Excel Basic Operation Manual

Slides:



Advertisements
Similar presentations
Colchester Student 1800 Basic Operation Manual
Advertisements

1 GRASP SAAST 2005 Robotics University of Pennsylvania Dave Cappelleri Piston Project: Machining Basics.
Copyright © Texas Education Agency, All rights reserved. Flexible Manufacturing Precision Machining Safety 1.
The Metalworking Lathe
Boring Head Kaizen Project By: Tyson Meeks Christopher Tockey.
Cutting Machines Foldable Information. DRILL PRESS Related Terms  Center punch  Cutting Oil.
MACHINE TOOL Prof. kiran gore.
Z-Axis Feed Tips Use with a boring head. Use when drilling through soft materials that “pull” drill bit when finishing cut. Commonly affected materials:
…………..Continued Recap Machine tool Lathe machine Basic components
Service Seminar Memory Craft Table of Contents MC10001 Top Cover Removal…………………………………………………………………..…………1 Belt Cover Removal……………………………………………………………..……………2-4.
The Lathe machine.
MCQ.
Centre lathe.
Lathe.
An Introduction to the Engine Lathe By Trevor Rutz.
Conventional Machining
USING THE LATHE TO MAKE THE TENSILE TESTING SAMPLE
Lathe Machines Types of Lathes: Center Lathe Engine Lathe Bench Lathe
Lathe and drilling machines
The main function of a lathe is to turn cylindrical shapes.
Lathe Machine.
LATHE OPERATIONS The various operations that can be performed on a lathe are: Turning. Step turning. Taper turning. Thread cutting. Facing. Knurling Chamfering.
MACHINE TOOLS Dept. of Mech & Mfg. Engg..
The Lathe Section 11.
Unit 4 Machine Tools Machine Tools (Basic Elements, Working principle
Lathe and drilling machines
Module-6 Drilling.
Metal cutting, or machining, is a process of cutting off a layer of metal from a work-piece surface in the form of chips by the cutting tool in order to.
Harding High School Technology Lab Safety Power Machine Review Mr. Pottkotter & Mr. Robinson.
Session 3 Classification of lathes Kinematics system of centre lathe
XYZ 1330 Basic Operation Manual
Setting up correctly Different types and their use
Provided by Mentors of Team 624
LATHE MACHINE IMS ENGINEERING COLLEGE,GHAZIABAD Submitted by Ankit Chauhan ( )
Introduction Lathe is a machine, which removes the metal from a piece of work to the required shape &size The basic lathe that was designed to cut cylindrical.
1. Bed 2. Headstock 3. Tailstock 4. Carriage 5. Feed Mechanism.
The Centre Lathe. Produced by Neil Liggett.
ELEMENTS OF MECHANICAL ENGINEERING
THE CENTRE LATHE - 'FACING OFF' A very basic operation is called ‘facing off’. A piece of steel has been placed in the chuck and the lathe cutting tool.
Shroff S.R. Rotary Institute Of Chemical Technology
1 HASMUKH GOSWAMI COLLEGE OF ENGINEERING & MANAGEMENT Academic Year :
Machining Module 5: Lathe Setup and Operations. Parallel (Straight) Turnning Parallel turning is to move the cutting tool parallel to the longitudinal.
Session 3  Classification of lathes  Kinematics system of centre lathe  Working principle of lathe machine.
UNIT-II TURNING MACHINES
Internal and External Screw Threads
Unit 4 Machine Tools Machine Tools (Basic Elements, Working principle
TOPIC:CENTRE LATHE,CONSTRUCTIONAL FEATURES
The Centre lathe Damian Keenan.
Presentation on workshop practice
UNIT-II TURNING MACHINES
Flexible Manufacturing
1 – processed surface, 2 – cutting surface, 3 – finished surface
Different Types of Lathe Operations And Alignment Test
Lab Safety.
An Introduction to the Engine Lathe
SNS COLLEGE OF ENGINEERING
Introduction to the Lathe Machine
DESCRIPTION AND GUIDE TO OPERATIONS
Lathe Machines Types of Lathes: Center Lathe Engine Lathe Bench Lathe
Facing & Center Drilling
MECHANICAL ENGINEERING
Lecture by: Gp Capt Hamidullah Khan Niazi
1. Calibrate all sensors in the machine.
Taper Turning on the Centre Lathe
(Lecturer in Mechanical Deptt.)
The Centre Lathe.
Facing on the Centre Lathe
The Engine Lathe.
310 Series Basic Leveling Procedure
Lathe Machines B.Tech III Year I semester R16
Presentation transcript:

Excel Basic Operation Manual 1) Spindle Speed Selection 2) Spindle Operation 3) Setting automatic feed speed rate mm/revolution 4) Operating automatic feed of carriage along bed of machine 5) Operating automatic feed of cross-slide across bed of machine 6) Drilling holes in material using Tailstock 7) Turning a taper using the compound slide

Spindle Speed Selection rpm To select 510 rpm spindle speed locate position on speed selector panel and rotate outer selector lever (A) so arrow points to right hand columns see below . Rotate inner selector lever (B) so arrow on right side points to row containing the correct speed Look at number above column containing correct speed (1) this is motor speed, set motor speed to (1) using motor speed selector switch as shown right. To select 165 rpm spindle speed locate position on speed selector panel and rotate outer selector lever (A) so arrow points to left hand columns see below . Rotate inner selector lever (B) so arrow on left side points to row containing the correct speed Look at number above column containing correct speed (2) this is motor speed, set motor speed to (2) using motor speed selector switch as shown right. B B A A

Spindle Operation To operate spindle in forward direction pull clutch lever (1) out to the right and push down as in diagram below. To stop spindle lift clutch lever back up into neutral position as in diagram below To operate spindle in reverse direction pull clutch lever out to the right and pull up 1

Setting automatic feed speed rate mm/revolution 1) Refer to chart of feed rates located on control panel as in diagram (A) 2) Select feed rate for example 0.188 mm/rev (blue box) 3) Look at gear selector positions in left hand column and top row (yellow boxes) 4) Rotate gear selector levers until arrows line up with correct letters/number as indicated in diagram (B) (A) (B)

Operating automatic feed of carriage along bed of machine Start machine spindle using clutch lever. Pull feed engage lever (A) to the left then lift up as in diagram below Note disengage feed before turning spindle off on shut down A

Operating automatic feed of cross-slide across bed of machine Start machine spindle using clutch lever. push feed engage lever (2) to the right and push down as in diagram Note disengage feed before turning spindle off on shut down 2

Drilling holes in material using Tailstock Rotate hand-wheel (A) on tailstock clockwise until scale on quill (B) is visible as in diagram below Insert chuck with centre drill fitted into quill ensuring tang lines up correctly as below. Move tailstock along machine bed until centre drill is around 20mm from work-piece then lock in position by pushing locking lever (C) forward Turn spindle on and rotate hand-wheel (A) clockwise to drill into work-piece Rotate anti-clockwise to withdraw, change drill to correct size and repeat process

Turning a taper using the compound slide Using correct size Allen key loosen compound slide securing screws (A) one on front one on rear Rotate compound slide to align correct angle with datum line, example 20 degrees and lock securing nuts Move Carriage along bed of machine until tool is close to material Set tool at corner of material and wind back slightly carriage , move cross-slide forward by 0.5mm Rotate hand-wheel (B) on compound clockwise at a constant speed to cut taper When cutting stops rewind compound slide, apply further 0.5mm cut using cross-slide and repeat until correct taper is produced A B