This document discusses an electro hydraulic braking system. It begins by classifying brakes based on actuation, operation, and which wheels they act upon. It then compares traditional brakes to electro hydraulic braking systems, noting the elimination of traditional control elements and an increased operating pressure as key differences. The document outlines that an electro hydraulic braking system works by using an electric motor to activate the master cylinder, which is then regulated by a control unit based on sensor input regarding braking force. The system provides advantages of being lighter, more compact, and allowing for quicker activation than conventional braking systems. It concludes by listing various applications that could utilize an electro hydraulic braking system.

1. ELECTRO HYDRAULIC
BRAKING SYSTEM
BY,
OM PATIL

3. Applications

4. Classification of Brakes
 On the basis of mode of actuation:
Foot brake
Hand brake ( parking brake)
 On the basis of mode of operation
Air brakes
Electric brakes
Hydraulic brakes
Mechanical brakes
Vacuum brakes
 On the Basis of Action on Front or Rear Wheels
Front-wheel brakes
Rear-wheel brakes

6. COMPARISON OF TRADITIONAL
BRAKES AND EHB SYSTEM
 Elimination of traditional control
elements
 Main difference – Pressure
difference
 Operating pressure
 Increased advantages

7. CONSTRUCTION OF EHB
SYSTEM

8. WORKING OF EHB SYSTEM
Master cylinder activated by the
motor
Regulated by control unit
Sensors detect breaking force
Information sent to the system
Brake is applied.

9. ADVANTAGES OF EHB
SYSTEM
 Lighter and compact
 Used with hybrid or
conventional Powertrains
Elimination of high-voltage
electrical systems
 Quick activation than
conventional systems

10. APPLICATIONS
 Cranes
 Transfer cars
 Rotating machines
 Trailers
 CNC machine
 NC machines