High Frequency power Tool System An Introduction.

Slides:



Advertisements
Similar presentations
ENERGY CONVERSION ONE (Course 25741)
Advertisements

Synchronous Machines (AC Generators)
ELECTRICAL POWER AC MOTOR & DC MOTOR.
Wind Turbine Session 4.
Technical Seminar on Refrigeration & Air Conditioning
HYDRAULICS & PNEUMATICS
Single Phase Induction
T. YOSHIDA, J. OYAMA, T. HIGUCHI, T. ABE and T. HIRAYAMA Department of Electrical and Electronic Engineering, Nagasaki University, Japan ON THE CHARACTERISTICS.
Electric Motors and Generators
DC Motors electrical machine1 J 2006.
Sleek Stabilizer for A/C Units By Executive Engineer (Electrical) BSNL, Electrical Division,Tirunelveli.
EE 306 DC MACHINES Hatem Al-Ghannam
Electric Motor Control with Regenerative Braking Cody Doremus & Keegan Roach Advisor: Mr. Gutschlag Bradley Electrical Engineering Senior Design Project.
How Motors Operate Presented by John Freeland
Lesson 33 AC Generators.
DC Motors, Stepper Motors, H-bridges DC Motors Stepper Motors Motor Control Circuits – Relays – H-bridges.
Electrical Fundamentals
Electrify Me! Electricity Basics.
Course Coordinator Prof. Suneet Tuli Presented by- Rupali Gupta (2012TTE2398) M.Tech 1 st Year Textile Engineering.
THE GENERATOR 3. Generators are used to provide large scale power production.
Three-Phase ac Voltage Generation
Sensors and Actuators John Errington MSc. Sensors and Actuators Sensors produce a signal in response to a change in their surroundings e.g. Thermostat.
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
Chapter 19 Charging Systems.
SECTION 4 ELECTRIC MOTORS UNIT 19 MOTOR CONTROLS.
Introduction to Electrical Machines
Chapter 22 Alternating-Current Circuits and Machines.
Electro-Pneumatics Module 1
Synchronous Induction
DC Machines.
AC Generators (Alternators)
AC vs. DC The production of and use of electricity is an expensive business.Therefore the most efficient use of the resource is required. The most efficient.
Chapter 5. Electric Machines.
Power Factor Improvement Lecture 9. Normally, the power factor of the whole load on a large generating station is in the region of 0·8 to 0·9. However,
Electric Machine Introduction
Motors and Generators.
Magnetic field due to an electric current
DC Machines.
Key ideas 21.2 Application of electromagnetic induction  Electromagnetic induction is used in microphones tape recording and playback generation of electricity.
BLDC Motor Speed Control with RPM Display. Introduction BLDC Motor Speed Control with RPM Display  The main objective of this.
AC Motors AC current reverses direction Two parts: stator and rotor
ACTIVE LEARNING ASSIGNMENT SUBJECT: DC Machine and Transformer TOPIC: Necessity of Starter and its Types Branch: Electrical Engineering Prepared By :-Charan.
Induction motor National Research Tomsk Polytechnic University Student: R.N.Kalimbekov Group 5GM42 Teacher: O.S.Kachin Tomsk 2015.
Topics Introduction Review: Principle of Operation of Electric Machinery AC machines Single phase induction motors Other special purpose motors Exercise.
Prepared by:- Chandan pathak ( ) Utpal rathod( ) Hitendra vyas( )
AC Machines. BOOSTER Basic Function:- -Sometimes when we use electrical power we need different voltage level to main supply. It is provided by Booster.
Fundamentals of DC Electric Machinery
INVERTER TECHNOLOGY.
POWER SUPPLY IN A/C COACHES The power supply technology used in train interiors have indirect coupling with axle. This makes system lesser efficient and.
Induction Motor (Asynchronous Motor)
CLOSED LOOP SPEED CONTROL OF DC MOTOR WITH PWM TECHNIQUE
Faculty of Degree Engineering – 083 Department of Electronic& communication Engineering –11 BRANCH:- ELECTRONICS & COMMUNICATION.
UNITED Group of Institution
EEE223 Energy Conversion II Md. Asif Uddin Khan Lecturer, EEE BRAC University.
CNC FEED DRIVES Akhil Krishnan G M.Tech 1. CONTENTS 1.Introduction 2.Requirements of CNC feed drives 3.Servo motor 3.1 Servo drive control 3.2 Components.
Internal Combustion Engines
CNC FEED DRIVES.
It’s…….
Sub Station.
Chapter Electromechanical Systems 6. Chapter Electromechanical Systems 6.
Introduction to Electric Power System and A. C. Supply
GOVERNMENT ENGINEERING COLLEGE DAHOD
Single Phase Induction
ELECTRIC TRACTION SYSTEM
Pulse valve manufactured by Maniks
EET 323 – Electrical System Design Lecture 13: Motor Circuits
AC Drives Dr. Adel A. El-Samahy Department of Electrical Engineering University of Helwan.
INTRODUCTION OF ELECTRICAL MACHINES
Mechatronics presentation
Presentation transcript:

High Frequency power Tool System An Introduction

Is an original Product that has resulted out of over 25 years of experience with various types of motors, including power tools Developed out of rigorous study of different types of Motors, including those which were imported and did not have substitutes in India Manufactured conforming to CEE requirements, using easily available, Standard Indian parts.

A recap on High Frequency power tools High Frequency Power tools operate in frequency above the normal Indian standard frequency – 50 Hz Normally, the International Standard is 300 Hz, 3 phase, 200 V HF power tools need a frequency converter to convert the standard 50 Hz 3 phase power supply to 300 Hz, 200 V output The tools connected to this output are specially made and are not to be connected to standard power source All the tools used in HF supply are 3 phase induction motor. These types of motors are very stable in comparison to Universal motor or Air operated motors

High Frequency Tools Vs Pneumatic Tools Pneumatic tools use INDIRECT ENERGY – Electrical energy converted to compressed air. Power used in the process is high, which normally is overlooked. Moreover, the losses in transmitting air and the need to keep the lines free from moisture and impurities increase the cost of maintaining the pneumatic system. This also increases the need to compress the air to a higher pressure at the point of compression Vs the actual business end Over and above, pneumatic tools reduce speed drastically, needing more abrasives and man hours to complete a task

High Frequency Tools Vs Conventional Power Tools No wear and tear parts used to make the electrical circuit- No carbon brush, No Armature. Hence replacement cost of parts low. The 3 phase induction motor drops in speed to a max 5 %, whereas universal motors drop in speed up to about 40 %, consuming more abrasives to complete the same job Duty rating of induction motor is continuous and they can be used even on 3 shift operations, without break downs, repairs and related costs affecting your schedule and budget

High Frequency System has as its elements A frequency converter Control cum distribution panel to take in standard power supply and convert to HF output Wired workstations from where HF supply can be used for grinding Power tools that operate on HF power supply Conventionally, all existing power tool manufacturers make only power tools and they outsource frequency converter. The supply and installation of panel and wiring needs to be planned and executed by the Purchasing Company, using a 3 rd party. In this case, whenever you have a change in lay out, this will also require changes in permanent wiring to draw lines to new changed positions.

Difference with Haller HF System Panel Integral with the Converter Converter, Panel and power tools manufactured in house from the same source No need for permanent wiring of work stations, Entire system trolley mounted No need for 3 rd party intervention for making and installing panel. Reduces project implementation time Always uses rotary converter and does not rely on solid state circuits, which can be less reliable

Difference with Haller HF System Each tool connected to the panel with unique connector. No chance of the HF tool being connected to any other power source Converter switched off whenever tools are idle for more than 1 minute. Automatically switched on with a Late Back switching arrangement, just by pressing the trigger switch on the machine Embedded overload protector cuts off the machine, when temperature rise of the windings become very high

Difference with Haller HF System Every tool comes standard with 25m cable and connector and need not invest in these at additional cost Though simple and robust to maintain, comes with One Year on-site warranty When you are dealing with HALLER, you are directly dealing with the manufacturing organization and not a sales subsidiary of an MNC Easy availability of spare parts as no spare needs an import.

Existing Installations - Haller HF System Anand Engineering Works – Satara RD Engineering works – Nashik Bhansali Trailers – Kopergaon Raj Engineering works – Turbhe Ulka Industries – Bhosari, Pune Raunaq Engineering – Bhosari, Pune JJ Engineering – Bhosari, Pune Hindustan Dorr Oliver, Ahmedabad, Gujarat It took 10 years to develop and perfect HF System

Experience behind Haller HF System Mr Kuldeep Singh has over 25 years of experience in giving life to large AC/ DC motors & generators. Even complicated imported products are also serviced with ease Has handled many ON-SITE problem solving as Authorized service partner for Kirloskar Electric Company

Experience behind Haller HF System Service portfolio encompasses Induction Motors, Large AC motors, DC motors, servo motors, HF spindle and Linear motors Expertise also includes manufacturing stators and rotors for motors that were imported and the spares had to fit and perform as good as imported

Some Problem solving credentials

Experience in giving life to Motors

Gave life to a Product that solves problems…

Haller HF System is ORIGINAL IN DESIGN, SIMPLE TO INSTALL, SAFER TO USE AND AS GOOD AS ANYWHERE ELSE IN THE WORLD

Difference with Haller HF System Having decided to go in for High Frequency power Tools, Don’t you think, it is better to use the budget for a larger implementation in a shorter time?

THANK YOU FOR YOUR ATTENTION!