BRAKE TEST TEC AIR BOOSTER CALL/SMS:

Slides:



Advertisements
Similar presentations
Mining Technologies International Hy-Drive Hydrogen Generating System Hydrogen Generating System.
Advertisements

1 of Emission Control Theory Support Automotive – Engine Performance Topics covered in this presentation: Types of Emissions Emission Control Devices.
GO GREEN WITH GROOVES Eco Friendly Technology Applicable To Existing Petrol & Diesel Engines By Somender Singh.
Exhaust Gas Recirculation (EGR)
Carburetion The fuel system on a small engine consists of several components; Carburetor Fuel Lines Fuel Filter Fuel tank.
Automobiles 1 Automobiles. Automobiles 2 Question: A car burns gasoline to obtain energy but allows some heat to escape into the air. Could a mechanically.
MOHAWK ® CATALYTIC CONVERTER. Introduction Millions of cars on the road are a source of air pollution. The amount of pollution that all the cars produce.
BASIC ENGINE TESTING.
Analysis of Spark Ignition Engine Management System
Emission Controls. Before beginning to understand emission controls you should know the reason why emission controls were installed into the automobile.
Emission Control Exhaust Emissions are produced by cars, buses, and motorcycles. Four basic types of exhaust emissions: 1.Hydrocarbons (HC) 2.Carbon monoxides.
Fuels Nat
Fuel Systems.
Aims and Objectives Aim To be able to recognize the main components within a basic engine fueling system and its function within an internal combustion.
AURT A REPAIR AND REPLACE EMISSION CONTROL SYSTEMS 1 © Commonwealth of Australia 2011AURT A Repair and replace emission control systems AURT304666A.
Carbon Compounds 2a Int
Principles of the Compression Engine
Stratified charged engine
Engine Electronic Controlled. Ignition systems THE CONSTANT ENERGY IGNITION SYSTEM DIGITAL (PROGRAMMED) IGNITION SYSTEM DISTRIBUTORLESS IGNITION SYSTEM.
EXHAUST GAS RECIRCULATION IN DIESEL ENGINE
Engine Intro & Basic Induction
Seminar On Gasoline Direct Injection
© 2012 Delmar, Cengage Learning Emission Control System Fundamentals Chapter 43.
AZ HOD, LLC. Arizona Hydrogen on Demand Will Powe Jr.
Combustion Chamber Combustion chamber is the space enclosed between the piston head and cylinder head when the piston is at top dead center position. Depending.
ADDITIVES. What you mean by fuel Additive?  Any substance added in small amounts to something else to improve, strengthen, or otherwise alter it.  Fuel.
5 Gas Analysis Another Rainharbor Production 1997.
TADGER Turbulating Atomizer Diesel Gas Emission Reducer
© 2012 Delmar, Cengage Learning Emission Control System Service Chapter 44.
Homogeneous Charge Compression Ignition (HCCI) Engines Gajendra Singh.
5 Gas Analysis Three Reasons for Gas Analysis Identify engine performance and mechanical problems Test the running efficiency of the engine Test for.
Dispersion of Air Pollutants The dispersion of air pollutants is primarily determined by atmospheric conditions. If conditions are superadiabatic a great.
Different Types of IC Engine Rated by their maximum horsepower Three Types –Reciprocating –Rotary –Sustained Combustion.
WELCOME TO CRAZYMECHANICAL.COM.
1 HVACR215 – Mechanical for Oil Oil Combustion. 2 Combustion The burning of a substance. Rapid Oxidation The burning of a substance. Rapid Oxidation.
© Goodheart-Willcox Co., Inc. Permission granted to reproduce for educational use only Publisher The Goodheart-Willcox Co., Inc. Tinley Park, Illinois.
Thermo-chemistry of Engine Combustion P M V Subbarao Professor Mechanical Engineering Department A n Important Clue to Control Rate of Heat Release ….
Name:yuganter rawat Submitted to:Mr. A.K Singh. INDEX What is Quasiturbine? Objective of Qusiturbine engine Construction Working Advantages of Quasiturbine.
FUEL ENERGIZER. CONTENTS  INTRODUCTION  HYDROGEN AND ITS STATES  NEED FOR FUEL ENERGIZER  INSTALLATION  WORKING  ADVANTAGES  COMPARISION WITH CATALYTIC.
Compression Ignition Engines
Engine Performance BASIC MAINTENANCE AND LIGHT REPAIR.
What is What will be UNDER THE HOOD and IN THE TANK ? By John Zavalney.
Automotive Engines: Theory and Servicing, 7/e By James D. Halderman Copyright © 2011, 2009, 2005, 2001, 1997 Pearson Education, Inc., Upper Saddle River,
Engine Fuel System (SI Petrol)  Fuel Tank – normally positioned in the rear boot area, either under the floor pan for estate cars or over the rear axle.
1Korea University of Technology and Education 2 Generation Common Rail VGT Variable Swirl 32Bit Computer Elec. Controlled EGR Flap C P F Electronically.
Cooling System Get the engine up to optimum operating Temperature as quickly as possible and maintains it at that temperature. Controls the heat produced.
1.  IC engine in which air-fuel ratio isn't equal throughout the cylinder.  Rich mixture is provided close to the spark plug and combustion promotes.
Induction System – carburetor
CRANK CASE EMISSION CONTROL PREPARED BY-D.B.LOKWANI( ) GUIDED BY PRO. A.S.SORATHIYA Sub.- AMPC.
and Emissions Reduction
Variable Geometry Turbocharger
MULTI POINT FUEL INJECTION
Electronic Fuel Injection
Emission Control Diagnosis and Service
Emission Control Topics covered in this presentation:
Automotive Engines Theory and Servicing
What is CRDI ? CRDI stands for Common Rail Direct Injection.
Part The smallest removable item on a car Not normally disassembled
Altering Fuels Gasoline is only about 18% of crude oil
86 CATALYTIC CONVERTERS CATALYTIC CONVERTERS.
Emission Control Systems
Role of a Fuel Pressure Regulator in Car
How to Increase the Diesel Engine Performance of your Car ?
Automobiles.
Variable Geometry Turbocharger
EGR and Air Injection Systems
Combustion in S.I. Engine
Automotive Technology Principles, Diagnosis, and Service
Automotive Engines Theory and Servicing
Presentation transcript:

BRAKE TEST TEC AIR BOOSTER CALL/SMS: 016-4831769 Turbulence in the inlet manifold (as produced by the RTEC Air Booster) is also known to reduce fluctuations in operating efficiency and flat spots caused by petrol vaporization at high temperatures as well as the effects of performance tuning through high lift cams and competition exhaust systems. On almost all non performance cars the first experience you will get from the RTEC Air Booster is considerably improved throttle response. Improved engine pick up is the first symptom of better more efficient combustion. If you do not use all the benefits of this improved combustion in tearing around at twice your normal speed you will notice a significant improvement in petrol consumption – especially at motorway speeds. Independent figures and 'real world' tests show that, on anything other than the very newest vehicles, improvements in petrol consumption of 15% are commonplace. Because you get a better bang you also get a cleaner bang. Because the fuel molecules are more evenly suspended, more of them are burnt properly so you get less hydrocarbon (a pollutant that is effectively unburned petrol) and because less petrol is burned you get less carbon monoxide. Another benefit of less pollution is less exhaust and engine corrosion, particularly carbon buildup (through hydrocarbons and soot); so your engine and spark plugs should run at peak efficiency for longer and your exhaust system (and your catalytic converter if you have one) will last much longer. RTEC Air Booster has developed the oxygen mixer which is designed to improve the efficiency of petrol engine vehicles by enhancing the combustion process. Such improvements in combustion result in lower emissions, better petrol consumption and better engine performance. Conventional combustion theory is based on the smooth flow of induction and exhaust gasses. In the old days if you wanted to improve your cars performance you might have your head ‘gas flowed’ – this basically involves polishing the inlet and exhaust ports to make the gasses flow faster. More recently however, F1 engine development has involved what has become known as ‘swirl’ technology. This contradicts old notions by suggesting that turbulence in the induction gasses creates a better suspension of fuel molecules and thus more effective combustion. The RTEC Air Booster can be fitted directly in the inlet manifold or to a vacuum servo/breather hose close to the inlet manifold. It is an air booster chamber construction which boosted air into the manifold at certain specific pressures. This will create the turbulence necessary to produce such a dramatic improvement in combustion efficiency. Such improvements more than overcome the slight leaning of the mixture and practical experience has shown that many engines actually run cooler with the device fitted. There are nine main benefits for the motorist from fitting a RTEC Air Booster : Improve Braking System up to 40% Shorten Braking Distances up to 40% Fast Responses On Braking Pads Better Engine Performance up to 20% Better Petrol Consumption up to 20% Reduce Engine Vibrations up to 30% Reduces Pollution by an average of 50% Almost Maintenance FREE Decreases the amount of CO & HC, in the residual gases that are expelled from the engine after combustion. What is RTEC Air Booster ? RTEC Air Booster is made from Pure Aluminum AOO ( 99.5% Aluminum Alloy of advanced air container). It has seamless body structure, strong and durable with impact resistant. The fittings joint are made from pure brass copper thus eliminate it from getting rusted and heat resistant. The tubing hose are made from high resistance rubber and durable . How does RTEC Air Booster works ? RTEC Air Booster is an air booster chamber where it stores the incoming air and boost the air into the manifold system. RTEC Air Booster also acts like a sub servo brake pump thus enlarges the quantity of air to store more vacuum. This theory effect will increased the performance and the pressure of the braking system. It seem like you had converted to a larger servo brake pump (costly) or converted your rear drum brakes system to disk brake systems (costly). brakeing point (Speed at 60 km/h) BRAKE TEST BEFORE 1 2 3 4 5 6 AFTER INSTALL RTEC AIR BOOSTER AIR BOOSTER TEC 1 2 3 4 5 6 Because the effect the RTEC Air Booster is to create a better suspension of fuel molecules in the mixture you get an improvement in the combustion process. In other words you get a better bang - or more bang for your petrol. This makes acceleration smoother and more rapid and has cured flat spots in the rev ranges of numerous sports cars.  The RTEC Air Booster is used by tuners of performance engines and on a number of competitive touring and sports cars because it incorporates the same 'swirl‘ technology now commonly used in high performance racing engines.  CALL/SMS: 016-4831769