Wankel Engine Working Models for Engineering Lab

Wankel Engine Working Models for Engineering Lab

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Wankel Engine Working Models for Engineering Lab

Price 100 INR/ Piece

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MOQ : 1 Piece

Wankel Engine Working Models for Engineering Lab Specification

Resolution
N/A (Visual Model)

Mounting Type
Bench Top

Equipment Type
Engineering Lab Model

Test Range
Demonstrative Parameters Only

Response Time
Immediate (Upon Manual Actuation)

Usage
Working Models for Engineering Lab

Application
Working Models for Engineering Lab

Max Height
320 mm

Measuring Range
Mechanical Motion Display

Number of Specimens
Single Specimen

Humidity
<85% RH (non-condensing)

Temperature
Operating: 10C to 40C

Accuracy
Suitable for Educational Demonstration

Product Type
Wankel Engine

Hardness
Model Components: Aluminium & Acrylic

Automation Grade
Manual

Power Supply
220V AC, 50 Hz

Display Type
Transparent Housing for Visual Observation

Frequency
50 Hz

Interface Type
Manual Interface, Visual Observation

Operating Voltage
220V AC

Features
Cut-Sectional View, Transparent Cover, Hand Driven Wheel

Gas Pressure
Not Required - Demonstrative Model

Specimen Size
Rotor Diameter: 70 mm

Port Size
16 mm

Capacity
Demonstration Purposes

Machine Weight
Approx. 5 kg

Test Speed
Variable, up to 1200 RPM

Test Width
150 mm

Test Stroke
70 mm

Control Mode
Manual Operation

Wankel Engine Working Models for Engineering Lab Trade Information

Minimum Order Quantity
1 Piece

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Wankel Engine Working Models for Engineering Lab

Wankel Engine :
Microteknik is Manufacturer, Exporter & Supplier of Wankel Engine.

The model demonstrates the principle operation. It Is out way to show the internal constructional details. Unlike other engines the rotary piston engine avoids reciprocating parts. The power piston is an arch like triangular rotar which on rotating generates an epitrechoid. Mounted on well polished wooden base with printed diagrams.

Comprehensive Rotary Engine Demonstration

This model thoroughly illustrates the intricate movement of a Wankel engines inner components, thanks to its cut-sectional design and transparent cover. Students can visually follow the rotors motion and understand how rotary engines convert manual input into rotary motion. The acrylic window provides an unobstructed view of both internal and external features, making it a valuable teaching and learning aid in engineering and polytechnic labs.

Safe and User-Friendly Operation

Safety is paramount in educational settings. This model operates manually through a hand crank and requires no live fuels, eliminating risks associated with combustion or hazardous materials. Supplied fully assembled, it can be immediately mounted on any bench-top for class demonstrations. Its straightforward interface ensures users focus on learning without complications from electronic or fuel-powered mechanisms.

Ideal for Practical Engineering Education

Engineered with robust aluminium and crystal-clear acrylic, this Wankel engine model supports repeated educational use without wear. The mechanical motion display provides instant visual feedback upon manual actuation, allowing students to connect theoretical concepts to real-world engine operation clearly and tangibly. With detailed coverage of single-rotor functions, it is perfect for laboratory lessons, practical exams, or interactive displays.

FAQs of Wankel Engine Working Models for Engineering Lab:

Q: How does the Wankel Engine Working Model demonstrate rotary engine principles?

A: By using a hand crank, users rotate the models single rotor, making internal mechanical parts visible through the acrylic window. This direct action lets students observe how rotational motion is generated and transferred in a Wankel engine, providing practical insights into its design and function.

Q: What materials are used in the construction of this model, and why are they chosen?

A: The model utilizes an aluminium body for durability and an acrylic window for clear visualization of internal parts. Aluminium ensures the unit is lightweight yet sturdy, while acrylic enables learners to closely examine mechanical movements without obstruction.

Q: When is this model most beneficial for use in the curriculum?

A: It is particularly effective during lab sessions or practical demonstrations when understanding rotary engine mechanisms is being taught. The model is intended for hands-on engineering and polytechnic education and is ready to use straight out of the box.

Q: Where should the Wankel Engine Working Model be set up for optimal use?

A: Designed for bench-top mounting, the model is ideal for engineering labs or classrooms. Its compact size and assembled design make it easy to position on any stable laboratory surface.

Q: What is the process for operating the model and adjusting its speed?

A: Operation is manualstudents turn the hand crank to actuate the internal rotary mechanism. The speed is variable, up to 1200 RPM, allowing instructors to demonstrate the effects of different operational speeds safely and conveniently.

Q: How does this demonstration model contribute to student understanding and safety?

A: By providing direct visual access to the engines internal mechanics, students better grasp the principles of rotary motion without exposure to live fuels or high temperatures, making demonstrations both safe and educational.

Wankel Engine Working Models for Engineering Lab

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