sheet metal parallel line development A sheet metal development serves to open up an object that has been rolled, folded, or a combination of both, and makes that object appear to be spread out on a plane or flat surface. .
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0 · sheet metal pattern development
1 · sheet metal pattern design
2 · sheet metal parallel line design
3 · parallel line pattern development
4 · parallel line pattern design
5 · parallel line design
6 · creating a parallel line sheet metal
7 · 3d metal parallel line pattern
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sheet metal pattern development
When wanting to build a project, we need to first imagine it. The process of pattern development gives us the ability to take that visual representation and actually create the object. It allows us to turn two-dimensional metal into three-dimensional objects, which is the basis for everything we fabricate. Consider . See more
sheet metal pattern design
The process of pattern development is the way we turn 2D sheets of metal into 3D objects. A parallel line is one of the basic forms of layout. We use it when element . See more This book covers all three forms of layout as well as geometric construction. It introduces the learner to the techniques used in parallel line, radial line, and triangulation. With videos and animations, the learner has an .
Create a Parallel Line. Draw a line. Set your compass equal to the distance required for the parallel line. Swing at least two arcs from the line. Create the parallel line from the peak (point .Section 14.2. Drawing Pattern. Developments. Chapter Objectives. Explain how pattern development is used in the packaging industry. Identify the methods for processing sheet .A sheet metal development serves to open up an object that has been rolled, folded, or a combination of both, and makes that object appear to be spread out on a plane or flat surface. .
Parallel line development uses parallel lines to construct the expanded pattern of each three-dimensional shape. The method divides the surface into a series of parallel lines to determine .
Radial line development: It is used if true length of an edge is shown in front view and top view shows the lengths of edges of base line e.g. a cone. Parallel line development: It is used for .Parallel Line Development. Parallel line development uses parallel lines to construct the expanded pattern of each three-dimensional shape. Essentially, parallel lines project specific points from .
sheet metal parallel line design
parallel line pattern development
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Level 1 introduces the sheet metal occupation and its tools and equipment. You’ll examine the basics of plasma arc cutting, math and measurement, layout and forming, and .
Aug 21, 2015
Pattern Development: Sheet Metal Level 1. Geometric Construction. 6 Create a Parallel Line Draw a line. Set your compass equal to the distance required for the parallel line. Swing at least two arcs from the line. Create the parallel line from the peak (point of tangency) of the arcs.Pattern Development: Sheet Metal Level 1. Radial Line Pattern Development In Parallel Line Pattern Development, we required parallel element line or bends. Some objects are of a conical shape and parallel line will not work on them. Rather, .
1 Construct Triangles – “Triangulation” When the Three Lengths Are Known (3-4-5) Draw a line equal to one of the known lengths. Set your compass to the second known length (6 inches) and swing an arc from one end of the line (point A).; Set your compass to the third known length (3 inches) and swing an arc from the other end (point B) of the line, crossing the first arc.A sheet metal development serves to open up an object that has been rolled, folded, or a combination of both, and makes that object appear to be spread out on a plane or flat surface. . Parallel-line development is based upon the fact that a line that is parallel to another line is an equal distance from that line at all points. Objects that .
This piece of sheet metal is developed in the following procedure: 1. . But, in parallel line development, the reference lines are parallel-like a picket fence. In radial line development, the reference lines radiate from the APEX of a cone-like the spokes of a wheel.Pattern Development: Sheet Metal Level 1. Parallel Line Pattern Development. 16 Unequal Diameter 90 Degree Tee-Shop Method We will continue to use short-cuts. In this example, we move the views into the blank size and minimize our drawing. It still gives us the point “where the tee hits the pipe” and it is much more manageable to do in the . Sheet Metal is a four-part training curriculum developing skilled, credentialed sheet metal technicians. The training is designed to prepare you for a wide range of careers. . Parallel Line Development (04105) Installation of Ductwork (04106) Installation of Air Distribution Accessories (04107) Need help? Get in touch. United States
22 Frustum of a Cone . Draw an elevation view, including the apex point.; Profile the base of the elevation view and divide it into 6 equal parts.; Label the profile from 1 to 7 and project the divisions vertically into the base of the cone. Project the element lines from the base to the apex of the cone.; Locate a radius point where you want to develop the pattern.Study with Quizlet and memorize flashcards containing terms like Sheet metal pattern, Parallel line development, Transition piece and more. . Parallel line development. Pattern used to make prisms and cylinders. Transition piece. to connect to differently shaped openings such as a circular opening and a square opening.14 Pipe on a Miter . Draw a full plan (top) and elevation view (front) of the project, complete with the miter line.; Divide the plan view into 12 equal parts (see Divide a Circle Into 12 Equal Parts) and label it. It is common practice to label a round object with numbers. Project the plan view divisions down into the elevation view.
sheet metal ch 7. 5.0 (1 review) Flashcards; Learn; Test; Match; Q-Chat; Get a hint. true or false, a pictorial drawing shows the object after being formed? true. 1 / 35. 1 / 35. . parallel line development, radial line development, and triangulation? true. true or false, to avoid over cutting when notching, the end of the blades are .Pattern Development: Sheet Metal Level 1. Parallel Line Pattern Development. 19 Round Elbow For this example we will use a 6″ diameter-6″ throat radius-4pc-90°. Use the elbow rule (# of pcs × 2 − 2) to find the number of gores. For our example, it is 4 × 2 − 2 = 6.20 Right Cone . Draw an elevation view.; Profile the base of the elevation view and divide it into six equal parts (see Divide a Circle Into 12 Equal Parts).; Label the profile from 1 to 7 and project the divisions vertically into the base of the cone. Project the element lines from the base to the apex of the cone.; Locate a radius point where you want to develop the pattern.
Pattern Development: Sheet Metal Level 1 Line E Brian Coey BCcampus Victoria, B.C. . Parallel Line Development. The process of pattern development is the way we turn 2D sheets of metal into 3D objects. A parallel line is one of the basic forms of layout.
Sheet metal is of very less thickness and has sharp edges, which can cause injury to the worker or user. . • Parallel line development W2.6.1 STRAIGHT LINE DEVELOPMENT This method is used if surfaces of the object are flat and true size of each side is known e.g. a box, a
3 Bisect an Arc . Draw an arc.; Draw a line that connects the two points of the arc (now, bisect the line).Set your compass to approximately ¾ of the length of the line. (The important thing is to set it to more than half. The further past half .Introduction to Sheet Metal Layout and Processes (7.5 Hours) Trainee ISBN 978-0-13-604834-3 Instructor ISBN 978-0-13-604880-0 (Module ID 04103-08) Introduces parallel line development, radial line development, and triangulation. Covers the selection and use of layout, hand, and machine tools. Discusses how to
Parallel Line Development. The process of pattern development is the way we turn 2D sheets of metal into 3D objects. A parallel line is one of the basic forms of layout. We use it when element lines (bends) on an object are indeed parallel. The two ends of the part must be the same._____ and _____ are examples of the parallel-line pattern developments. pyramid and cone _____ and _____ are examples of the radial-line pattern development. Used to connect two differently shaped openings . additional strength and rigidity. The wired edge is added to the edge of a sheet metal object for _____. combination snips, standard .Pattern Development: Sheet Metal Level 1 Line E Brian Coey BCCAMPUS VICTORIA, B.C. . Parallel Line Pattern Development 14. Pipe on a Miter 41 15. Equal Diameter 90 Degree Tee 45 16. Unequal Diameter 90 Degree Tee-Shop Method 49 17. Off Centre 90 Degree Tee 53 18. .
Draw in the element lines from the profile divisions. Where the element lines hit the pipe in the end elevation view, project them horizontally into the front view. Following the labeling, draw in the miter line in the front view. Draw the tee stretch-out and divide into 12 equal parts (see Divide a Line Using a Ruler on an Angle).Because the top and bottom are parallel, triangulation from plan view will be used. This is a much quicker way to develop the pattern, compared to using elevation view.; Draw a plan view complete with element lines and labeling. Label the top with 1-4 and A-D for the bottom.Parallel Line Pattern Development. 14. Pipe on a Miter. 15. Equal Diameter 90 Degree Tee. 16. Unequal Diameter 90 Degree Tee-Shop Method. 17. Off Centre 90 Degree Tee. 18. Oblique Tee. 19. Round Elbow. . Pattern Development: Sheet Metal Level 1. Radial Line Pattern Development. 21 PyramidThe document discusses different methods for developing sheet metal patterns from objects, including parallel line development, radial line development, and triangular development. It also covers fabricating edges, joints, seams, and notches in sheet metal. Parallel line development is used for objects with parallel lines or uniform cross-sections, radial line development is used .
(17.5 hours) Module ID 04105 - Parallel Line Development Of the three methods used for sheet metal layout, parallel line development is the one most frequently used to create sheet metal fittings for air distribution systems. This module examines how to use parallel line development to lay out the patterns to fabricate various fittings commonly .The document discusses surface development, which is the process of unfolding or flattening out the surfaces of a 3D object onto a 2D plane. It defines surface development and explains its importance for sheet metal work and construction. The key methods covered are parallel-line development for prisms and cylinders, radial-line development for pyramids and cones, and .Pattern Development: Sheet Metal Level 1. Parallel Line Pattern Development. 18 Oblique Tee Note: This is the only tee which requires a full front elevation view. Draw a full front and end elevation view. Draw profiles on the tee in both views and divide into 6 equal parts (see Divide a Circle Into 12 Equal Parts). Include all labeling.
parallel line pattern design
parallel line design
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sheet metal parallel line development|sheet metal pattern design