Technical Data- Yuyao Kangtian Bearing Co., Ltd

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supportantes Material

Classes tolerantiae

supportantes Clearance

Lubricating Grease

Vibratio et sonitus

Rubigo resistens et sarcina

Anulus et Ball Sarcina Material.

Anulos gerentes et elementa volventia plerumque uti chromium carbonis altitudinis gerentis GCr15 ferro (Tabula 1).

Compositio chemica GCr15 uniformes spificationes toto orbe terrarum habet. E.g.American AISI 52100,German DIN100Cr6,Iaponica SUJ2.

Etiam ferro immaculato utitur ad perficiendum anti-mordentem subtiliter secundum specialem applicationem. Quaeso refer ad Tab 2 ad compositionem chemica.

Table 1 Altus carbonis chromium ferens chalybem
Specification	Trademark	Chemical compositione(%)
Specification	Trademark	C	Si	Mn	Cr	S	P	Mo
GB/T 18524	GCr15	0.95~1.05	0.15~0.35	0.25~0.45	1.40~1.65	≤0.025	≤0.025	~
JIS G 4805	SUJ2	0.95~1.10	0.15~0.35	≤0.05	1.30~1.60	≤0.025	≤0.025	≤0.08
ASTM A 295	52100	0.98~1.10	0.15~0.35	0.25~0.45	1.30~1.60	≤0.025	≤0.025	≤0.10

Mensa 2 Compositio chemica ferri immaculati ad volvendum afferentem
Specification	Trademark	Chemical compositione(%)
Specification	Trademark	C	Si	Mn	Cr	P	S	Mo
GB 3086	9Cr18	0.90~1.00	≤0.08	≤0.08	17.00~19.00	≤0.035	≤0.030	~
JIS G 4303	SUS 440 C	0.95~1.20	≤1.00	≤1.00	16.00~18.00	≤0.040	≤0.030	≤0.75

Materia cavea

Pressa cavea

Cavea pressa materia est humilis chalybe carbonii.

Mensa 3 De compositione chemica schedae ferri et carbo carbonis ad caveam ferendam
differentia	Specification	Trademark	Chemical compositione(%)
			C	Si	Mn	P	S
Ferro sheet ad pressed caveam	JIS G 3141	SPCC	≤0.12	~	≤0.50	≤0.04	≤0.045

Nylon cavea

Table 4 Artificia technica ad nylon cavea
Numerus	Descriptio		PA66-GF25	PA66-GF30	PA66-GF15	PA66
1	Aspectus		Caruncula tenuis, sine perspicui coloris differentia, sine coloris particula.
2	Punctum liquescens (℃)		≥255
3	Densitas (g/cm)		1.32	1.36	1.23	1.14
4	Aquae absorbentis rate (%)		≤1	≤1	≤1	≤1.5
5	Corstrictio rate (%)		0.55	0.50	0.75	1.5~2.5
6	Robora distrahentes (MPa)		≤150	≤160	≤110	≤70
7	Roboris impulsum (KJ/㎡)		≥42	≥50	≥35	≥60
8	SCARIFICATIO impulsum robur (KJ/㎡)		≥7	≥8	≥6	≥5
9	Duritiam pila incisum (MPa)		≥200	≥210	≥170	≥130
10	Flexibile modulus (GPA)		≥6	≥7	≥5	≥2.5
11	Deformatio scelerisque tortor [(1.8MPa)℃]		≥240	≥240	≥240	≥70
12	Dilatatio linearis coefficiens (10-5/℃)		2~3	1.5~2	3~4	7~10
13	Opus temperatus range (℃)		-40~ 120	-40~ 120	-40~ 110	-40~90
14	Calor senescit possessiones	a. Roboris distrahentes (MPa)	≥110	-	-	-
		b. Impact fortitudo (KJ/㎡)	≥15	-	-	-
		c. SCARIFICATIO impulsum robur (KJ/㎡)	≥6	-	-	-
Note.Pro PA66-GF25、PA66-GF30、PA66-GF15, contentum fibrarum vitrearum est respective, 25%、30% et 15%

P0、P6、P5、P4 Classises tolerances- anulum interiorem (Assembliecl) μm
tolerantiae Class	d* Nominal bore diametro mm		Δ dmp Declinatio medium genuit diametrum		Δ ds Declinatio unum genuit diametrum		V dp Variatio unius diametri bore			V dmp Variatio media genuit diametrum	Kia Aculeis runout anulus interioris	Sd Axialrunout anuli interioris faciei ad nudum	Sia* Axialis currunt ex interiore anulum	Δ BS Deviatio anulus internae latitudinis		V BS Variatio interioris anuli latitudinis
							Series diametra
							9**	0、1**	2、3/4
							(7、8、9)	(1-7)	2、3/4	/Θ/	↗	↗	↗			//
	super "	incl	max	min	max	min	max			max				max	min	max
PO *** (ABEC-1)	0.6	2.5	0	-8			10	8	6	6	10			0	-40	12
	2.5	10		-8			10	8	6	6	10	10	20		-120	15
	10	18		-8			10	8	6	6	10	14	20		-120	20
	18	30		-10			13	10	8	8	13	16	24		-120	20
	18	30		-10			13	10	8	8	13	16	24		-120	20
	30	50		-12			15	12	9	9	15				-120	20
	50	80		-15			19	19	11	11	20				-150	25
P6 (ABEC-3)	0.6	2.5	0	-7			9	7	5	5	5			0	-40	12
	2.5	10		-7			9	7	5	5	6	8	10		-120	15
	10	18		-7			9	7	5	5	7	8	10		-120	20
	18	30		-8			10	8	6	6	8	9	12		-120	20
	30	50		-10			13	10	8	8	10				-120	20
	50	80		-12			15	15	9	9	10				-150	25
P5 (ABEC-5)	0.6	2.5	0	-5			5	4		3	4	7	7	0	-40	5
	2.5	10		-5			5	4		3	4	7	7		-40	5
	10	18		-5			5	4		3	4	7	7		-80	5
	18	30		-6			6	4		3	4	8	8		-120	5
	30	50		-8			8	4		4	5	8	8		-120	5
	50	80		-9			9	4		5	5	8	8		-150	6
P4 (ABEC-7)	0.6	2.5	0	-4	0	-4	4	4		2	2.5	3	3	0	-40	2.5
	2.5	10		-4		-4	4	4		2	2.5	3	3		-40	2.5
	10	18		-4		-4	4	4		2	2.5	3	3		-80	2.5
	18	30		-5		-5	5	4		2.5	3	4	4		-120	2.5
	30	50		-6		-6	6	4		3	4	4	4		-120	3
	50	80		-7		-7	7	4		2.5	4	5	4		-150	4

Notae:

Mensa abstrahuntur a GB/T307.1 Rolling radialis tolerantiam sustinens, pila Minitra sustinens et accessorium technicae conditionis complementariae in JB/T53415(JB/CQ124).

Sia valores pro P0、P6 Classes in GB/T307.1 dictatae non sunt, sed dictatae in JB/T53415 et JB/T 10336.

brackets are diametri symbola in original national standard(7,8 series not dictatur in new standard).

P0、P6、P5、P4 Classis tolerantia outer anulus (Assembliecl) μm
tolerantia classis	D Exterior dlameter mm		Δ Dmp Medium declinatio extra diametrum		Δ Ds Deviatio unius diametri extra		V Dp Variatio unius diametri extra				V Dmp Variatio media extra diametrum	Kea Aculeis currunt ex af anulum externum	Sd Variatio extra inclinationem generatrix secundum faciem	mare * Axlal anulum exterioris runou	Δ CS Deviatio exterioris anulum latitudine		V CS Variatio exterioris anuli latitudine
							Open			claudere
							9**	0、1**	2、3/4	PO (2、3、4)
							(7、8、9)	(1-7)	2、3/4	0、1、2、3、	/Θ/	↗	V	↗
	super "	incl	max	min	max	min	max				max				max	min	max
PO (ABEC-1)	2.5	6	0	-8			10	8	6	10	6	15		24	ΔBS & VBS similiter cum afferentem interiorem anulum
	6	18		-8			10	8	6	10	6	15	10	30
	18	30		-9			12	9	7	12	7	15	14	36/40
	30	50		-11			14	11	8	16	8	20	16	40
	50	80		-13			16	13	10	20	10	25		40
	80	120		-15			19	19	11	26	11	35		45
P6 (ABEC-3)	2.5	6	0	-7			9	7	5	9	5	8		12
	6	18		-7			9	7	5	9	5	8	10	15
	18	30		-8			10	8	6	10	6	9	10	20
	30	50		-9			11	9	7	13	7	10	10	20
	50	80		-11			14	11	8	16	8	13		20
	80	120		-13			16	16	10	20	10	18		22
P5 (ABEC-5)	2.5	6	0	-5			5	4			3	5	8	8
	6	18		-5			5	4			3	5	8	8
	18	30		-6			6	5			3	6	8	8
	30	50		-7			7	5			4	7	8	8
	50	80		-9			9	7			5	8	8	10
	80	120		-10			10	8			5	10	9	11
P4 (ABEC-7)	2.5	6	0	-4	0	-4	4	3			2	3	4	5
	6	18		-4		-4	4	3			2	3	4	5
	18	30		-5		-5	5	4			2.5	4	4	5
	30	50		-6		-6	6	5			3	5	4	5
	50	80		-7		-7	7	5			3.5	5	4	5
	80	120		-8		-8	8	6			4	6	5	6

Notae:

Mensa abstrahuntur a GB/T307.1 Rolling radialis tolerantiam sustinens, pila Minitra sustinens et accessorium technicae conditionis complementariae in JB/T53415(JB/CQ124).

Sia valores pro P0、P6 Classes in GB/T307.1 dictatae non sunt, sed dictatae in JB/T53415 et JB/T 10336.

Aculei diametri sunt symbola in norma nationali originalis(7,8 series non dictata in nova vexillo).

supportantes Clearance et Specification

Alvi statio est inter annulum ferens, exteriorem annulum et elementa volventia. Ferre alvi radialem alvi et alvi axialem habet.

Nominal gerens diametri d (mm)		Clearance
Nominal gerens diametri d (mm)		C2		C0		C3		C4		C5
Plus	incl.	Min.	Maximilianus.	Min.	Maximilianus.	Min.	Maximilianus.	Min.	Maximilianus.	Min.	Maximilianus.
X (determinari)	10	0	7	2	13	8	23	14	29	20	37
10	18	0	9	3	18	11	25	18	33	25	45
18	24	0	10	5	20	13	28	20	36	28	48
24	30	1	11	5	20	13	28	23	41	30	53
30	40	1	11	6	20	15	33	28	46	40	64
40	50	1	11	6	23	18	36	30	51	45	73
50	65	1	15	8	28	23	43	38	61	55	90
65	80	1	15	10	30	25	51	46	71	65	105
80	100	1	18	12	36	30	58	53	84	75	120

Radiales internae alvi parvarum (D≥9，d＜10) et minimaturae (D＜9) gestus sunt.

Clearance codice

MC1

MC2

MC3

MC4

MC5

MC6

Clearance

Min.

Maximilianus.

Min.

Maximilianus.

Min.

Maximilianus.

Min.

Maximilianus.

Min.

Maximilianus.

Min.

Maximilianus.

Nota: Normal alvi MC3, Unit: μm

Radialis Clearance Motor Ferens

Bore d (mm)		Clearance μm
Plus	incl.	Min.	Maximilianus.
10 (include)	18	4	11
18	30	5	12
30	50	9	17

A list of detail the communiter lubricating uncto

Manufacturer	Brand	Viscositas	Basis oleum	Omissa punctum	Constantia	Opus temperatus range	Characteres
EXXonMobil (ESSO)	Beacon325	Lithium	Diester	193	290	-60~ 120	Low Temp.
	AC205	Natrium	Mineral	-		-25~ 120	Locus Temp.
	AndokB	Natrium	Mineral	260	280	-40~ 120	Locus Temp.
	Andok260	Natrium	Mineral	200	250	-30~ 150	Locus Temp.
	Arapen RB300	Lithium	Mineral	200	250	-30~ 100	Locus Temp.
	Polyrex EM	Dimeric Polyurea	Mineral	260	288	-40~ 180	Princeps Temp., low noise
	Polyrex EP2	Polyurea	Mineral	280	280	-40~ 180	Princeps Temp., low noise
	UNIREX N2	Lithium complex	Mineral	250	280	-40~ 180	Princeps Temp., low noise
	UNIREX N3	Lithium complex	Mineral	250	235	-40~ 180	Princeps Temp., low noise

Mobil Oil	Mobilux2	Lithium	Mineral	190	280	-20~ 120	Locus Temp.
	Mobil22	Lithium	Diester-mineralis	192	274	-50~ 140	Low Temp.
	Mobil28	Bentonite	Synthetica hydrocarbonum	>260	280	-60~ 180	High & Low Temp.
	Mobilplex47	-	Mineral	260	280	-20~ 120	Locus Temp.
	Mobilth SHC100	Lithium	Synthesis	250	265~ 295	-40~ 170	EXILIM
	Mobilth SHC220	Lithium	Synthesis	250	265~ 295	-40~ 170	Multipurpose
	MobilitempSHC22	argilla	Synthesis	250	265~ 295	-50~ 180	High-celer, Princeps Temp.
	Mobilitemp SHC100	argilla	Synthesis	250	265~ 295	-50~ 200	High-celer, Princeps Temp.

Kyodo Yushi	NS Hilube	Lithium	Diester	190	255	-40~ 130	Locus Temp.
	Multemp PS2	Lithium	Diester	189	280	-50~ 110	Low Temp.
	Multemp(Ns7)SRL	Lithium	Ester	191	245	-40~ 150	Humilis sonitus
	Multemp SC-A	Polyurea	-	260	280	0~ 160	Locus Temp.
	Multemp ET150	Polyurea	Mineral	>260	280	-10~ 160	Locus Temp.
	Oneluba	Lithium	Diester-Mineralis	198	270	-10~ 110	Locus Temp.
	Adrex	Lithium	Mineral	198	300	-10~ 120	Locus Temp.
	Parmax	Complexa Calcium	Mineral	180	300	-10~ 120	Locus Temp.
	Emalube 1130	Lithium	Mineral	260	300	-10~ 130	Locus Temp.
	Unilube DM	Lithium	Mineral	185	332	-10~ 110	Locus Temp.
	Alumix HD 1	-	Mineral	247	335	0~ 120	Locus Temp.
	Multemp LTS	Lithium	Ester	250	201	-60~ 130	Low Temp.
	Multemp SRH	Lithium	Ester	250	201	-40~ 150	Low Temp.
	Multemp SB-M	Dimeric Polyurea	Synthesis	220	260	-40~ 200	Princeps Temp., Maximum celeritatem
	Multemp SC-C	Dimeric Polyurea	Synthesis	280	300	-40~ 200	Princeps Temp., aqua pump
	ET-K	Dimeric Polyurea	Saccharum officinarum / unctor	260	300	-40~ 200	Altus Temp., altus velocitas alternator.
	ET-100K	-	Synthesis	260	280	-40~ 200	Princeps Temp.
	ET-R	-	Synthesis	260	280	-40~ 200	Princeps Temp., Low Temp. Aureus bonus est.
	Multemp FF-SL	polytetrafluoroethylene	Fluorinated	-	300	-30~ 250	Princeps Temp., corrosio repugnans
	Multemp FF-RM	polytetrafluoroethylene	Fluorinated	-	290	-30~ 250	Princeps Temp., corrosio repugnans
	Multemp CPL	Aromata Vocatus	Ester	260	300	-40~ 200	Princeps Temp.
	Multemp 8158	Aromata Vocatus	Ester	260	310-340	-45~ 200	Princeps Temp. Princeps onus

Chevron	Chevton SRL-2	Polyurea	Mineral	243	280	-30~ 150	Princeps Temp.
	PolystarSynthetic2#	Polyurea	Mineral	245	288	-30~ 180	Princeps Temp.
	RPM GreasSR1-2	Polyurea	Mineral	243	280	-30~ 150	Locus Temp., Princeps Temp.
	RPMGreasSRI OEM	Polyurea	Mineral	243	280	-30~ 150	Locus Temp., Princeps Temp.
	Starple EP2	Lithium	Mineral	290	280	-25~ 130	Pressura extrema
	Molykote 33M	Lithium	Pii oleum	210	260	-70~ 180	High & Low Temp.
	Molykote 44M	Lithium	Pii oleum	204	260	-40~ 200	Princeps Temp.
	Staburags NBU12	Barium	Mineral	220	270	-35~ 150	Locus Temp.

A list of detail the communiter lubricating uncto

Manufacturer	Brand	Viscositas	Basis oleum	Omissa punctum	Constantia	Opus temperatus range	Characteres

Kluber	Isoflex Super LDS15	-	Dilipid		280	-60~ 130	Low Temp.
	Isoflex Super TEL	Lithium	Lipids - Mineral	190		-65~ 70	Low Temp.
	lsoflex LDS18 SpecialA	Lithium	Dilipid		280	-60~ 130	Low Temp.
	Isoflex PDB38 Cx100	Lithium	Ester	190		-70~ 120	Low Temp.
	Isoflex Topas NB52	Barium	Synthetica hydrocarbonum		280	-60~ 170	High & Low Temp.
	Barrierta L55/2	polytetrafluoroethylene	Fluorinated	240	280	-35~ 260	High Temp.
	Barrierta EL	polytetrafluoroethylene	Fluorinated		280	-50~ 180	High & Low Temp.
	Barrierta IMI/V	polytetrafluoroethylene	Fluorinated		280	-50~ 220	High & Low Temp.
	UnisilikonTK44N2	polytetrafluoroethylene	Silicon oleum			-60~ 230	High & Low Temp.
	IsoflexNCA15	Na-Komplex	Ester-Meneralis		265-295	-40~ 130	Maximum celeritatem
	AsonicHQ72-102	Proprium calcium	Ester	180	250-280	-40~ 180	Maximum & Maximum Temp., low noise
	PetamoGHY133	Polyurea	Synthetica mineralis oleum	240	250-280	-25~ 150	Locus Temp.
	PetamoGHY443	Polyurea	Ester	240	250-280	-20~ 180	Princeps Temp. , vita long-
	Nok Kluber Alltim JFU152	Polyurea	Ester	250	290-330	-40~ 190	High Temp.
	Nok Kluber Alltim JFU152	Polyurea	Ester	250	290-330	-40~ 190	High Temp.

Testa	Alvania R12	Lithium	Mineral	182	272	-25~ 120	Locus Temp.
	Alvania NO.3	Lithium	Mineral	183	233	-20~ 135	Locus Temp.
	Alvania RA	Lithium	Mineral	183	252	-25~ 120	Locus Temp.
	Alvania EP2	Lithium	Mineral	185	276	-10~ 100	Locus Temp.
	Surilight2	Lithium	Mineral	196	273	-20~ 120	Locus Temp.
	Dolium R	-	Mineral	238	281	-20~ 140	Locus Temp.
	Aeroshell NO.5	Microgel	Mineral	260	282	-10~ 130	Locus Temp.
	Aeroshell NO.7	Microgel	Mineral	>260	288	-70~ 150	Low Temp.
	Aeroshell NO.15A	polytetrafluoroethylene	Dilipid	260	280	-70~ 260	High & Low Temp.
	Alvani RLQ2	-	Mineral	195	266	-50~ 150	Minimum sonitus, summa velocitas

Dow Corning	AsonicGLY32	Lithium	Synthesis	190	265-295	-50~ 140	Low Temp.
	AsonicGLY72	Polyhamstoff	Lipids - Mineral	250	250-280	-40~ 180	Princeps Temp., low noise
	Molykote 55M	Lithium	Pii oleum			-55~ 165	Low Temp.
	Molykote BR2 plus	Lithium	Mineral		280	-30~ 150	Maximum celeritatem
	Molykote FS1292	polytetrafluoroethylene	Silicon	>232	310	-40~ 200	High Temp.
	Molykote FS3451	polytetrafluoroethylene	Silicon	>260	285	-40~ 230	Chemical Solvent Repugnans
	Molykote EM50L	Lithium	Synthesis	195	325	-40~ 150	Humilis sonitus
	Molykote Bg20	Lithium	Synthesis	230	265-295	-50~ 180	Princeps Temp., summus velocitas

Lubcon	Turmogrease N2	Polyurea	Synthetica olea / unctor	>250	280	-40~ 120	Generalis propositum
	Tubteksonic BQg	Lithium	Mineral	250	280	-35~ 130	Humilis sonitus
	Turmogrease SHL182	Lithium	Synthetica olea / unctor	250	280	-70~ 150	Low Temp., High speed
	Turmogrease SHL252	Proprium lithium	Synthetica olea / unctor	220	280	-40~ 260	High speed
	Turmogrease TML 15	Lithium	Ester	290	280	-35~ 160 (1880).	Princeps Temp., High speed
	Turmogrease CX112K	Lithium	Synthetica mineralis oleum	190	265-295	-35~ 140(160) ;	Humilis sonitus
	Turmogrease Nb1300	Polyurea	Saccharum officinarum / unctor	250	280	-40~ 150	Princeps Temp., light onus.

Sinopec	WTH*	Polyurea	Ester	280	225	-50~ 180	Humilis sonitus, High speed.
	HTHS'	Lithium complex	Semi-Synthesis	321	278	-30~ 160	Abrasion repugnans, Maximum Temp.
	Hanggu2	Lithium	Mineral	198	239-281	-20~ 120	General purpose

Vibratio et strepitus gestuum in quattuor generibus Z1, Z2, Z3, Z4 collocantur. Mensuratur instrumentum S0910. Ad postulationem specialem, BVT-1 et mensuratur ut V1, V2, V3, et V4. Notitiae infra tabulas monstrantur, variae vibrationis & strepitus postulationem in ordine memorari debent.

Vibratio limitis pretii pilae sulci profundae gerentis (celeritate): Tolerantia in μm/s

Bore Diameter d/mm	V			V1			V2			V3			V4
Bore Diameter d/mm	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia
3	80	44	44	60	35	32	48	26	22	31	16	15	28	10	10
4	80	44	44	60	35	32	48	26	22	31	16	15	28	10	10
5	110	72	60	74	48	40	58	36	30	35	21	18	32	11	11
6	110	72	60	74	48	40	58	36	30	35	21	18	32	11	11
7	130	96	80	92	66	54	72	48	40	44	28	24	38	12	12
8	130	96	80	92	66	54	72	48	40	44	28	24	38	12	12
9	130	96	80	92	66	54	72	48	40	44	28	24	38	12	12
10	160	120	100	120	80	70	90	60	50	55	35	30	45	14	15
12	160	120	100	120	80	70	90	60	50	55	35	30	45	14	15
15	210	150	120	150	100	85	110	78	60	65	46	35	52	18	18
17	210	150	120	150	100	85	110	78	60	65	46	35	52	25	25
20	260	190	150	180	125	100	130	100	75	80	60	45	60	25	25
22	260	190	150	180	125	100	130	100	75	80	60	45	60	30	32
25	260	190	150	180	125	100	130	100	75	80	60	45	60	30	32
28	260	190	150	180	125	100	130	100	75	80	60	45	60	35	40
30	300	240	190	200	150	130	150	120	100	90	75	60	70	35	40
32	300	240	190	200	150	130	150	120	100	90	75	60	70	35	40
35	300	240	190	200	150	130	150	120	100	90	75	60	70	42	45
40	360	300	260	240	240	160	180	150	130	110	90	80	82	50	50
45	360	300	260	240	240	160	180	150	130	110	90	80	82	60	60
50	420	320	320	280	280	200	210	160	160	125	100	100	95	70	70
55	420	360	360	280	280	200	210	180	180	125	110	110	95	70	70
60	480	360	440	320	320	240	240	180	200	145	110	130	100	80	80

Bore Diameter d/mm	V			V1			V2			V3			V4
Bore Diameter d/mm	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia	low Frequentia	Medium Frequentia	Summus Frequentia
65	300	260	420	180	160	240	130	100	150	105	80	105	50	50	75
70	360	310	460	200	180	280	150	120	200	110	90	135	58	58	88
75	360	310	460	200	180	280	150	120	200	110	90	135	58	58	88
80	420	360	540	240	210	320	180	120	240	130	110	160	65	65	100
85	420	360	540	240	210	320	180	150	240	130	110	160	65	65	100
90	480	420	600	290	250	370	210	180	270	145	125	180	75	75	115
95	480	420	600	290	250	370	210	180	270	145	125	180	75	75	115
100	560	490	670	340	300	420	250	215	310	170	145	200	88	88	135
105	560	490	670	340	300	420	250	215	310	170	145	200	88	88	135
110	640	570	750	400	350	480	290	260	350	190	175	225	100	100	160
120	640	570	750	400	350	480	290	260	350	190	175	225	100	100	160

Vibratio limitis pretii pilae sulci profundae afferentis (acceleratio): Tolerantia in dB

Bore Diameter d/mm	Una ferens Vibratio celeritate Gradus non potest esse in sequentibus Pretio
	Diameter Series (0)					Diameter Series (2)					Diameter Series (3)
	Z	Z1	Z2	Z3	Z4	Z	Z1	Z2	Z3	Z4	Z	Z1	Z2	Z3	Z4
3	35	34	32	28	24	36	35	32	30	-	37	36	33	31	-
4	35	34	32	28	24	36	35	32	30	-	37	36	33	31	-
5	37	36	34	30	26	38	37	34	32	-	39	37	35	33	-
6	37	36	34	30	26	38	37	34	32	-	39	37	35	33	-
7	39	38	35	31	27	40	38	36	34	-	-	-	-	-	-
8	39	38	35	31	27	40	38	36	34	-	-	-	-	-	-
9	41	40	36	32	28	42	40	37	35	-	-	-	-	-	-
10	43	42	38	33	28	44	42	39	35	30	46	44	40	37	32
12	44	43	39	34	29	45	43	39	35	30	47	45	40	37	32
15	45	44	40	35	30	46	44	41	36	31	48	46	42	38	33
17	46	44	40	35	30	47	45	41	36	31	49	47	42	38	33
20	47	45	41	36	31	48	46	42	38	33	50	48	43	39	34
22	47	45	41	36	31	48	46	42	38	33	50	48	43	39	34
25	48	46	42	38	34	49	47	43	40	36	51	49	44	41	37
28	49	47	43	39	35	50	48	44	41	37	52	50	45	42	38
30	49	47	43	39	35	50	48	44	41	37	52	50	45	42	38
32	50	48	44	40	36	51	49	45	42	38	53	51	46	43	39
35	51	49	45	41	37	52	50	46	43	39	54	52	47	44	40
40	53	51	46	42	38	54	52	47	44	40	56	54	49	45	41
45	55	53	48	45	42	56	54	49	46	43	58	56	51	47	44
50	57	54	50	47	44	58	55	51	48	45	60	57	53	49	46
55	59	56	52	49	46	60	57	53	50	47	62	59	54	51	48
60	61	58	54	51	48	62	59	54	51	48	64	61	56	53	50

Bore Diameter d/mm	SingleBearing Vibratio celeritate Gradus non potest esse in sequentibus Pretio
	Diameter Series (0)					Diameter Series (2)					Diameter Series (3)
	Z	Z1	Z2	Z3	Z4	Z	Z1	Z2	Z3	Z4	Z	Z1	Z2	Z3	Z4
65	49	48	46	41	-	50	49	47	42	-	51	50	48	43	-
70	50	49	47	42	-	51	50	48	43	-	52	51	49	44	-
75	51	50	48	43	-	52	51	49	44	-	53	52	50	45	-
80	52	51	49	44	-	53	52	50	45	-	54	53	51	46	-
85	53	52	50	45	-	54	53	51	46	-	56	55	52	47	-
90	54	53	52	47	-	56	55	53	48	-	58	57	54	49	-
95	56	55	54	49	-	58	57	55	50	-	60	59	56	51	-
100	58	57	56	51	-	60	59	57	52	-	62	61	58	53	-
105	60	59	58	53	-	62	61	59	54	-	64	63	60	55	-
110	62	61	60	55	-	64	63	61	56	-	66	65	62	57	-
120	64	63	62	57	-	66	65	63	58	-	68	67	64	59	-

Rubigo resistendo
Solet ferre sub conditione tutis subponi, et tunc condi et conservari debet. Rubigo resistens tempus unum annum est. Si dimidium anni super conservatione periodi. Tum ante exspirationem rubigini resistendum debebis, deinde ex stipulatu rubiginem renititur, ut fer- ginem non ferrugineam servet.

stipare
Partes plerumque in cylindris plasticis vel in saccis pelliculis refertae sunt, deinde in cistae chartae involuti, parvae gestus etiam in capsula collocari possunt. Si usores extra packaging requisita, in contractu indicari possunt.

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