Sectioned Vacuum Power Brakes For Car Manufacturer,Supplier and Exporter in India

Product Code : SCL-EELE-13881

 

This is a focused educational model designed to demonstrate the components and operational principles of a modern Power-Assisted Dual Circuit Hydraulic Brake System, highlighting the vacuum booster and the tandem master cylinder.

Key Technical Features

Component/System

Detail

Educational Function

Power Assist Unit

Booster, Diaphragm, Power chamber

Shows the vacuum-operated servo mechanism that multiplies the force applied by the driver. The diaphragm separates the constant pressure (or vacuum) side from the variable pressure side within the power chamber.

Master Cylinder

Dual brake pump (Tandem Master Cylinder)

The core hydraulic unit, demonstrating how two separate pistons and circuits provide redundancy for safety.

Actuator Input

Piston - brake pedal

Represents the mechanical linkage and piston that converts driver force into initial hydraulic pressure.

Vacuum Control

Depression valve (Control Valve)

Regulates the vacuum flow into the power chamber, controlling the degree of assistance provided.

Fluid Management

Oil tank - Fluid reservoirs

Stores and supplies the brake fluid to the master cylinder and maintains fluid level.

Other Components

Spring, Slave cylinder, Valves

Includes the return spring, a representation of the slave cylinder (wheel cylinder/caliper) at the wheel, and various internal check/control valves.

Model Features and Construction

  • Model Type: Likely sectioned (implied by the need to demonstrate the piston movement, diaphragm action, and valve operation).
  • Operation: Manual (Implied, allowing students to simulate pressing the brake pedal to observe the entire system sequence).
  • Mounting: On Wooden Base (Provides a stable platform for display).
  • Dimensions: 55 x 33 x 35H in cms (Compact size, suitable for workbench demonstration).
  • Weight: @ 7 kgs (Lightweight and portable).

 

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

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