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Steam Engine Model with Boiler

Name: Steam Engine Model with Boiler
Brand: SAMTECH INSTRUMENTS
Price: 3600.0 INR
Availability: InStock

Price 3600.0 INR/ Piece

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MOQ : 50 Pieces

Steam Engine Model with Boiler Specification

Voltage
Not applicable (unless fitted with electric heater, then 220-240V AC)

Accuracy
Demonstrational - not calibrated for precision measurements

Power Source
Spirit lamp (liquid fuel), optionally electric heater

Model No
PHY-160

Capacity
Approx. 150 ml (Boiler) / 10-30 cc (engine cylinder)

Automation Grade
Manual (Hand-operated for initial flywheel motion)

Frequency
Not applicable (mechanical operation)

Measurement Range
Functionality demonstration, not for quantitative measurement

Core Components
Steam boiler, piston-cylinder engine, flywheel, safety valve, burner, pressure release valve, whistle

Temperature Range
Ambient to approximately 100-120C (boiling point of water for steam production)

Feature
Fully functional model, transparent level indicator, removable burner, demonstration of steam power

Equipment Materials
Brass (main body), mild steel, polished wooden base, glass water level, rubber tubing

Type
Educational Demonstration Steam Engine with Boiler

Usage
Educational, Laboratory Demonstration, Physics Experiments

Display Type
Physical working model, no digital display

Dimension (L*W*H)
Approx. 30 cm x 14 cm x 20 cm

Weight
Approx. 2-3 kg

Exhaust Type
Atmospheric vent

Fuel Used
Spirit (alcohol) or compatible burner fluid

Application Areas
Physics labs, engineering demonstration, model hobbyists, museum display

Boiler Pressure
Operates at low pressure; safety valve set at ~1.5-2 bar

Burner Capacity
25-30 ml spirit lamp

Water Level Indicator
Glass tube side indicator

Flywheel Diameter
70 mm to 100 mm (approx.)

Safety Protection
Equipped with spring-loaded safety valve and whistle

Assembling Requirement
Pre-assembled or easy minor assembly required

Included Accessories
Spirit lamp, filling funnel, rubber hose, instruction manual

Finishing
Polished brass and lacquered wood

Speed (Flywheel RPM)
Approx. 80-200 RPM depending on steam pressure and load

Operating Procedure
Fill boiler with water, ignite burner, demonstrate steam engine cycle

About Steam Engine Model with Boiler

Steam Engine Model with Boiler

We are a leading manufacturer, supplier, and exporter of Steam Engine Models with Boiler designed for physics laboratories, engineering colleges, technical institutes, STEM education programs, and science demonstration centers. This working model demonstrates the fundamental principles of steam power and energy conversion, helping students understand how heat energy is transformed into mechanical motion.

The Steam Engine Model with Boiler features a horizontal boiler, working piston mechanism, connecting rod, flywheel, and steam control fittings. The model provides a clear demonstration of the operation of an external combustion engine, making it an excellent educational tool for teaching thermodynamics, energy conversion, and the history of industrial power generation.

Built with durable metal components and mounted on a sturdy base, this model is ideal for classroom demonstrations, laboratory instruction, and engineering education.

Accurate Demonstration of Steam Power

Designed for educational landscapes, the model vividly demonstrates the steam engine cycle, from boiling water to creating motion. The transparent water indicator and visible boiler allow students or hobbyists to observe every stage of operation, making complex principles tangible and easily understood during demonstrations.

Robust Safety and Quality Materials

Safety is ensured through a spring-loaded safety valve set at approximately 1.5-2 bar and a whistle for visual and auditory alerts. The model is crafted from durable brass, mild steel, and fitted on a stable lacquered wood base, offering longevity and resistance to heat-a reliable choice for classrooms and exhibitions alike.

Convenient Operation and Versatility

The engine requires either a spirit lamp or compatible liquid fuel, and can be optionally fitted with an electric heater. Its manual automation grade allows for hands-on engagement, making it perfect for physics experiments, engineering demonstrations, and hobby displays. Minimal assembly means users can start demonstrating quickly.

FAQ's of Steam Engine Model with Boiler:

Q: How do I operate the Steam Engine Model with Boiler?

A: First, fill the boiler with water using the provided funnel and ensure the water level is visible in the glass indicator. Next, ignite the spirit lamp placed under the boiler. As the water heats to boiling (100-120C), steam is generated, moving the piston and turning the flywheel. Minor manual flywheel motion may be necessary to start.

Q: What safety features are included in the model?

A: The model is equipped with a spring-loaded safety valve set at approximately 1.5-2 bar to relieve excess pressure and a whistle for auditory alert. The transparent water indicator ensures safe filling, and detailed safety steps are included in the instruction manual.

Q: When should I refill the boiler or burner during demonstrations?

A: Refill the boiler when the water level approaches the minimum mark on the glass tube indicator but always allow the system to cool before opening the boiler. The spirit lamp can be refilled between sessions, provided it is cool to the touch and not in operation.

Q: Where can this steam engine model be used?

A: This model is ideal for use in classrooms, physics and engineering laboratories, museums, science exhibitions, and by model hobbyists at home. Its robust materials and attractive finish also make it suitable for display purposes.

Q: What assembly is required prior to use?

A: The unit comes pre-assembled or requires minor assembly such as attaching the spirit lamp or rubber hose. All necessary components and a step-by-step instruction manual are included for a straightforward setup.

Q: How does this model benefit educational demonstrations?

A: It provides a clear, hands-on demonstration of the steam engine cycle, enabling students to visualize and understand thermodynamics and mechanical processes. Its transparent components and physical operation stimulate curiosity and enhance conceptual learning.

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