Hydraulic Brake Model Manufacturer,Supplier and Exporter in India

Product Code : SCL-AM-11154

The Hydraulic Brake Model provides a visible, hands-on representation of hydraulic pressure transmission. Based on the supplied product image, the apparatus includes a wheel assembly, two syringe-type actuators, flexible connecting tubing and a mounted base. Operating one actuator transmits pressure through the connected hydraulic system to demonstrate mechanical response at the wheel assembly.

The apparatus helps teachers connect theoretical lessons on pressure, force and Pascal's law with an observable mechanical model. It fits naturally within the Applied Mechanics equipment range and supports introductory study of real-world hydraulic systems.

Key Features

Demonstrates Pascal's law: Shows how pressure applied to an enclosed hydraulic system can be transmitted through a connected fluid path.

Visible braking mechanism: Helps students relate hydraulic pressure transmission to braking action at a wheel assembly.

Hands-on operation: Allows supervised users to operate the actuator and observe cause-and-effect response.

Classroom-friendly concept model: Makes hydraulic principles easier to explain through direct visual demonstration.

Supports mechanics and fluid-pressure lessons: Suitable for physics, STEM and introductory engineering education.

Mounted demonstration arrangement: The visible components are assembled on a common base for classroom presentation.

Complements broader physics study: Can be used alongside other Physics Lab equipment for structured practical learning.

Technical Specifications

What's Included in the Kit

1 × Mounted Hydraulic Brake Model

1 × Wheel and brake demonstration assembly

2 × Syringe-type hydraulic actuators

1 × Flexible connecting tube arrangement

Applications / Uses

Demonstrating Pascal's law in school physics laboratories.

Explaining pressure transmission through an enclosed hydraulic system.

Showing the basic working principle behind hydraulic braking.

Supporting lessons on pressure, force and mechanical response.

Conducting teacher-led STEM and applied-mechanics demonstrations.

Introducing learners to related concepts covered in Fluid Mechanics Lab equipment.

How to Use the Hydraulic Brake Model

Place the model on a stable, level laboratory or classroom surface.

Inspect the tubing and actuator connections before operation.

Explain that hydraulic systems use pressure within an enclosed fluid path to transmit force.

Operate the input syringe-type actuator slowly and smoothly.

Observe the corresponding response at the connected actuator and wheel/brake assembly.

Release the input gradually and compare the mechanical response.

Repeat the demonstration as required while discussing pressure transmission and Pascal's law.

Safety and handling note: Operate the actuators slowly and do not apply excessive force. Keep fingers clear of moving parts, do not disconnect tubing while the system is under pressure and use the model only as an educational demonstration apparatus, not as an actual vehicle braking device.

Care & Maintenance

Keep the apparatus clean and remove surface dust with a soft, dry cloth.

Inspect flexible tubing and connections periodically for looseness, damage or leakage.

Do not force the actuators beyond their normal travel.

Store the model in a dry location away from excessive heat, moisture and mechanical impact.

Why Choose Lab Exports?

Lab Exports manufactures, supplies and exports scientific laboratory instruments, experiment setups, science kits, mathematics kits, didactic models and STEM teaching equipment. Its product portfolio serves schools, colleges, universities and institutional laboratory buyers.

For institutions requiring more advanced hydraulic education equipment, Lab Exports also offers a dedicated Hydraulic Machine Lab equipment range. Product-specific construction details and final supply configurations should always be confirmed against the quotation or technical datasheet before procurement.

Frequently Asked Questions

What is a Hydraulic Brake Model used for?

A Hydraulic Brake Model is used to demonstrate how hydraulic pressure can transmit force through an enclosed system and produce a mechanical braking response.

What scientific principle does the Hydraulic Brake Model demonstrate?

The model demonstrates Pascal's law, which explains that a pressure change applied to an enclosed fluid is transmitted throughout the fluid.

How does the Hydraulic Brake Model work?

Operating the input actuator creates pressure in the connected hydraulic path. That pressure is transmitted to the second actuator, producing a mechanical response at the wheel or brake demonstration assembly.

Is the Hydraulic Brake Model suitable for school physics laboratories?

Yes. It is suitable for supervised demonstrations of Pascal's law, hydraulic pressure transmission, force and braking mechanics in school physics and STEM laboratories.

What components are visible in the Hydraulic Brake Model?

Based on the supplied product image, the visible arrangement includes a wheel assembly, two syringe-type actuators, flexible connecting tubing and a mounted base.

Can this model be used as a real vehicle brake?

No. It is an educational demonstration model intended for teaching physics and hydraulic principles; it is not a functional automotive braking system.

Explore more Applied Mechanics laboratory equipment from Lab Exports for hands-on demonstrations of force, motion, mechanics and related physics principles.

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