Disc Brakes (2)

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    DISC BRAKE

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    CONTENTS

    INTRODUCTION

    TYPES OF BRAKES

    DISK BRAKE BASICS

    TYPES OF DISK BRAKES

    MAIN PARTS

    WORKING

    CONCLUSION

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    INTRODUCTION

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    MAIN PARTSThe main components of a disk brake are:-

    The brake pads The caliper

    The rotor

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    1.BRAKE PAD

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    2.CALIPER AND ROTOR

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    TYPES OF DISK BRAKES

    1.FLOATING CALIPER DISK

    BRAKES

    2.FIXED CALIPER DISK BRAKES

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    HOW IT WORKS

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    DIFFERENT STAGES

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    FIXED CALIPER

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    MISCELLANEOUS

    1.SELF ADJUSTING OF DISK BRAKES

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    2.DISK BRAKE VENTS

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    WHY DISK BRAKES?

    Why disk brakes in a truck or bus that travels in excess of 65 mph?

    Higher traffic density, greater chances of emergency braking

    Disk brakes provide optimum braking while retaining directional stability

    Higher vehicle speeds with full loads

    Higher vehicle speeds with full loads

    Improved road handling

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    Why are disk brakes more efficient?

    Full friction surface of the brake pad on the plane brake disk

    No loss of brake power due to overheating or partial contact from brakedrum

    Disk brakes can withstand higher loads

    Higher residual brake force after repeating braking

    Brake disks can withstand extremely high temperatures

    Full contact of brake pads achieve maximum effect

    Dangerous fading or slipping is almost completely eliminated

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    Sensitive braking in all situations and better

    Sensitive brake application and better brake feeling

    Uniform braking from small fluctuations in brake forces

    Basic design principle makes for higher efficiency

    Low hysteresis is particularly suitable to ABS control cycles

    Disk brake axial arrangement permits a simple and compact des

    Why do disk brakes have a better braking behavior?

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    Why are disk brakes more economical?

    Clear economic benefits due to long service life and reduced maintenance

    Long service life of disks and pads versus drum brakes

    Shorter service downtime due to quick pad changes

    Optimized cooling resulting from open sliding caliper design

    Maintenance free brake components

    Good access for visual brake components checks

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    Why do disk brakes have higher safety reserves

    Minimal braking effect from high temperatures and extreme driving requireme

    No brake disk distortion from extreme heat due to internal ventilation

    shorter braking distances

    High power and safety reserves for emergencies

    Constant braking power under high stresses

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    LIMITATIONS BRAKING SYSTEMS FAILS IF THERE IS

    LEAKAGE IN THE BRAKE LINES

    THE BRAKE SHOES ARE LIABLE TO GET

    RUINED IF THE BRAKE FLUID LEAKES OUT

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    Conclusion

    All friction brakes (drum and disk) have wear parts and are unsuitable forcontinuous braking.

    Disk brakes are not a substitute for an engine brake .

    Disk brakes offers safety in any situation

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