DIY Hydraulic Jack Model Manufacturer,Supplier and Exporter in India

Product Code : SCL-MF-12471

The DIY Hydraulic Jack Model is an educational physics model used for demonstrating how pressure transmitted through a confined liquid can produce mechanical movement and lifting action. It is intended for school physics laboratories, STEM activities, science teachers, supervised students, and educational institutions studying Pascal's law, hydraulic force transmission, and applied fluid mechanics.

Product Description

The DIY Hydraulic Jack Model provides a practical way to explain the operating principle behind hydraulic lifting systems. When pressure is applied to a confined liquid in a suitable hydraulic arrangement, that pressure is transmitted through the fluid and can produce movement at another point in the system.

This model helps connect textbook concepts with observable mechanical action. Students can study fluid pressure, input force, output movement, hydraulic transmission, and mechanical advantage through supervised demonstration. For broader mechanics teaching, it fits naturally within the Motion and Forces physics apparatus range.

Key Features

• Demonstrates the basic operating principle of a hydraulic jack through visible mechanical movement.
• Supports practical teaching of Pascal's law and pressure transmission in a confined liquid.
• Helps students connect fluid mechanics with real-world hydraulic lifting applications.
• Suitable for supervised school physics, STEM, science project, and classroom activities.
• Supports discussion of input force, output force, piston movement, pressure, and mechanical advantage.
• DIY format encourages observation of how individual parts work together as a hydraulic system.
• Can complement a Hydraulic Brake Model when comparing different applications of hydraulic pressure transmission.

Technical Specifications

What's Included in the Kit

• 1 DIY Hydraulic Jack Model
• Hydraulic operating components
• Assembly accessories 

Applications / Uses

• Demonstrating Pascal's law in school physics laboratories.
• Explaining how pressure can be transmitted through a confined liquid.
• Observing hydraulic lifting action and mechanical movement.
• Introducing the concepts of input force, output force, piston area, and mechanical advantage.
• Supporting STEM activities, science clubs, classroom projects, and science exhibitions.
• Comparing hydraulic force transmission with force and torque demonstrations using the Moment of Force Apparatus.
• Extending practical mechanics lessons with the Force and Friction Model.

How to Use the DIY Hydraulic Jack Model

1. Place the model on a flat, stable laboratory or classroom surface.
2. Check that all hydraulic connections and moving components are securely fitted.
3. Confirm the correct working fluid and filling procedure for the actual supplied model.
4. Ensure that unwanted air is removed from the hydraulic circuit where required by the model design.
5. Apply the input force slowly using the supplied operating mechanism.
6. Observe how pressure is transmitted through the fluid and produces movement or lifting action.
7. Release the applied pressure according to the model's operating arrangement.
8. Relate the observed action to Pascal's law, pressure transmission, and hydraulic mechanical advantage.

Safety and handling note: Use the DIY Hydraulic Jack Model under teacher or laboratory supervision. Do not exceed the confirmed load or pressure rating, force blocked components, disconnect filled tubes under pressure, or use an unapproved fluid.

Care & Maintenance

• Inspect tubes, joints, pistons, connections, and moving components before each demonstration.
• Clean any fluid leakage immediately and identify the source before reuse.
• Store the model in a dry, protected location away from excessive heat and direct impact.
• Use only the working fluid and maintenance method confirmed for the supplied model.

Why Choose School Equipments

School Equipments is a manufacturer and exporter of scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models and kits. Its equipment range supports hands-on science teaching, classroom demonstrations, practical laboratory work, and institutional procurement. Product-specific materials, load capacity, dimensions, working fluid, and supplied components should be confirmed before final publication or quotation.

Frequently Asked Questions

What is a DIY Hydraulic Jack Model used for?

A DIY Hydraulic Jack Model is used to demonstrate how pressure transmitted through a confined liquid can produce mechanical movement and lifting action. It helps explain Pascal's law through practical observation.

Which principle does a hydraulic jack model demonstrate?

The model demonstrates Pascal's law, which describes how pressure applied to a confined fluid is transmitted through that fluid. A suitable hydraulic arrangement can use this pressure to produce lifting force.

How does a hydraulic jack multiply force?

In a hydraulic system with pistons of different areas, the same transmitted pressure can produce a larger output force on the larger-area piston. The exact force multiplication depends on the piston-area relationship and system losses.

Is the DIY Hydraulic Jack Model suitable for school students?

Yes. It is suitable for supervised school physics laboratories, STEM activities, science projects, and classroom demonstrations involving fluid pressure and mechanics.

What fluid is used in this hydraulic jack model?

The exact working fluid was not specified in the supplied product data. Confirm the correct fluid before filling or operating the model.

What is the load capacity of the DIY Hydraulic Jack Model?

The load capacity or maximum operating force has not been supplied. It should be confirmed before publication, quotation, or use.

Explore more Motion and Forces physics laboratory apparatus from School Equipments for practical teaching of force, pressure, friction, torque, motion, and applied mechanics.