OEM/ODM Design Variantes-Uno Row Tapered Rollerus Bearings Company, Factory

Genera

Design Variantes-Uno Row Tapered Rollerus Bearings

Series metrica
Inch series

Design Variantes
Cavea
tolerantia
Internum alvi

Accedit norma metrica unius ordinis cerei cylindri gestationes in tabula ferente inscriptae, DHK etiam producit unum ordinem rotundum cylindrum gestus cum flangibus in annulis exterioribus (suffixis R), annulis exterioribus tantum cylindro tortis gerentibus (praepositione L), annulis interioribus cum cavea. et scutulis (praepositione R) et aliis specialibus cereis cylindro gestus secundum mos

Ob unius ordinis gestus cerei cylindri tantum unam directionem vim axialem accommodare possunt, hae gestus saepe ut paria adhibentur. Post petitionem DHK praebere potest has condiciones ad Face-ad Facie dispositionem (suffixis DF), collocatio Back-ad-Back (suffix DB) vel tandem dispositio (suffixis DT), ut in infra sketch. ostensum est.
DHK cereus cylindrus gestus pressis caveis ferreis ut vexillum aptatur. Quia caveis rotundi rotundi gestus ultra facies ferentem extare solent, peculiari cura curandum est ut dimensiones abutmentationis commendatae sequantur.

DHK unius ordinis cerei cylindri gestus eduntur ad tolerantiam normalem ordinis (PN) ut vexillum.

Hae gestus etiam arctiore tolerantia gigni possunt, quales roganti P6X.

Detail tolerantiae valores in capite de tolerantiae metricae cylindro gestus cerei recensentur, pag 14. Latitude tolerantiae parum gestuum alvi et Ts decernitur.

DHK tolerantia metrica cylindro gestus cereus (exclusis gestus acuminati cylindro)

Omnes dimensiones (mm);

tolerantia (-um);

Interiorem Ring

Classis tolerantia PN/(Northmanni)


Nominal genuit diameter		Deviatio	Variation	Variation	Anulus latitudo declinationis	Radialis runout	Anulus latitudo declinationis
<=	<=	dmp	Vdp	Vdmp	Bs	Kia	Ts	T1s	T2s
10 18		0 -12	12	9	0 -120	15	2000	1000	1000
18 30		0 -12	12	9	0 -120	18	2000	1000	1000
30 50		0 -12	12	9	0 -120	20	2000	1000	1000
50 80		0 -15	15	11	0 -150	25	2000	1000	1000
80 120		0 -20	20	15	0 -200	30	200 -200	100 -100	100 -100
120 180		0 -25	25	19	0 -250	35	350 -250	150 -150	200 -100
180 250		0 -30	30	23	0 -300	50	350 -250	150 -150	200 -100
250 315		0 -35	35	26	0 -350	60	350 -250	150 -150	200 -100
315 400		0 -40	40	30	0 -400	70	400 -400	200 -200	200 -200
400 500		0 -45	45	34	0 -450	85	400 -400
500 630		0 -50	50	38	0 -500	100	500 -500
630 800		0 -75	75	56	0 -750	120	600 -600
800 1000		0 -100	100	75	0 -1000	120	750 -750
1000 1250		0 -1250			0 -1250	120	1000 -1000
1250 1600		0 -160			0 -1600	120	1500 -1500
1600 2000		0 -200			0 -2000	120	1500 -1500

Anulus exterior

Classis tolerantia PN/(Northmanni)

Nominale exterius diameter		Deviatio	Variation	Variation	Radialis runout
<=	<=	Dmp	VDp	VDmp	Kia
18 30		0 -12	12	9	18
30 50		0 -14	14	11	20
50 80		0 -16	16	12	25
80 120		0 -18	18	14	35
120 150		0 -20	20	15	40
150 180		0 -25	25	19	45
180 250		0 -30	30	23	50
250 315		0 -35	35	26	60
315 400		0 -40	40	30	70
400 500		0 -45	45	34	80
500 630		0 -50	50	38	100
630 800		0 -70	70	55	120
800 1000		0 -100	100	75	120
1000 1250		0 -125	125	94	120
1250 1600		0 -160	160	120	120
1600 2000		0 -200			120
2000 2500		0 -250

DHK tolerantia metrica cylindro gestus cereus (exclusis gestus acuminati cylindro)

Omnes dimensiones (mm);

tolerantia (-um);

Interiorem Ring

Genus P6X tolerantia

Nominal genuit diameter		Deviatio	Variation	Variation	Anulus latitudo declinationis	Radialis runout	Anulus latitudo declinationis
<=	<=	dmp	Vdp	Vdmp	Bs	Kia	Ts	T1s	T2s
10 18		0 -12	12	9	0 -50	15	100 0	50～0	50～0
18 30		0 -12	12	9	0 -50	18	100 0	50～0	50～0
30 50		0 -12	12	9	0 -50	20	100 0	50～0	50～0
50 80		0 -15	15	11	0 -50	25	100 0	50～0	50～0
80 120		0 -20	20	15	0 -50	30	100 0	50～0	50～0
120 180		0 -25	25	19	0 -50	35	150 0	50～0	100～0
180 250		0 -30	30	23	0 -50	50	150 0	50～0	100～0
250 315		0 -35	35	26	0 -50	60	200 0	100～0	100～0
315 400		0 -40	40	30	0 -50	70	200 0	100～0	100～0
400 500
500 630
630 800
800 1000

Anulus exterior
Genus P6X tolerantia

Nominale exterius diameter		Deviatio	Variation	Variation	Anulus latitudo declinationis	Radialis runout
<=	<=	Dmp	VDp	VDmp	Cs	Kea
18 30		0 -12	12	9	0 -100	18
30 50		0 -14	14	11	0 -100	20
50 80		0 -16	16	12	0 -100	25
80 120		0 -18	18	14	0 -100	35
120 150		0 -20	20	15	0 -100	40
150 180		0 -25	25	19	0 -100	45
180 250		0 -30	30	23	0 -100	50
250 315		0 -35	35	26	0 -100	60
315 400		0 -40	40	30	0 -100	70
400 500		0 -45	45	34	0 -100	80
500 630		0 -50	50	38	0 -100	100
630 800
800 1000

Latitudo tolerantiae Cs idem est toBs anuli interioris eiusdem afferentis

DHK tolerantia metrica cylindro gestus cereus (exclusis gestus acuminati cylindro)

Omnes dimensiones (mm);

tolerantia (-um);

Interiorem Ring

P5 genus tolerantia

Nominal genuit diameter		Deviatio	Variation	Variation	Anulus latitudo declinationis	Radialis runout	Parte faciem runout
<=	<=	dmp	Vdp	Vdmp	Bs	Kia	d	Ts
10 18		0 -7	5	5	0 -200	5	7	200 -200
18 30		0 -8	6	5	0 -200	5	8	200 -200
30 50		0 -10	8	5	0 -240	6	8	200 -200
50 80		0 -12	9	6	0 -300	7	8	200 -200
80 120		0 -15	11	8	0 -400	8	9	200 -200
120 180		0 -18	14	9	0 -500	11	10	350 -250
180 250		0 -22	17	11	0 -600	13	11	350 -250
250 315		0 -25	19	13	0 -700	16	13	350 -250
315 400		0 -30	23	15	0 -800	19	15	400 -400
400 500		0 -35	26	18	0 -900	22	17	400 -400
500 630		0 -40	30	20	0 -1000	26	20	500 -500
630 800		0 -50	50	25	0 -1500	30	26	600 -600
800 1000		0 -65	60	30	0 -2000	35	32	750 -750

Anulus exterior
P5 genus tolerantia

Nominale exterius diameter		Deviatio	Variation	Variation	Radialis runout	Extra inclinationem variatio
<=	<=	Dmp	VDp	VDmp	Kea
18 30		0 -8	6	5	6	8
30 50		0 -9	7	5	7	8
50 80		0 -11	8	6	8	8
80 120		0 -13	10	7	10	9
120 150		0 -15	11	8	11	10
150 180		0 -18	14	9	13	10
180 250		0 -20	15	10	15	11
250 315		0 -25	19	13	18	13
315 400		0 -28	22	14	20	13
400 500		0 -33	25	17	23	15
500 630		0 -38	29	19	25	18
630 800		0 -45	34	23	30	20
800 1000		0 -60	45	30	35	25
1000 1250		0 -80	75	38	40	30
1250 1600		0 -100	90	45	45	35

Latitudo tolerantiae Cs idem est toBs anuli interioris eiusdem afferentis

DHK tolerantia metrica cylindro gestus cereus (exclusis gestus acuminati cylindro)
Omnes dimensiones (mm);
tolerantia (-um);

Interiorem Ring
P4 genus tolerantia

Nominal genuit diameter		Deviatio	Variation	Variation	Anulus latitudo declinationis	Radialis runout	Parte faciem runout	Parte faciem runout	Anulus latitudo declinationis
<=	<=	dmp ds	Vdp	Vdmp	Bs	kia	Sd	Sia	Ts
10 18		0 -5	4	4	0 -200	3	3	3	200 -200
18 30		0 -6	5	4	0 -200	3	4	4	200 -200
30 50		0 -7	6	5	0 -240	4	4	4	200 -200
50 80		0 -8	7	5	0 -300	4	5	4	200 -200
80 120		0 -10	8	5	0 -400	5	5	5	200 -200
120 180		0 -13	10	7	0 -500	6	6	7	350 -250
180 250		0 -15	11	8	0 -600	8	7	8	350 -250

Anulus exterior
P4 genus tolerantia

Nominale exterius diameter		Deviatio	Variation	Variation	Radialis runout	Extra inclinationem variatio	Parte faciem runout
<=	<=	Dmp Ds	VDp	VDmp	Kea	SD	Mare
18 30		0 -6	5	4	4	4	5
30 50		0 -7	5	5	5	4	5
50 80		0 -9	7	5	5	4	5
80 130		0 -10	8	5	6	5	6
130 150		0 -11	8	6	7	5	7
150 180		0 -13	10	7	8	5	8
180 250		0 -15	11	8	10	7	10
250 315		0 -18	14	9	11	8	10
315 400		0 -20	15	10	13	10	13

Latitudo tolerantiae Cs et VCs sunt in identica to△Bs et VBs anuli interioris eiusdem notae

Alvi unius ordinis gestus rotundi cylindri adaptatur unus contra alterum gerens in inscensu.

DHK rotundum cylindrum gerens paria faciei ad faciem disposita (suffixis DF) et dorsum-ad tergum (suffixis DB) productis alvi internis valoribus, prout in tabula infra recensita sunt. DHK paria ferre potest cum specialibus alvi axialibus postulantibus.

Axialis Internus Alvi De paired DHK taenia cylindro gestus, facie ad os (DF) disposita et ad tergum (DB)

Rore Dia. (mm)		Axialis internus alvi deiectio Series（μm
>	<=	329 Min max	320 Min max X	330 Min max	331，3．2，332，332 Min max	303，323 Min max	313 Min max
-- 30		-- --	80 120	-- --	100 140	130 170	60 100
30 40		-- --	100 140	-- --	120 160	140 180	70 110
40 50		-- --	120 160	180 220	140 180	160 200	80 120
50 65		-- --	140 180	200 240	160 200	180 220	100 140
65 80		-- --	160 200	250 290	180 220	200 260	110 170
80 100		270 310	190 230	350 390	210 270	240 300	110 170
100 120		270 330	220 280	340 400	220 280	280 340	130 190
120 140		310 370	240 300	340 400	240 300	330 390	160 220
140 160		370 430	270 330	340 400	270 330	370 430	180 240
160 180		370 430	310 370	-- --	310 370	390 450	-- --
180 190		370 430	340 400	-- --	340 400	440 500	-- --
190 200		390 450	340 400	-- --	340 400	440 500	-- --
200 225		440 500	390 450	-- --	390 450	490 550	-- --
225 250		440 500	440 500	-- --	440 500	540 600	-- --
250 280		540 500	490 55	-- --	490 550	-- --	-- --
280 300		640 700	540 600	-- --	540 600	-- --	-- --
300 340		640 700	590 650	-- --	590 650	-- --	-- --

Accedit norma metrica unius ordinis cerei cylindri gestationes in tabula ferente inscriptae, DHK etiam producit unum ordinem rotundum cylindrum gestus cum flangibus in annulis exterioribus (suffixis R), annulis exterioribus tantum cylindro tortis gerentibus (praepositione L), annulis interioribus cum cavea. et scutulis (praepositione R) et aliis specialibus cereis cylindro gestus secundum mos

Ob unius ordinis gestus cerei cylindri tantum unam directionem vim axialem accommodare possunt, hae gestus saepe ut paria adhibentur. Post petitionem DHK praebere potest has condiciones ad Face-ad Facie dispositionem (suffixis DF), collocatio Back-ad-Back (suffix DB) vel tandem dispositio (suffixis DT), ut in infra sketch. ostensum est.

Ningbo DHK Precision Bearing Co., Ltd.

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Technology patented

CERTIFICATE

DHK transiit IATF16949 systema qualitatis certificationis et ISO14001 systematis certificationis environmental administratio et DHK nationalis summus tech inceptis est.