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Quomodo eligere nps pipe magnitudine et erw tube apparatus magnitudine

Dec . 17, 2024 10:34 .

how to choose nps pipe size and erw tube machine size

Pipe Nominalis Magnitudo (NPS) est Septentrionalis Americanorum statuta mensurarum magnitudinum pro tibiis adhibitis pro pressuris et temperaturis acutis vel demissis. "Nominalis" fistulam in terminis non specialibus significat et diametrum foraminis designat cum numero non dimensiva (exempli gratia - 2-unc nominalis fistulae ferreae" constat ex multis varietatibus fistulae ferreae cum sola criterio 2.375-inch (60.3 mm) extra diametrum.) Fistula specifica a fistula diametri notatur, et alius numerus schedularum non dimensivus, exempli gratia pro muro schedulo-schedula. "Dimeter 2-unciarum fistula, Schedule 40"). NPS saepe perperam vocatur Pipe National Magnitudo, ob confusionem cum American vexillum pro filis fistularum, "tibia nationalis recta", quae etiam abbreviata ut "NPS" appellatio Europae et internationalis NPS aequivalens est DN (diametre nominalis/nominalis diametri/Nennweite), in quo saepe mensurae termini IIS 6708 . DN.

how to choose nps pipe size and erw tube machine size

Applicationem

Fundatur in NPS et schedula tibiae, [5] fistula extra diametrum (OD) et parietis crassitudo haberi potest ex tabulis referentibus quales sunt infra, quae in signis ASME innituntur B36.10M et B36.19M. Exempli gratia, NPS 14 Sch 40 habet OD digitorum 14 (360 mm) et murus crassitudo digitorum 0,437 (11,1 mm). Sed valores NPS et OD non semper aequales sunt, quae confusionem creare possunt.

how to choose nps pipe size and erw tube machine size

erw tubi apparatus pro magnitudine elige et referat

Exemplar	Tubus OD (mm)	Crassitudo (mm)	Quadratus / Rectangulum (mm)	Crassitudo (mm)	Celeritas (m/min)
AIS 12	φ4~φ12	0.2~0.5	//	//	30~120
AIS 16	φ6~φ16	0.2~0.8	//	//	30~120
AIS-20	φ7~φ20	0.2~1.0	//	//	30~120
AIS-25	φ9~φ25.4	0.25~1.2	//	//	30~120
AIS-32	φ10~φ32	0.25~1.5	88~25.425.4 106~31.819.1	0.25~1.2	30~120
AIS-32z	φ10~φ32	0.5~2.0	88~25.425.4 106~31.819.1	0.5~1.5	30~100
AIS-40	φ12.7~φ40	0.3~1.8	1010~31.831.8 2010~4020	0.3~1.5	30~110
AIS-40z	φ12.7~φ40	0.6~2.0	1010~31.831.8 2010~4020	0.6~1.5	30~100
AIS-50q	φ16~φ50.8	0.4~1.5	12.712.7~4040 2010~5025	0.4~1.2	30~110
AIS-50		0.5~2.0		0.5~1.5	30~90
AIS-50z		0.7~2.5		0.7~2.0	30~80
AIS-63q	φ19.05~φ63.5	0.6~2.0	1515~5050 2010~6030	0.6~1.5	30~90
AIS-63		0.7~3.0		0.7~2.5	30~80
AIS-63z		0.8~3.5		0.8~3.0	20~70
AIS-76q	φ25.4~φ76.2	0.8~2.5	2020~6060 3015~8040	0.8~2.0	30~90
AIS-76		0.8~3.5		0.8~3.0	30~80
AIS-76z		0.8~4.0		0.8~3.5	20~70
AIS-90q	φ30~φ90	0.8~3.0	2525~7070 3020~8040	0.8~2.5	30~90
AIS-90		0.8~3.5		0.8~3.0	30~80
AIS-90z		1.0~4.0		1.0~3.5	20~70

AIS-100q	φ31.8~φ101.6	1.0~3.0	2525~8080 3020~10050	1.0~2.5	30~90
AIS-100		1.0~3.75		1.0~3.25	30~80
AIS-100z		1.0~4.25		1.0~3.5	20~70
AIS-114q	φ35~φ114.3	1.0~3.0	3030~9090 4020~12060	1.0~2.5	20~80
AIS-114	φ35~φ114.3	1.2~4.5		1.2~4.0	20~70
AIS-114z	φ40~φ114.3	1.2~5.0		1.2~4.5	15~60
AIS-127q	φ40~φ127	1.2~3.5	4040~100100 6030~12080	1.2~3.0	20~70
AIS-127	φ40~φ127	1.5~5.0		1.5~4.5	15~60
AIS-127z	φ50~φ127	1.5~5.5		1.5~5.0	10~45
AIS-140q	φ50~φ141.3	1.2~4.0	5050~110100 6040~15075	1.2~3.5	15~60
AIS-140	φ50~φ141.3	1.5~5.5		1.5~5.0	10~50
AIS-140z	φ60~φ141.3	2.0~6.0		2.0~5.5	10~40
AIS-168q	φ60~φ168.3	1.5~5.0	6060~130130 8040~16080	1.5~4.5	10~50
AIS-168	φ60~φ168.3	2.0~6.0		2.0~5.5	10~50
AIS-168z	φ76.2~φ168.3	2.5~8.0		2.5~7.0	10~40
AIS-219q	φ89.1~φ219.1	2.0~6.0	7070~160160 10050~200100	2.0~5.5	10~50
AIS-219		3.0~8.0		3.0~7.0	10~40
AIS-219z		4.0~10.0		4.0~9.0	10~40
AIS-273	φ114.3~φ273	4.0~10.0	9090~200200	4.0~9.0	10~40
AIS-273z	φ114.3~φ273	4.5~12.0	12060~260130	4.5~11.0	10~35

Singula grata electronicam mitto ut plura cognoscat.

Pervious

Consumables pro Tube et Pipe Welding-Quomodo Impeder et Ferrite Core utendum

Proximum

ERW pipe faciens machina processus currens chart

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