the working of Steering wheel worms, Steering arm, etc., The Arrangement Of Wheels And Axle Connecting To steering system will be done so the movement of the wheels when rotating the steering wheels can be displayed .

The model will be mounted on to a tubular frame, Suitable color imported painting will be carried out along with Miracle coating for the model will be done for extra gloss and shine. The painting will be carried out in such a way that different colors will be use for different components such as identification of sectioned area etc according to the colors code for easy identification of different systems and mechanisms. All the hardwares and gears will be suitably electroplated

MT-H08	Rack and Pinion type
MT-H09	Worm and roller type
MT-H10	Recirculating ball type
MT-H11	Worm and sector type
MT-H12	Power steering Hydraulic
MT-H13	Power steering Electronic (EPS)

Transparent Design for Enhanced Learning

With its innovative transparent cut section, this model allows students to clearly view the internal workings of a steering gear box. Each main component, from the worm gear to the sector shaft and bearings, is highlighted and labeled to facilitate meaningful visual learning during classroom demonstrations.

Sturdy, Maintenance-Free Classroom Tool

Built from robust cast iron and engineered plastics, the SGBCS-01 is designed for extended, hassle-free use in teaching environments. Its corrosion-resistant finish and protective foam packaging ensure longevity, making it suitable for repeated use in mechanical and automobile engineering labs.

Manual Operation and Labeled Parts

The model features hand-operated moving components, giving users direct engagement with the gear mechanism. Its pre-assembled configuration comes with a detailed instruction manual, ensuring immediate usability and clear identification of each part for comprehensive demonstrations.

FAQs of CUT SECTION MODEL OF STEERING GEAR BOX:

Q: How does the transparent cut section model aid in understanding steering gear box mechanisms?

A: The transparent section allows students and instructors to directly observe internal components such as the worm gear, sector shaft, bearings, and linkages as they interact. Manual rotation shows gear movement in real-time, making complex principles more accessible.

Q: What components are included and labeled in this demonstration model?

A: The model features highlighted sector shaft, worm gear, bearings, housing, and linkages, each distinctly marked for easy identification. The included instruction manual offers detailed explanations and labeling for better comprehension during educational sessions.

Q: When should this model be used during engineering coursework?

A: This cut section model is ideal for practical demonstrations in classroom settings, laboratory activities, or training sessions focused on automobile and mechanical engineering topics. It is especially useful during modules related to steering systems and gear mechanisms.

Q: Where is the model best installed for demonstrations?

A: Designed for tabletop or desktop mounting, the compact model fits easily on lab benches or desks, making it suitable for both classroom lectures and hands-on lab activities in institutes, universities, and training centers.

Q: What maintenance does the SGBCS-01 require for classroom use?

A: This cut section model is maintenance-free and features a durable, corrosion-resistant construction, ensuring optimal performance and longevity even with regular use. No special upkeep is needed beyond basic handling.

Q: How is the model packaged for shipping and storage?

A: To prevent damage, the model is securely packed in protective foam within a sturdy carton, ensuring it arrives in perfect condition for immediate use in educational environments.

Q: What benefits does this model provide for engineering students and educators?

A: The SGBCS-01 offers a tangible, hands-on approach to learning, helping students visualize and understand steering gear box mechanisms. Its labeled sectional view, clear demonstration of movement, and robust build streamline teaching and improve retention of concepts.

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