Catena elevatoria chalybis mixti 8mm / 12mm G80 ad fundam catenariam et machinam elevatoriam catenariam

Descriptio Brevis:

Innixi technologia productionis catenarum elevatoriarum SCIC G80 et G100, seriem productorum nostrorum ad catenas elevatorias subtilissimas Gradus T (Typos T, DAT et DT) extendimus, ad usum in elevatoriis catenariis serialibus, manualibus et motoricis.

Magnitudo:8mm

Structura:Catena Soldata

Functio:Elevatio et ligatio, Onerum elevatio, Onerum ligatio, Sublevatio

Materia:Chalybs Mixtus

Norma:DIN EN 818-7

Superficies:Niger, Zincus, Simplex

Onus probationis:50.3kN

Onus frangendum:80.4kN

Quantitas minima (MOQ):Centum Metra

Exemplum:Disponibile

Mitte nobis inscriptionem electronicam

Detalia Producti

Descriptio Societatis

Etiquettae Productarum

Catena elevatoria chalybis mixti 8mm / 12mm G80 ad fundam catenariam et machinam elevatoriam catenariam

Categoria

Elevatio et ligatio, catena sublevatoria,catena nexus brevis, catena nexus rotundi elevans,Catena gradus T, catena gradus DATCatena DT gradus, DIN EN 818-7catena brevis nexus ad elevationem,catena elevatoria tolerantiae subtilis,catena chalybis mixti

Applicatio

Levatio et ligatio, onera elevata, onera ligata, sublatio

Producta Similia

Catenae Fodinarum

Catenae Levatoriae

Catenae Piscatoriae

Catenae Convectorum et Elevatorum

Parametrum Catenae

Figura 1: catena / nexus elevatorii

Clavis

1	Lineam mediam nexus percurrere	l	est longitudo multiplicis iactus
p	est sonus	dm	diameter materiae ut mensuratur est
ds	diameter suturae est	e	est longitudo dimensionaliter afficta a soldadura
w3	latitudo interna est ad suturam	w2	latitudo externa super suturam est

Tabula 1: dimensiones catenae / nexus elevatorii (mm)

Nominal size dn	Material diamaetertolerance	Pitch		Widecessio		Gaugelengthof 11xpn		Wager diamaeter ds max.
Nominal size dn	Material diamaetertolerance	pn	tolerance1)	internalis w3 min.	external w2 max.	l	tolerance1)	Wager diamaeter ds max.
4	±0.2	12	0.25	4.8	13.6	132	0.6	4.3
5	±0.2	15	0.3	6.0	17.0	165	0.8	5.4
6	±0.2	18	0.35	7.2	20.4	198	1.0	6.5
7	±0.3	21	0.4	8.4	23.8	231	1.1	7.6
8	±0.3	24	0.5	9.6	27.2	264	1.3	8.6
9	±0.4	27	0.5	10.8	30.6	297	1.4	9.7
10	±0.4	30	0.6	12.0	34.0	330	1.6	10.8
11	±0.4	33	0.6	13.2	37.4	363	1.7	11.9
12	±0.5	36	0.7	14.4	40.8	396	1.9	13.0
13	±0.5	39	0.8	15.6	44.2	429	2.1	14.0
14	±0.6	42	0.8	16.8	47.6	462	2.2	15.1
16	±0.6	48	0.9	19.2	54.4	528	2.5	17.3
18	±0.9	54	1.0	21.6	61.2	594	2.9	19.4
20	±1.0	60	1.2	24.0	68.0	660	3.2	21.6
22	±1.1	66	1.3	26.4	74.8	726	3.5	23.8
1)Thesetolerancesareusuallydividedinto+2/3aet–1/Tresforbo-ustilleindividualislinkaetthe standardgaunumeruslength.

Tabula II: limes oneris laboris catenae elevatricis (WLL)

Nominal size dn

Chain type T

Ceheun type DAT

Ceheun type DT

0.5

0.8

1.1

0.4

0.63

0.9

0.25

0.4

0.56

1.5

2.5

1.2

1.6

0.75

1.25

3.2

3.8

4.5

2.5

3.6

1.6

1.9

2.2

5.3

4.2

6.3

2.6

12.5

6.3

7.5

mean stress N/mm2

ducenti

CLX

centum

Tabula III: vires probationis fabricationis catenae elevatoriae et vires fractionis

Nominal size dn mm	Manufacturing proof force (MPF) kN min	Breaking force (BF) kN min
4	12.6	20.1
5	19.6	31.4
6	28.3	45.2
7	38.5	61.6
8	50.3	80.4
9	63.6	102
10	78.5	126
11	95	CLII
12	113	CLXXXI
13	133	212
14	CLIV	246
16	201	322
18	254	407
20	314	503
22	380	DCVIII

Tabula 4: elongatio ultima totalis et duritia superficialis

	hoist ceheun types
	T	DAT	DT
Total ultimusimate elongation A%min	10	10	5
Surface hardiess min dn < 7 mm, HV 5 dn = 7 mm to 11 mm, HV 10 dn > 11 mm, HV 10	360 360 360	quingenti quingenti 450	550 550 quingenti