Pipe Tees on Cones Flashcards

1
Q

An alternate trade name for a pipe tee on cone fitting is what?

A

Stub Y

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2
Q

Which pipe tee on cone fitting is most preferred on dust collection systems?

A

30 degree pipe angle fitting

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3
Q

Pipe tee on cone fittings are found in dust collection systems and?

A

Commercial air handling systems

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4
Q

What plan views are needed to develop all patterns for a pipe tee on cone fitting?

A

Both the pipe tee’s and the conical fitting’s plan view

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5
Q

The pipe tee stretchout is developed using?

A

Parallel line development

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6
Q

On which side of the stub is the most common place to put the seam?

A

The short side of the stub

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7
Q

The miter reference points on a conical fittings plan view are not always in numerical order. True or false?

A

True, this order will vary depending on the stub’s size, location, and the conical fittings dimensions.

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8
Q

The distance from the opening of the stub to the points on the miter line are all true lengths. True or false?

A

True

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9
Q

The true lengths can be transferred across to develop the stub pattern using?

A

Parallel line development

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10
Q

How do you calculate the stub stretchout?

A

By multiplying the diameter by 3.14 and then diving by 2

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11
Q

What is only necessary when the stub is on centre?

A

Only a half of the stub pattern is necessary

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12
Q

Sectional curves can be found in what fitting?

A

45 degree fitting

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13
Q

What is the minimum number of points needed to develop sectional curves?

A

3

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14
Q

What view is developed from the sectional curves?

A

Hole miter plan view

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15
Q

What must be developed on the elevation view prior to creating the hole pattern stretchout?

A

Developed miter

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16
Q

The hole pattern for a 45 degree pipe tee on cone is developed using?

A

Radial line development

17
Q

The reference line can be placed anywhere along the right half of the elevation view. True or false?

A

True

18
Q

The arcs/curves created are called?

A

Sectional curves

19
Q

The sectional curves created are?

A

Reducing radius curves and do not have a common apex or radius

20
Q

Where is the stretch-out developed?

A

Parallel to the stub