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CUT SECTION MODEL OF STEERING GEAR BOX

Name: CUT SECTION MODEL OF STEERING GEAR BOX
Brand: MODTECH
Price: 200000 INR
Availability: InStock

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MOQ : 1 Unit

CUT SECTION MODEL OF STEERING GEAR BOX Specification

Features
Cut-away section, color coded internal parts, mounted on base, hand wheel operation

Use
Demonstration of Steering Gear Box Mechanism

Assembly
Pre-assembled and mounted on sturdy base

Surface Finish
Powder coated and painted with exposed metal

Size
Standard laboratory demonstration size

Style
Educational Training Model, Cut Section

Weight
6 - 8 kg (approx.)

Power Type
Manual

Model No
CSM-SGB-01

Type
Manual Steering Gear Box Model

Material
Metal with clear acrylic and painted sections

Dimensions
350 mm x 180 mm x 160 mm (approx.)

Shape
Rectangular/Box with exposed cut section

Color
Multi-color (Standard machine color coding)

Function
Operation and working of steering gear box

Age
Technical/Engineering Students

Advantage
Visual representation of internal components and working

Educational Value
Enhances understanding of steering mechanism and component interaction

Suitability
Ideal for automobile engineering, polytechnic, and vocational training labs

Workmanship
Precision construction, detailed sectional cut

Operation Method
Hand-operated steering wheel

Base Material
Heavy-duty metal base for stability

Transparency
Acrylic window/sections for viewing internal mechanism

Internal Parts Shown
Exposes gear, lever, shaft, and housing details

Mounting Type
Tabletop model

Corrosion Resistance
Protective surface treatment applied

Maintenance
No maintenance required for demonstration purposes

CUT SECTION MODEL OF STEERING GEAR BOX Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Cheque

Supply Ability
100 Units Per Month

Delivery Time
1 Week

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

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 Insights into Steering Mechanisms

Acrylic viewing windows provide unparalleled visibility of internal gears, levers, and shafts. This transparency allows learners to trace the motion and interaction of each component within the manual steering gear box, greatly enhancing comprehension and engagement during demonstrations.

Durable, Stable Design for Repetitive Use

Mounted on a robust heavy-duty metal base, the model ensures stability on laboratory tables. Its precision workmanship and quality materials, including powder-coated finish and color-coded sections, guarantee longevity in educational environments. Pre-assembled and ready to use, it requires no ongoing maintenance.

Ideal for Comprehensive Technical Education

Carefully constructed with a focus on demonstration, this model is perfectly suited for technical, engineering, and vocational curriculums. Its real-time operational handwheel and cut-away sections bring theoretical concepts to life, making it an invaluable resource for both instructors and students.

FAQs of CUT SECTION MODEL OF STEERING GEAR BOX:

Q: How is the cut section model of the steering gear box operated during demonstrations?

A: The model is operated manually using a hand steering wheel. This allows users to simulate steering action and observe the real-time movement and interaction of the internal gears, levers, and shafts through the transparent acrylic sections.

Q: What internal components are visible, and how does the acrylic window enhance educational value?

A: The acrylic windows expose key internal details such as the gear, lever, shaft, and housing. This clear view enhances understanding by allowing students to directly observe mechanical operations and component interaction, ensuring effective learning experiences.

Q: When and where is this model best utilized for training purposes?

A: This steering gear box demonstration model is ideal for use in automobile engineering classrooms, polytechnic institutes, and vocational training laboratories during practical sessions or theoretical lessons on steering mechanisms.

Q: What assembly or maintenance is required after purchasing the model?

A: No assembly is necessary as the model comes pre-assembled and securely mounted on its base. Maintenance is not required; it is designed for hassle-free, long-term demonstration use.

Q: What is the benefit of color coding and exposed cut sections in this model?

A: Color coding helps to distinguish different internal parts, making it easier to identify and understand each components function. The exposed cut sections offer clear, direct visuals of otherwise hidden mechanisms, aiding both teaching and comprehension.

Q: Can the model withstand regular classroom use and demonstrate repeated motion?

A: Yes, built with heavy-duty metal and finished with corrosion-resistant coatings, the model is robust enough for frequent handling and demonstration. Its stable base prevents tipping, making it reliable for repeated educational use.

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