hi thank you for giving us the tips for manufacturing 🙏 how do you know what angle you need for a 4 in 1 or a 6 in 1? how can you know how necessary it is?
Hi, I'm glad I can help. The angle of rotation of the tube between the cuts are: 3-1 60 4-1 90 6-1 120 For example 6-1 collector 360°÷6=60 60 is the rest of the pipe that must remain on each pipe in order to connect them to get a 360 degree circle at the end. Now we calculate turning angle of the pipe betwen cuts 180-60=120
@@GPGarage1 thank you for your help 🙏😊 so if I understood correctly with the final calculation it gives 41.86 to trace on the paper? How much did you trace on the cutting template? to place the tubes mark
Pi = 3.14 The number π (/paɪ/; spelled out as "pi") is a mathematical constant that is the ratio of a circle's circumference to its diameter, approximately equal to 3.14159.
Очень полезный канал, некоторые видео пересматриваю по несколько раз.
Большое спасибо за ваши старания😮👍
И еще интересно, вы выбрали угол атаки 15°. Как рассчитать этот угол?
hi thank you for giving us the tips for manufacturing 🙏
how do you know what angle you need for a 4 in 1 or a 6 in 1?
how can you know how necessary it is?
Hi, I'm glad I can help.
The angle of rotation of the tube between the cuts are:
3-1 60
4-1 90
6-1 120
For example 6-1 collector
360°÷6=60
60 is the rest of the pipe that must remain on each pipe in order to connect them to get a 360 degree circle at the end.
Now we calculate turning angle of the pipe betwen cuts
180-60=120
@@GPGarage1 thank you for your help 🙏😊
so if I understood correctly with the final calculation it gives 41.86 to trace on the paper?
How much did you trace on the cutting template? to place the tubes mark
Yes that's right.
6-1 collector and a 40mm primary tube.
The question is 3.14 is where does it come from ?
Pi = 3.14
The number π (/paɪ/; spelled out as "pi") is a mathematical constant that is the ratio of a circle's circumference to its diameter, approximately equal to 3.14159.
@@GPGarage1 Thanks