带座轴承样本
带座轴承参数表
带座轴承参数表
Company Document number：WTUT-WT88Y-W8BBGB-BWYTT-19998
Z90500型(UCP2００) 带立式座顶丝外球面球轴承参数表
Z90600型(UCP3００) 带立式座顶丝外球面球轴承参数表
UCPH200(ZH90500)型带高中心立式座顶丝外球面球轴承参数表
ZA90500(UCPA200)型带窄立式座顶丝外球面球轴承参数表
F90500型(UCFU200) 带方形座顶丝外球面球轴承参数表
F90600型(UCF300) 带方形座顶丝外球面球轴承
L90500型(UCFLU200) 带菱形座顶丝外球面球轴承参数表
L90600型(UCFL300) 带菱形座顶丝外球面球轴承参数表
LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
TY90500型(UCFC200) 带凸台圆形座顶丝外球面球轴承参数表
K90500型(UCK200) 带滑块座顶丝外球面球轴承参数表
K90600型(UCT300) 带滑块座顶丝外球面球轴承参数表
CL90500型(SAPFL200) 带冲压菱形座顶丝外球面球轴承参数表
H90500型(UCC200) 带环形座顶丝外球面球轴承参数表
H90600型(UCC300) 带环形座顶丝外球面球轴承参数表。
SKF轴承样本
Rolling Element BearingsFigure 11-1, Mechanical Engineering Design, Juvinall& MarshekBearing Terminology•Tapered Bore:Seat the bearing onto a tapered shaft or to accommodatea tapered sleeve which can be used to fix a bearing to a shaft.•Shields or Seals:Between the inner and outer rings to capture lubricating grease around the balls and prevent intrusion ofcontaminants.( Z-shield ,RS-seal)-eg-61814-2RS1-two contact seals(NRB)•Self Aligning:The inner ring can pivot so that the bore of the inner ring is not aligned with that of the outer ring, this accommodates shaftswhich are not perfectly aligned (concentric) with the outer ring of thebearing.Bearing Terminology•Pure Radial and Pure Axial Loads:This indicates a bearing’s ability to sustain each of these kinds of loads in isolation.•Combined Loads:Ability to sustain a radial and an axial load at the same time.•Moment Load:This indicates a bearing’s ability to support a moment at right angles to the longitudinal shaft axis.•High Running Accuracy and High Stiffness: Some applications require a bearing which maintains the center of rotation of the shaft with extreme accuracy even when large loads are applied.Bearing Terminology•Locating:If the inner ring of a bearing is axially “locked” to the shaft and the outer ring is axially “locked” to the housing, then the bearing is said to be locating since it prevents the shaft from moving axially w.r.t.the housing.•Non-Locating:If either the inner or outer ring is not axially locked, the bearing cannot prevent the axial movement of the shaft.•Axial Displacement:In some bearings, the inner and outer races are free to move axially w.r.t. each other. This kind of bearing cannot be used in a locating arrangement.Bearing TerminologyFig 122-124, Ball andRoller BearingsAngle Of Contact•Figure 122a,bBearing Classification Bearing ClassificationBearing Types & LoadsDeep Groove Ball Bearing Pictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesDeep Groove Ball BearingsMax axial load =.25*C o --.5*C0Bearing Types & LoadsCylindrical Roller Bearing Pictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesCylindrical Roller BearingAxial load is governed by load capabilityOf sliding contact on flange –function oflubricant, operating temp. and heatremoval.Bearing Types & LoadsSpherical Roller Bearing Pictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsTapered Roller Bearing Pictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsAngular Contact Ball Bearing Pictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsThrust Taper Roller BearingPictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsDouble-Row Angular ContactBall BearingPictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsFour-Point Angular ContactBall BearingPictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesBearing Types & LoadsCARB Bearing•Very high radial load carryingcapacity•No axial load carrying capacity•Accommodates both axial motion andangular misalignmentPictures Courtesy of SKF General Catalogue, and SKF Rolling Bearings in Industrial GearboxesLBasic Bearing Life Rating 10•Norton fig 10-22(10^6 revolutions)LBasic Bearing Life Rating10•The L10rating life of a sufficiently large number of dimensionally identical bearings is expressed by the number of revolutions or number of hours at constant speed reached or exceeded by 90% of this bearing group before the firstsigns of material fatigue appear.If design on L10life chance of 10% failure at design life.Can one do better.a 99% life rating =.21*L10 LifeThe Life EquationL 10= Basic Life Rating in [revolutions x 106]C = Basic Dynamic Load Rating . This is the max. load at which 90% of the tested bearings will show no fatigue damage after 106revolutions. This value is given in the bearing catalogue for every bearing type.Note:If a bearing is subjected to a basic dynamic load of “C” then there is a 90% confidence that it will survive to 106cycles (L 10=1)P (upper-case) = Equivalent Dynamic Bearing Load . This is a measure of the combined radial and axial load on the bearing.p (lower-case) = Exponent for Life Equation . 3 for ball bearings, 10/3 for roller bearings.The Life EquationThe Basic Life Rating can also be expressed in hours of operation:where, n, is the rotational speed in rpmpP C L ⎟⎠⎞⎜⎝⎛=10ph P C n L ⎟⎠⎞⎜⎝⎛=6010610Dynamic Bearing LoadsP = Equivalent Dynamic Bearing LoadF r = the Actual Radial Load on the bearing F a = the Actual Axial Load on the bearingX = the Radial Load Factor for the bearing Y = the Axial Load Factor for the bearingar YF XF P +=Equivalent Dynamic Bearing Loads •Y will be LARGE for bearings which are unsuitable for axial loads. For example, SKF self-aligning ball bearings have values of Y as large as6.1•Y will be SMALL for bearings which are suited to carry axial loads. For example, SKF taper roller bearings usually have Y values of 1.0ar YF XF P +=Applicable Values of X and Y or Where, e, is a reference value which depends on bearing type and load magnitudes (see tables of specifications for bearings in SKF catalogue)e F F r a >e F Fra<Applicable Values of X and YExampleA self-aligning bearing is needed for a 20mm dia shaft. The shaft speedis 1200rpm and the bearing must operate for 3000hrs without maintenance. The radial load is 3000N and the axial load is 600N. Choose a bearing for this application.ExampleExampleSelf-Aligning Ball Bearings, (SKF Catalogue Pg. 155)Equivalent Dynamic Bearing Loadswhere when a r F Y F P 1+=eF F ra≤eF Fra>a r F Y F P 265.0+=ExampleExample ExampleExampleSpherical Roller Bearings, (SKF Catalogue Pg. 245)Equivalent Dynamic Bearing Loadswhere when a r F Y F P 1+=eF F ra≤eF Fra>a r F Y F P 267.0+=ExampleExample ExampleTo make copy of SKF catalogue.---open up“easy CD creator” on machine next to scanner in DAPR Lab.open file “SKFCAT” then click on directory “SKFIEC”Make sure you copy with “smart burn” presets .Note-don’t reconfigure each time if making more than1 copy.To run catalogue , go to SKFIEC directory and clickon SKFCD2 .NOTE –ALL THE FITS LISTED IN BEARING BOOKS ARE CALCULATED FROMCSA/ISO STANDARDS FOR “FITS OF MATING PARTS”Note-page 542 text-”rollingelement bearings are intended tohave inner and outer races pres-fitted to shaft and housing”page 9 SKF Cat.925—As ageneral rule ,ball bearings shouldhave an operational clearancewhich is virtually zero ,or theremay be a slight preload .Cylindricaland spherical rollers should alwayshave some residual clearance.-design-assembly –maintenance –life-runningaccuracy-all may result invaried clearance or pressfits.Snap RingsBearing ArrangementsFloating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 295a-f, Pg. 250Picture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 295a-f, Pg. 250Floating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 295a-f, Pg. 250Floating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 295a-f, Pg. 250Floating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 295a-f, Pg. 250Floating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 295a-f, Pg. 250Floating / Locating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 296 -Fig 301, Pg. 250Adjustable Bearing ArrangementsExampleTaper rollersNote –these equations are only valid when Bearings are adjusted against each other with practically zero clearance , but without preload If you preload the bearings the axial forces will have to be determined. Best bet Call SKF To determine best coarse of action.Picture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 296 -Fig 301, Pg. 250Adjustable Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig. 296 -Fig 301, Pg. 250Adjustable Bearing ArrangementsAdjustable Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 333, Pg. 294Floating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 302a-c, Pg. 254Floating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 302a-c, Pg. 254Floating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 302a-c, Pg. 254Floating Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 334, Pg. 294Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 396, Pg. 326 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 397, Pg. 326Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 470, Pg. 374 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 477, Pg. 390Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 499, Pg. 428 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 502, Pg. 433Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433 Bearing ArrangementsPicture courtesy: Ball and Roller Bearing Arrangements, Theory Design and Application.Fig 503, Pg. 433。
NSK轴承样本
Higher Load Rating
Basic dynamic load rating, N Basic dynamic load rating, N
600 000
EM M 500 000
400 000
300 000
200 000
100 000
0
210
220
310
320
Bearing number
1 200 000
8 500
10 000
90
23
1.5
1.5
52
83 000
81 500
6 700
8 500
85
19
1.1
1.1
54.5
63 000
66 500
7 500
9 000
100
25
1.5
1.5
58.5
97 500
98 500
6 300
7 500
90
20
1.1
1.1
59.5
69 000
76 500
7 100
8 500
NU313EM NJ NUP
76
NU214EM NJ NUP
78
NU314EM NJ NUP
81
NU215EM NJ NUP
83
NU315EM NJ NUP
Tests confirm that the stress levels of NSK’s EM series cages are 50% lower than that of major competitor’s M series.
Cage strength test results
TR带座轴承样本
1-11/16
NAPK 209-28
52.4 189 146 45
54
14
19
20
105
19
21.4 49.2
56.3
M12
NA 209-28 209 210-30
PK209
2.1
2.42
1-3/4
209 210-30
1-7/8
UCPK 210-31
55.6 203 159 1-15/16 50 2 2-1/8 55 61.9 232 181
57.2 204 159 1-15/16 50 2 1-1/8 55 63.5 217 172
57
19
22
21 112.2 19
24.6 51.6
62.7
M16
UC 210-31 NA 210 211-32 UC 211-34
P210
2.5
2.75
NAP 210 211-32 UCP 211-34 NAP 211 211-35
14.带冲压菱形座轴承 SAPFL2, SBPFL2 SAPFL2, SBPFL2
PFL SBPFL
这类座适用于安装空间小，只能装两个螺栓的场合。其功能与冲压圆形相同。
15.农用轴承 491A, 492B, ST209-1-1-1/8 DHU55R-211, DUH40S-211 ST211-1-3/4, ST211-1-15/16
PH UCPH
它是中心高比普通立式座高的一种立式座
3.带底面有安装螺孔的立式座轴承 UCPA2, NAPA2, UKPA2+H UCPA2A UCPG2
PA, PG UCPA
这是一种紧凑式的结构，可以节省装配空间，它可以用螺栓在底面固定。
带座轴承参数表
带座轴承参数表
公司内部编号：（GOOD-TMMT-MMUT-UUPTY-UUYY-DTTI-
Z90500型(UCP2００) 带立式座顶丝外球面球轴承参数表
Z90600型(UCP3
００
) 带立式座顶丝外球面球轴承参数表
UCPH200(ZH90500)型带高中心立式座顶丝外球面球轴承参数表
ZA90500(UCPA200)型 带窄立式座顶丝外球面球轴承参数表
F90500型(UCFU200) 带方形座顶丝外球面球轴承参数表
F90600型(UCF300) 带方形座顶丝外球面球轴承
L90500型(UCFLU200) 带菱形座顶丝外球面球轴承参数表
L90600型(UCFL300) 带菱形座顶丝外球面球轴承参数表
LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
TY90500型(UCFC200) 带凸台圆形座顶丝外球面球轴承参数表
K90500型(UCK200) 带滑块座顶丝外球面球轴承参数表
K90600型(UCT300) 带滑块座顶丝外球面球轴承参数表
CL90500型(SAPFL200) 带冲压菱形座顶丝外球面球轴承参数表
H90500型(UCC200) 带环形座顶丝外球面球轴承参数表
H90600型(UCC300) 带环形座顶丝外球面球轴承参数表。
INA FAG轴承样本中文版-冲压外圈滚针轴承
开式冲压外圈滚针轴承 闭式冲压外圈滚针轴承
冲压外圈滚针轴承
产品概览 特性
设计与安全指南
精度 尺寸表
页 开式冲压外圈滚针轴承、闭式冲压外圈滚针轴承.................. 682
开式冲压外圈滚针轴承 ......................................................... 683 闭式冲压外圈滚针轴承 ......................................................... 683 密封 ...................................................................................... 684 润滑 ...................................................................................... 684 工作温度 ............................................................................... 684 保持架................................................................................... 684 特殊设计 ............................................................................... 684 后缀 ...................................................................................... 684
满装圆柱滚子轴承样本
SBI 满装圆柱滚子轴承
Full Complement Cylindrical Roller Bearings
CAT-021
洛阳世必爱特种轴承有限公司
Luoyang SBI Special Bearing Co., Ltd.
满装圆柱滚子轴承
满装圆柱滚子轴承是为了承受重载荷而设计的。在同样宽度下，这种轴承与传统型 带保持架轴承相比，具有极高的承载能力，径向截面小，可以节省空间，但转速相对较 低。所有多列圆柱滚子轴承在外圈上有一润滑槽和润滑孔。
高精度装置
轻负荷，高运转精度，挠度变形小
公差带 P7 N7 M7 M7 K7 J7 J7
H7
H8
K6
举例 惰轮、滑轮 滚轮、曲柄机构
张力轮
偏心机构、泵
压缩机 曲轴 一般工程机械、 齿轮箱
一般工程机械
要求不高的轴承配置
机床主轴、 固定中心架
带座轴承尺寸及新旧型对照
Z90500型(UCP2００) 带立式座顶丝外球面球轴承参数表
????Z90600型(UCP3００) 带立式座顶丝外球面球轴承参数表
????UCPH200(ZH90500)型带高中心立式座顶丝外球面球轴承参数表
ZA90500(UCPA200)型带窄立式座顶丝外球面球轴承参数表
F90500型(UCFU200) 带方形座顶丝外球面球轴承参数表
????F90600型(UCF300) 带方形座顶丝外球面球轴承
L90500型(UCFLU200) 带菱形座顶丝外球面球轴承参数表
????L90600型(UCFL300) 带菱形座顶丝外球面球轴承参数表
????LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表
TY90500型(UCFC200) 带凸台圆形座顶丝外球面球轴承参数表
????K90500型(UCK200) 带滑块座顶丝外球面球轴承参数表
????K90600型(UCT300) 带滑块座顶丝外球面球轴承参数表
CL90500型(SAPFL200) 带冲压菱形座顶丝外球面球轴承参数表
????H90500型(UCC200) 带环形座顶丝外球面球轴承参数表
????H90600型(UCC300) 带环形座顶丝外球面球轴承参数表。
NSK轴承样本
我们在力求便于用户选择各种 SPACEA 系列产品的同时，还增加了诸如产品尺寸、精度及润滑剂、 材料等相关内容，为用户奉献一册得心应手的综合性产品样本。
1. 不锈钢 SPACEATM 轴承 2. 超耐蚀防水型树脂轴承 3. 全陶瓷轴承 E SPACEATM 轴承产品规格、使用须知、技术参数 .................... P30 〜 P65 1. 不锈钢轴承 ......................................................................... P30 〜 P31 2. 自润滑（lubricated）轴承 .................................................. P32 〜 P33 3. 混合型轴承 ......................................................................... P34 〜 P35 4. 耐蚀镀膜轴承（镍膜）......................................................... P36 〜 P37 5. 超耐蚀、非磁性不锈钢 ESA 轴承........................................ P38 〜 P39 6. 全陶瓷轴承（氧化物类陶瓷）.............................................. P40 〜 P41 7. 超耐蚀防水型树脂轴承 ....................................................... P42 〜 P43 8. 超耐蚀全陶瓷轴承（碳化物类陶瓷）.................................... P44 〜 P45 9. 填充纯净润滑脂轴承（大气专用）....................................... P46 〜 P47 10. 填充纯净润滑脂轴承（大气～真空）.................................... P48 〜 P49 11. 氟基固体润滑保持架轴承.................................................... P50 〜 P51 12. 纯净润滑剂 V-DFO 轴承...................................................... P52 〜 P53 13. YS 型固体润滑保持架轴承（MoS2 类）............................... P54 〜 P55 14. 填充耐高温润滑脂轴承（大气专用）.................................... P56 〜 P57 15. YS 型隔垫式耐高温轴承 ..................................................... P58 〜 P59 16. SJ 型耐高温固体润滑轴承 .................................................. P60 〜 P61 17. 完全非磁性钛合金轴承 ....................................................... P62 〜 P63 18. 粉尘工况专用自润滑（Lubricated）轴承 ........................... P64 〜 P65 F SPACEATM 轴承使用举例 .......................................................... P66 〜 P71
DODGE轴承样本
bearings EZ KleenA® 预m涂ou外nt球ed面b球a轴ll b承earing with either
e润le滑m剂en，ts以, r防et在ain潮in湿g环lu境br中ic被an冲t a洗n掉d p。r聚ev合en物ting washout i外n w壳e采t e用n一vir件on式m设e计nt，s. 无Th任e 何po可ly能m驻er留ho污u染sin物g is one-piece w的it空h腔no，c内av含it抗ies细t菌o t和ra抗p真co菌nt生am长i的na抗nt菌s 剂an。d contains aUnltarantKi-lemeincr系ob列ia经l a合g理en设t 计wh，ic可h承re受si极sts端b卫a生cterial and f冲un洗g应us用g。rowth. The Ultra Kleen line is designed to withstand extreme sanitary washdown applications.
优点和特点
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带座外球面轴承样本
12.带冲压圆形座轴承
SAPF2 SBPF2 由两片组成，主要与 SA2、SB2 配套使用，具有重量轻，结构简单的特点，主要适用 PF 于中低转速和中低负荷的场合。
SBPF
SBPFT SBPFL ST491A
13.带冲压三角座轴承 SAPFT2 SBPFT2
其功能与冲压圆形相同，因其外形尺寸较冲压圆形，故适用于安装空间有限制的场合。
211-35 2-3/16
212-36 2-1/4 UCP 212 NAP 212-38 2-3/8
60 69.9 238 186 66
Dimensions(mm) N N1 H1 H0 S S1 B 12 16 13 57 11.5 13.9 27.4 13 16 14 63.8 12.7 17 31 13 19 15 69.5 14.3 17.4 34 14 19 16 82 15.9 18.2 38.1
UC2 UCX UC3 SB2,SB2G NA2 NA3 SA2,SA2G UK2 UK3 1.带立式座轴承
UCP2, NAP2, UKP2+H, SBP2G, SAP2G UCPK2, NAPK2, UCAK2, NAAK2 UCPX, SALP2G, SBLP2G UCP3, NAP3, UKP3+H P, PK, LP 立式座是在轴承座中应用量最大的，UCP、UCPK、UCAK 和 SBLPG 型的轴承都是通
UC 205-15
M10
PK205 0.72 0.8
NA 205
205-16
206-18
UC 206
M12
PK206 1.1 1.33
NA 206-19
206-20
207-20 UC 207-21 M12 NA 207-22 PK207 1.48 1.65
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两片轴承座装上“O”型橡胶圈后铆合在一起，有四个安装孔，两个三唇密封圈，并能通过油嘴再润滑。
UCHA
带悬吊式座轴承
6.带菱形座轴承
UCFL2, NAFL2,NAFLU2, UKFL2+H, SBFL2G
UCFL3, NAFL3, UKFL3+H
这种座有利于节省空间和重量，可以通过两个螺栓固定，其安装孔尺寸与方形座相同。
UCLF
FL, FLU, LF, FD
7.LF、LFTC、FD、PFTD、和PFTD-G类的带两安装孔的菱形座仅用于SA2G和SB2G类的轴承芯。
UCFA
FA
9.带可调菱形座轴承
UCFA2
这类座带有两个安装孔，其中一个孔可以调整其中心轴间的位置。
UCT
T, ST, K
10.带滑块座轴承
UCT2NAT2
UCK2
UCST2
这种轴承座用于主机中心轴需要直线自由移动的场合
SBPP
PP
11.带立式冲压座轴承
SAPP2 SBPP2
冲压座由两片组成，具有重量轻、结构简单等特点，适用于中低转速和负荷轻的场合，主要与SA、SB轴承芯配合。
UC2
UCX
UC3
SB2,SB2G
NA2
NA3
SA2,SA2G
UK2
UK3
UCP
P, PK, LP
1.带立式座轴承
UCP2, NAP2, UKP2+H, SBP2G, SAP2G
UCPK2, NAPK2,UCAK2, NAAK2
UCPX, SALP2G, SBLP2G
UCP3, NAP3, UKP3+H
SBPF
PF
12.带冲压圆形座轴承
SAPF2 SBPF2
由两片组成，主要与SA2、SB2配套使用，具有重量轻，结构简单的特点，主要适用于中低转速和中低负荷的场合。
SBPFT
PFT
13.带冲压三角座轴承
SAPFT2 SBPFT2
其功能与冲压圆形相同，因其外形尺寸较源自压圆形，故适用于安装空间有限制的场合。
SBPFL
PFL
14.带冲压菱形座轴承
SAPFL2, SBPFL2
SAPFL2, SBPFL2
这类座适用于安装空间小，只能装两个螺栓的场合。其功能与冲压圆形相同。
ST491A
Disk Harrow Units
15.农用轴承
491A, 492B, ST209-1-1-1/8
DHU55R-211, DUH40S-211
UCPH3
它是中心高比普通立式座高的一种立式座
UCPA
PA, PG
3.带底面有安装螺孔的立式座轴承
UCPA2, NAPA2, UKPA2+H
UCPA2A
UCPG2
这是一种紧凑式的结构，可以节省装配空间，它可以用螺栓在底面固定。
UCF
F, FU
4.带方形座轴承
UCF2, NAF2, NAFU2, UKF2+H, SAF2G
SALF2G, SBLF2G, SALFTC2G, SBLFTC2G
SAFD2G, SBFD2G
SAPFTD2,SBPFTD2,or SAPFTD2G, SBPOFTD2G
LF, LFTC, FD
PFTD, PFTD-G
材料
灰铸铁
球墨铸
可配的安装孔
圆孔
方孔
UCFB
FB
8.带悬挂式座轴承
UCFB2
这类座在法兰的一边有三个安装孔，主要用于安装空间有限制和只能在一边固定的地方。
立式座是在轴承座中应用量最大的，UCP、UCPK、UCAK和SBLPG型的轴承都是通过轴承内圈上的紧定螺钉固定在轴上，而NAP、NAPK和SALP型的轴承都是通过偏心套上的紧定螺钉固定在轴承上，UKP类的轴承通过紧定套固定在轴上。
UCPH
PH
2.带高中心立式座轴承
UCPH2, NAPH2, UKPH2+H
UCFX
UCF3, NAF3, UKF3+H
这种轴承主要适用于通过四个螺栓固定与轴垂直的侧面的使用场合，其固定方式在机械上应用广泛，其与轴固定的方式与带立式座轴承相同。
UCFC
FC
5.带凸台圆形座轴承
UCFC2, NAFC2, UKFC2+H
这类轴承座主要用于安装在有中心性要求的侧面孔上。
UCFL
FL, FLU, LF, FD