How to calculate the cutting size of Shide plastic steel window? 10

The algorithm is the same for any material, I don't know what you want to count? Or.

Frame blanking: width = finished window width + welding capacity 2, high = finished product source window height + welding capacity 2.

Fan blanking: fan height = finished window height - 2 - slide rail height - profile frame thickness 2 + lap amount base chop + welding melt amount 2

Fan width = (finished window width - profile frame thickness 2 + lap amount 2 + profile thickness - cover thickness zhidao degree) 2 + welding rubber gear 2

Muntal blanking: mullion = finished window width - profile frame thickness 2 + profile mullion thickness 2 + welding capacity 2 According to the blanking size on the design order, when the specific doors and windows are made, the depth of the V mouth on the small surface of the profile is: half of the width of the welded mullion small surface minus the welding allowance.

For example, when the Shide 60 series profile is welded with SE76, the depth of its V port on the small surface of BR60 is 36 2 -3 = 15mm.

Summary. The blanking size of the plastic steel profile frame is taken as an example of 600*600 size (the actual processing size is 600*600, and the external window is hung). 1. The size of the main frame, considering the amount of welding, is 3mm on each side, and the blanking size is:

Width or height +6mm, the window above, the frame should be cut size 606mm. 2. The size of the fan: the amount of lap needs to be considered.

The general lap amount is 8mm, and the lap amount of some manufacturers is not 8mm, which needs to be confirmed by asking the profile manufacturer. The blanking size of the fan is: the shortest side size of the welding frame + lap amount * 2 + welding amount 6mm.

If 60 frames are used, after welding 60 frames, there is a large side and a small side, and one side of the small side is the side where the window sash is installed, that is, the direction of the opening of the window sash. For example, if there is a 60 box, the large surface is 60, and the small surface is 40, then in the above example, the size of the fan is 600-40*2+8*2+6=542mm The numbers in the formula are: 600:

the width of the window; 40: the width of the small surface of the welding frame; 8: lap amount; 6：

The welding melt is 3mm on each side and 6mm on both sides. Hope mine is helpful to you and can get yours!

The blanking size of the plastic steel profile frame is taken as an example of 600*600 size (the actual processing size is 600*600, and the external window is hung). 1. The size of the main frame, considering the amount of welding, is 3mm on each side, and the size of the vertical lead is 606mm for the upper window.

2. The size of the fan: the amount of lap needs to be considered. The general lap amount is 8mm, and the lap amount of some manufacturers is not 8mm, which needs to be confirmed by asking the profile manufacturer.

The blanking size of the fan is: the shortest side size of the welding frame + lap amount * 2 + welding amount 6mm. If 60 frames are used, after 60 frames are welded, there is a large side and a small side, and one side of the small side is the side where the window sash is installed, that is, the direction of the opening of the window sash.

For example, if there is a 60 box, the large surface is 60, and the small surface is 40, then in the above example, the size of the sash is 600-40*2+8*2+6=542mm The numbers in the formula are: 600: the width of the window; 40：

the width of the facet of the welded frame; 8: Fiber connection; 6: Welding melt, 3mm on each side, 6mm on both sides.

Hope mine is helpful to you and can get yours!

1. Frame blanking: width = width of the finished hail window + welding capacity 2 height = finished window height + welding capacity 2. 2. Fan blanking:

Fan height = finished window height - 2 - slide rail height - profile frame thickness 2 + lap amount + welding melt amount 2 fan width = (finished window width - profile frame thickness 2 + lap amount 2 + profile thickness source burn - cover thickness) 2 + welding melt amount 2 3, mullion blanking: mullion = finished window width - profile frame thickness 2 + profile thickness 2 + thickness of the profile 2 + welding capacity 2

For example: the width of the outer frame is 1800 * quotient 1460 to find the width and height of the fan, and the actual size.

Type 60 material.

You can consult a professional door and window staff and they will give you the exact size.

The master who doesn't teach people is not a good master, don't do it there directly, this thing is not a secret, or the boss doesn't let you teach, I'm afraid you will go, the cutting size is the finished product plus 6m on the line, the fan height frame height, for example, is 1180, that is, 1180 - the width of the two frame surfaces + the groove depth of a fan - 3m loose + 6m weld = the width of the fan = the width of the fan blanking size Deletion width The width of the frame, for example, is 1980 - the width of the two frame surfaces + the groove depth of the two fans - 2 bump pads, one of which is 1mm +The overlapping edge of a fan is the width of the large surface of the fan divided by 2+6 is the width of the blanking size. In the end, the general 80 can be calculated like this, and the m above is millimeters, and the trouble is to use m! mm or centimeters.

Are you doing this? Apprenticeship.

Ask your master, I can't say this, different materials have different specifications, and you have to understand the fixed formula.

There is also a lot to do with the size of the welder's mouth, as well as the V-mouth.

To understand the principle, or directly tell you how much to add and how much to subtract, you will not change the profile. Besides, you don't have profiles, you don't have series, you don't have window types, and you can't tell you how to calculate.

One. Inner fan height, blanking size (two push-pull, four push-pull are the same) = finished frame height - 2 times the height of the outer frame profile + upper and lower lap joint + welding reduction value (6 for general welding machines).

Among them, the height of the outer frame profile is the distance from the outer frame edge to the highest part of the slide rail, and the amount of the slide equipped with the aluminum slide rail is the highest part of the aluminum slide rail.

The amount of lap will vary according to the difference of profile, generally between 15 and 20. The principle is to install the inner fan, which is neither touching nor easy to derail, but can be tried first and then fine-tuned.

Two. The width of the two push-pull inner fans, the blanking size = the width of the finished outer frame 2 + the total thickness of the middle vertical inner fan buckle cover 2 - the thickness of the cover - the outer edge of the vertical inner fan (the outer edge of the cushion, the back frame of the cushion, after the fan is closed) to the outer edge of the lap outer frame + the welding reduction value (6 for the general welding machine).

Three. Fourth, the width of the push-pull inner fan, the cutting size = the width of the finished outer frame, 4 + the total thickness of the middle vertical inner fan buckle, the total thickness of the cap 2-the thickness of the cap - the outer edge of the vertical inner fan (the outer edge of the buffer pad, the back frame, after the fan is closed) to the outer edge of the lapping outer frame + the welding reduction value (6 for the general welding machine).

It is recommended to look at the door and window node diagram, or take the material head to see the lap relationship.