MOUNTED UNITS CATALOGUE
Tchnical Information Fatur Pags for rfr 8~23 8 2 Lubrication 8~9 3 Tolrancs for Mountd Units 9~4 4 Radial Intrnal Claranc of Barings 5 Slction of Baring Siz 6~2 6 Slction of s 2~2 7 Mounting of Mountd Units on s 2~22 8 Standard of St-scrws 22 9 Matrial for Cast Iron Housing 23
UCPH2 KSM Product Information Pags for rfr 26~39 Pillow Blocks Typ UCAK 2 Sris 26 UCP 2 Sris 27~28 28 UKP 2 Sris 29 UCPA 2 Sris 3 UKPA 2 Sris 3 UCPH 2 Sris 32 Two Bolts Flangd Units Typ UCFL 2 Sris 33~34 34 UKFL 2 Sris Thr Bolts Flangd Units Typ UCFB 2 Sris 36 Four Bolts Flangd Units Typ UCF 2 Sris 37~38 38 UKF 2 Sris 39 MINAMIGUCHI BEARING MFG.CO.,LTD. - OSAKA - JAPAN.
Product Information Pags for rfr 4~54 Spcial Flangd Units Typ UCFA 2 Sris 4 Flangd Cartridg Units Typ UCFC 2 Sris 4~42 42 UKFC 2 Sris 43 Tak Up Units Typ UCT 2 Sris 44~45 45 Hangr Units Typ UCHA 2 Sris 46 Insrt Barings UC 2 Sris 47~48 48 UK 2 Sris 49 SA 2 Sris 5 SB 2 Sris 5 CSA 2 Sris 52 CSB 2 Sris 53 SER 2 Sris 54 MINAMIGUCHI BEARING MFG.CO.,LTD. - OSAKA - JAPAN.
. Fatur Th Insrt Ball Barings of KSM ar dp groov ball baring with wid and narrow innr rings, consisting of insrt barings (SB2, UC2, UK2, SA2, CSA2, CSB2, SER2) and various housings. Th typs of mountd unitsar dfind according to th diffrnt mounting mthods of th barings to shafts: th st-scrws typ, th adaptr typ. Th KSM housings ar mainly casting housings. Thr ar prssd stl plat housings as wll align with as during opration and can b convnintly mountd or dismountd. Th mountd units can oprat satisfactorily undr working conditions, spcially for machins oprating in dusty or muddy surroundings. Thus, thy ar widly usd in agricultural, construction and transmission machinris, tc. Thr ar various typs of saling dvics for our products, such as synthtic rubbr sals, slingr with synthtic rubbr sals and tripl lip sals tc. Sufficint lubricating gras has bn put into th barings during manufacturing, which can act as lubricating as wll as rust proof. No mor gras is ndd to put in during th lubricating priod whn th barings oprat undr normal conditions. Lubricating gras can b addd from th fittings whn th rlubricat barings oprat undr hard conditions. Th outr ring of th baring has sphrical outsid surfac which can b fittd to th concav sphrical surfac of th housing, and th fit btwn thm can b claranc fit or intrfrnc fit according to diffrnt conditions. This combination provids slf-alignmnt btwn th slf-containd baring and th housing, and compnsats for a crtain alignmnt rrors or flxing of th shaft whn th baring is in opration. This dfinitly incrass th baring srvic lif. 2. Lubrication Th Insrt Ball Barings of KSM gnrally us CG-2 rust proof lithium basd lubricating gras, with physical chmical proprtis shown in th following Tabl 2.. Gras is filld in th Insrt Ball Barings during manufacturing. Tabl 2. Physical chmical proprtis of lubricating gras Dnsity ( / ) Without opration 268 Opratd 6 tims Dropping point ( C ) Mchanical impuritis - m (pc/gram) -75 m 26 8 within within 5 abov 75 m Bas oil kinmatical Viscosity 4 C cst 8.3 8 Tchnical I
Th barings usually oprat blow th tmpratur of C ( th masuring tmpratur of th outr rings is C ). Gras lif rduction has to b takn into account whn th baring continus to oprat at a tmpratur abov 7 C. Th lowst oprating tmpratur should not b lowr than - 3 C. Th prmissibl spd of rotation is connctd with th fit btwn shaft and baring. It is rcondd that, undr normal oprating conditions, th fit btwn th baring and th shaft is h7. Loosr fit allowing lowr spd is rcondd whn havir load is applid. 3. Tolrancs for Mountd Units Tabl 3.. Tolrancs on innr rings of baring with cylindrical bor Nominal bor diamtr Cylindrical bor Bor diamtr Width d dm d Bi Ovr Incl. Dviations Dviations Dviations () () High Low High Low High Low 8 +8 +22-4 - 8 3 +2 + -4-3 5 + +3-5 - 5 8 +3 +36-6 - 8 + +42-7 -2 +4 +48-8 - Not: dm is dfind as th arithmtical man of th largst and th smallst diamtr obtaind by two-point masurmnts. Unit:. Radial run-out ( Max. ) 8 22 28 Tabl 3..2 Tolrancs on innr rings of barings with taprd bor Nominal bor diamtr Ovr() d Incl.() High Dviations Low Max. Unit:. Min. 8 3 5 8 3 5 8 +33 +39 +46 +54 +63 +2 + +3 + +4 Not () Th dviations from nominal tapr ar dfind by th limits of ( d - d), whr ( d is actual dviation of d from nominal diamtr at th largst nd of bor and dis actual dviation of d from baring bor nominal diamtr. (2) d is obtaind by th following formula: d = d +.83333 B Whr B is width of th baring innr ring. (3) Th nominal tapr angl = 2 23'9.4" (4) Plas rfr to th Figs. 3..2 d d _ d B B d+ d d d+d d d Taprd /2 Figs. 3..2 nformation 9
Tabl 3..3 Tolrancs on outr ring Nominal bor diamtr Dm D Dviations Ovr Incl. () () High Low 4 5-5 8-3 8-8 -8 8-2 Unit:. Radial run-out ( Max. ) 2 4 45 Not: () Dm is dfind as th arithmtical mans of th largst and th smallst diamtr obtaind by two-point masurmnt. (2) Th low dviation of outsid diamtr Dm dos not apply within th distanc of /4 th width of outr ring from th sids. Tabl 3..4 Tolranc for distanc " n" btwn th radial plan passing through cntr of outr ring and asid of innr ring Unit:. n Nominal bor diamtr d n Dviations Ovr () Incl. () 4 5 2 5 8 8 3 6 Plas rfr to Fig. 3..4 Fig. 3..4 Tabl 3..5 Chamfr dimnsions Nominal dimnsions r () Max. () r Min. ()..5 2..5 2. 2.5.6..5 r Min. r r Max. 2.5 3. 3.5 4. 3. 3.5 4. 4.5 2. 2.5 3. 3.5 r Max. r Min. 5. 6. 4. Plas rfr to Fig. 3..5 Fig. 3..5 Tchnical I
3.2. Cntr hight tolrancs for pillow block typ housings Plas rfr to blow Figs. 3.2. and Tabl 3.2. Da h Fig. 3.2. Tabl 3.2. Cntr hight tolrancs for pillow block typ housings Housing No. Unit:. h Dviations P 2 PA 2 PH 2 P 22 AK 24 PA 22 PH 22 P 23 AK PA 23 PH 23 P 24 AK 26 PA 24 PH 24 P P 26 AK 27 AK 28 PA PA 26 PH PH 26 P 27 AK 29 PA 27 PH 27 P 28 AK 2 PA 28 PH 28 P 29 AK 2 PA 29 PH 29 P 2 AK 2 PA 2 PH 2 P 2 AK 23 PA 2 PH 2 P 2 AK 24 PA 2 PH 2 P 23 AK 2 PA 23 PH 23 P 24 P 2 2 P 26 P 27 P 28 nformation
3.2.2 Tolrancs for flangd typ housings ( F, FL, FA, FB, FC ) Plas rfr to blow Figs. 3.2.2 (a), 3.2.2 (b) and Tabl 3.2.2 (a), 3.2.2 (b). i i i i Figs. 3.2.2 (a) Tabl 3.2.2 (a) Tolrancs for flangd typ housings ( F, FL, FA, FB ) Housing No. Dviations Unit:. i Dviations F 2 FL 2 FA 2 FB 2 F 22 FL 22 FA 22 FB 22 F 23 FL 23 FA 23 FB 23 F 24 FL 24 FA 24 FB 24 F F 26 FL FL 26 FA FA 26 FB FB 26 7 5 F 27 FL 27 FA 27 FB 27 F 28 FL 28 FA 28 FB 28 F 29 FL 29 FA 29 FB 29 F 2 FL 2 FA 2 FB 2 F 2 FL 2 FA 2 FB 2 F 2 FL 2 FA 2 FB 2 F 23 FL 23 FA 23 FB 23 F 24 F 2 FL 24 FL 2 8 F 26 FL 26 F 27 FL 27 F 28 FL 28 Tchnical I
Tabl 3.2.2 (b) Tolranc for flangd typ housing ( FC ) Unit:. Housing No. f Dviations Dviations i Dviations Radial run-out of machind pilot High Low Max. FC 2 FC 22 FC 23 FC 24-46 FC FC 26 FC 27 7 7 2 i FC 28 FC 29-54 FC 2 FC 2 f FC 2 FC 23 FC 24 FC 2-63 8 3 Figs. 3.2.2 (b) FC 26 FC 27 FC 28-72 3.2.3 Tolranc for tak-up typ housing (T) Plas rfr to blow Fig. 3.2.3 and Tabl 3.2.3. Tabl 3.2.3 Tolranc for tak-up typ housing (T) Unit:. Housing No. k Dviations High Low Dviations Paralllism of guid Max. T 2 ~ T 2 +2, -5 5 T 2 ~ T 27 +3, -8 6 k Fig. 3.2.3 nformation 3
Tabl 3.2.4 Tolranc on sphrical insid diamtr Unit:. Nominal sphrical insid diamtr Symbol J7 Da Dam Dviations Da Dviations Ovr () Incl. () High Low High Low 3 5 +4 - +9-6 5 8 +8 - +24-8 8 +22-3 +29-2 8 +26-4 +34-22 8 +3-6 +39 - Not: () Dam = ( Da max + Da min )/2 Da max - maximum masurd valu of Da Da min - minimum masurd valu of Da (2) Dimnsional tolrancs for sphrical insid diamtr of housing ar classifid as J7 for intrfrnc fit. Tabl 3.2.5 Machining tolrancs Tabl 3.2.6 Casting tolrancs on lngth Nominal dimnsion Dimnsional Nominal dimnsion Dimnsional Tolranc Tolranc Ovr Incl. Ovr Incl. () () () () () () 4 6.2 Up.5 6 63.3 2 2. 63.5 2 4 3. 4 8 4. Tabl 3.2.7 Casting tolrancs on thicknss Tabl 3.2.8 On sid machining tolrancs Nominal dimnsion Dimnsional Tolranc Nominal dimnsion Dimnsional Tolranc Ovr Incl. Ovr Incl. () () () () () () Up 5. Up ~ 5. 5.5 5 ~.5 2 2. ~ 2 2. 2 3 3. 2 ~ 4 3. 3 5 3.5 Not: () Dimnsional tolrancs and dviations ar for ordinary grad. (2) Dimnsional tolrancs on lngth and thicknss may b addd with dviations on draft tapr. 4 Tchnical I
4. Radial Intrnal Claranc of Barings Th intrnal radial claranc for th Insrt Ball Baring is usually gratr than that for th sam siz of Dp Groov Ball Baring. Th claranc for th cylindrical bor baring is shown in Tabl 4. whil th claranc for th taprd bor baring isshownintabl4.2. Tabl 4. Radial intrnal claranc of cylindrical bor barings ( with st-scrws and ccntric locking collar ) Unit:. Nominal bor diamtr d Ovr Incl. C2 () () Min. Max. 8 9 8 24 24 3 3 4 4 5 5 65 65 8 8 8 2 2 4 2 23 Claranc symbol Normal C3 Min. Max. Min. Max. 3 8 5 2 3 28 5 2 3 28 6 2 33 6 23 8 36 8 28 23 43 3 5 36 3 58 4 36 66 8 48 4 8 Tabl 4.2 Radial intrnal claranc of taprd bor barings ( with adaptr slv ) Unit:. Nominal bor diamtr d Claranc symbol Ovr () 24 Incl. () 3 Min. 5 C2 Max. 2 Min. 3 Normal Max. 28 Min. 23 C3 Max. 4 3 4 6 2 33 28 46 4 5 6 23 8 36 3 5 5 65 8 28 23 43 38 6 65 8 3 5 46 7 8 36 3 58 53 84 4 36 66 6 97 4 8 48 4 8 7 4 nformation
5. Slction of Baring Siz 5. Th baring siz is usually slctd according to th rquird lif and rliability undr a spcific typ of load chargd on th Insrt Ball Baring Th load applid to th baring oprating undr static or slow oscillating and rotating( n< r/min)condition is dfind as static load, whil th load applid to th baring oprating undr a spdy rotating ( n> r/min ) condition is dfind as dynamic load. Th load capacity of th baring is xprssd by th basic dynamic load rating which is shown in th Insrt Ball Baring's tabl. Undr normal mounting, lubricating and maintaining conditions, th oprating baring will hav fatigu flaking du to th rpating action of variabl load chargd on th contact ara btwn th rings and rolling lmnts. Gnrally, th fatigu flaking is th caus of normal damag of rolling barings. Thrfor, th usual baring lif rfrs to th baring fatigu lif. Th lif of group of apparntly idntical barings oprating undr a considrabl disprsion. For this rason, th baring lif is closly connctd with th damaging probability or th rliability rquirmnt. Th radial rating load of ball baring with 9% rliability and 5 hours minimum lif is shown in Fig. 5. (Rfr to pag 8 ). Lif: Rliability: Th lif of a rolling baring is dfind as th total of rvolution which th baring is capabl of nduring bfor th first vidnc of fatigu flaking dvlops on any on rings or rolling lmnts. Th rliability is th prcntag of th barings of a group of apparntly idntical barings oprating undr idntical conditions which can xpct to attain or xcd a crtain dfind lif. Th rliability of individual baring is th probability of th baring to attain or xcd a dfind lif. Basic rating lif: For a group of apparntly idntical rolling barings oprating undr idntical conditions, th basic rating lif is dfind as th total of rvolution that 9% of th barings can b xpctd to complt or xcd. Basic Rating lif Th fatigu rating lif of Insrt Ball Baring is calculatd by th following formula: C P ( ) 3 or C P /3 L = =L 6 Whr L = basic rating lif ( r) P = basic dynamic load rating ( N ) N = quivalnt dynamic baring load ( N ) Th basic dynamic load rating C is a hypothtical constant load with a fixd dirction undr which th baring can attain a basic lif of on million rvolutions thortically. For radial barings, th load rfrs to th radial load. Th quivalnt dynamic baring load baring oprating undr actual load. P is a constant load with a fixd dirction undr which th baring lif is idntical to that of th 6 Tchnical I
For a baring oprating with a constant rotation spd, th basic rating lif can b xprssd in trms of oprating hours: Whr Lh = basic rating lif ( h ) n = baring oprating spd of rotation ( r/min ) For asir calculation, 5 hours as bas of rating lif is takn, and th spd factor f and th lif factor f is introducd. h 33/3 n f n =( ) 3 C () () 3 P 6 C 6666 Lh = 6n P or 6 Lh = Lh = 6n n /3 Lh ( 5) f h In this way, th formula is simplifid to: C= P f n Th valus of fh and fn can b found in Fig. 5. by rfrring to th opration spd n and th anticipatd baring srvic lif Lh. Thn, with th radial load (or th quivalnt dynamic baring load ), th basic dynamic load rating can b dtrmind. By this way, th baring siz can b dtrmind according to th basic dynamic load rating valu in th Insrt Ball Baring's tabl. If th baring oprat undr indtrminat loads and rotation spd, th following formula should b applid whn calculating th baring lif: f = h /3 n n rpm 6 4 3 2 8 6 4 3 2 5 8 6 4 3 2 8 6 4 3 2 f n.82.9..4.6.8.2.22.24.26.28.3..4.5.6.7.8.9....2.3.4.49 Fig. 5. Lh h 8 6 4 3 2 8 6 4 3 2 5 9 8 7 6 5 4 3 2 f h 5.4 5 4.5 4 3.5 3. 2.5 2.9.8.7.6.5.4.3.2...95.9.85.8.75.74 Pm = 3 N N PdN 3 Whr Pm = man quivalnt dynamic baring load ( N ) P N = quivalnt dynamic baring load ( N ) = total rvolution s within on load changing cycl ( r) 5.2 Anticipatd baring srvic lif Whr slcting a baring, on should usually prdtrmin an appropriat srvic lif according to th rlvant machin typ, oprating condition and rliability rquirmnt. Gnrally th anticipatd baring srvic lif can b dtrmind by rfrring to th maintnanc priod of a machin. Calculating mthod of quivalnt dynamic baring load P Th basic quivalnt dynamic baring load is dtrmind undr a hypothtical condition. Whn calculating th baring lif, th actual load has to b convrtd to dynamic baring load which is in conformity with th load condition dtrmining th dynamic load rating. Gnral quation for calculating th quivalnt dynamic baring load: P= XFr+Yfa Whr: P --- quivalnt dynamic baring load ( N ) Fr --- actual radial load ( N ) Fa --- actual axial load ( N ) X Y --- radial factor --- thrust factor nformation 7
Th valus of X and Y ar dtrmind by th ratio btwn th applid axial load Fa and th basic static load rating Co. Th axial load which th Insrt Ball Baring can carry is dtrmind by th mounting mthod of th baring on th shaft. For barings of st-scrw Locking typ or ccntric Locking collar typ, if flxibl shafts ar applid and th st-scrws ar tightnd nough, th axial load Fa which th barings can carry not surpass 2% of th radial load Fr. For baring of adaptr slv Locking typ, if th nut is proprly tightnd, th axial load Fa can b maximally % to 2% of th radial load. Th valu of radial and thrust factors X and Y for Insrt Ball Barings can b obtaind from th following Tabl 5.3.. Whn twist load is applid to th baring, th quivalnt dynamic baring load is calculatd by th following quation: Whr: Pm = f m. P Pm --- quivalnt dynamic baring load whn considring twist load fm --- twist load factor, which is dfind as follows: whn th twist load is small : fm =.5 whn th twist load is big : fm = 2 5.3Examplof baringsizslction Whn shocking load is applid to th baring, th quivalnt dynamic baring load can b calculatd by th following quation: Whr: Pd = f d. P Pd --- quivalnt dynamic baring load whn considrating shocking load fd --- shocking load factor, which is dfind as follows: whn no shocking load or mirror shocking load is applid: fd =-.2 whn adquat shocking load is applid: fd =.2 -.8 Tabl 5.3. Radial and thrust factors Xand Yfor Insrt Ball Barings Claranc for normal Claranc for C3 Fa Ca X Fa Fr Y X Fa Fr > Y X Fa Fr Fa > Fr Y X Y..56 2..22.46.74.3.4.56.8.24.46.6.33.7.56.6.27.46.46.36.3.56.4.3.46.3.4..56.2.37.46.4.47.5.56..44.46..54 8 Tchnical I
How to slct th siz of baring On Insrt Ball Barings is to oprat at a rotation spd of r/min undr only a radial load of Fr = 3 N, with a basic rating lif of at last 2, hours.slct th baring siz. From th rquird rotation spd it can b found that: fn =.322 ( Fig. 5. shows about.32 ) From th rquird basic rating lif ( anticipatd srvic lif ), it can b found that: fh = 3.42 ( Fig. 5. shows about 3.4 ) Undr only radial load, i.. P= Fr = 3 N Thrfor, F h 3.42 C = P= 3 = 3,863( N) f n.322 Lif calculation chart n r/ c/p L million rvolutions 2 5 5.. 5 5 5 Lh oprating hours 2 5 5 A simplifid way to calculat th baring lif can b applid by using Fig. 5.3: By conncting n and th rquird basic rating lif Lh with a straight lin, it can b found that C/P valu is.6. As is known, P = Fr =3 N, thus th rquird basic dynamic load rating is: 5 5 5 2 5 C = 3.6 = 3,8( N ) 4 6 In this way, w can slct th Insrt Ball Barings insid this catalogu. 2 3 2 3 5.4 Adjustd rating lif quation Fig. 5.3 Th basic rating lif L calculatd with th baring lif calculation formula can b applid to calculat th rating lif of baring mad of ordinary baring stl ( i.. baring lif with rliability of 9% ). Du to mor and mor of machinry products dmanding highr rliability and bttr quality stl ( ISO 28/-977 ), an adjustd rating lif calculation quation is suggstd, i.. Ln = a. a2. a3. L For Sphrical Outsid Surfac Ball Baring: Ln = a. a2. a3.( C/P )3 Whr Ln---undr spcifid matrial and lubricating conditions, baring lif with ( -n )% no braking probability ( i.. rliability ). a ---- lif adjustmnt factor for rliability ( Tabl 4.4. ) a2 ---- lif adjustmnt factor matrials ( Tabl 4.4.2 ) a3 ---- lif adjustmnt factor for oprating conditions ( Tabl 4.4.3 ) Tabl 5.4. Lif adjustmnt factor for rliability a Rliability% 9 95 96 97 98 99 Ln L L5 L4 L3 L2 L a.62.53.44.33.2 nformation 9
Tabl 5.4.2 Lif adjustmnt factor for matrials a2 Normal chromium baring stl Spcial smltd baring stl --- Vacuum dgassd baring stl --- Vacuum rsmltd baring stl Whn matrial hardnss lowrd by high frquncy tmpring a2 = a2 =3 a2 =5 a2 < Tabl 5.4.3 Lif adjustmnt factor for oprating conditions a3 Whn undr normal oprating conditions: () Proprly mountd, (2) Sufficintly lubricatd, a3 = (3) Without outsid mattrs intrusion. Whn undr oprating tmpratur, th Insrt Ball Barings lubricating 2 gras viscosity lowr than 3 /s a3 < 6. Slction of s Th shaft on which baring units ar mountd shall b fr from bnd and flxur. For th units with cylindrical bor (with st-scrws or ccntric locking collar) claranc fit isusually adoptd for mounting th units on th shaft, and shaft tolrancs in Tabl 6. ar rcondd for such loos fit, but for high spd or highly accurat opration or such application which is accompanid by havy shock loads, intrfrnc fit is to b adoptd. Tabl 6.2 shows rcondd shaft tolrancs for intrfrnc fit, whn mountd units with ccntric locking collar ar mountd on th shaft with intrfrnc fit, th ccntric locking collar may b omittd. Taprd bor barings prmit widr tolrancs of th shaft sinc thy ar lockd to th shaft by mans of adaptd slvs. Rcondd shaft tolrancs for taprd bor barings listd in Tabl 6.3. Tabl 6. tolrancs for claranc fit for baring with cylindrical bor Dviation of tolrancs in shaft diamtr For lowr spd For mdium spd For rathr high spd For high spd Ovr Incl. h9 h8 h7 j6 Max. Min. Max. Min. Max. Min. Max. Min. 8 3 5 8 8 3 5 8 8-43 -52-62 -74-87 - -27-33 -39-46 -54-63 -8-2 - -3 - -4 +8 +9 + + +3 +4-3 -4-5 -7-9 - 2 Tchnical I
Tabl 6.2 tolranc for intrfrnc fit for baring with cylindrical bor diamtr Highr spd Dviation of tolrancs in shaft Rathr havy load Highst load Havy load Ovr Incl. Max. m6 Min. Max. m7 Min. Max. m6 Min. Max. m7 Min. 8 +8 +7 + +7 +23 + +3 + 8 3 +2 +8 +29 +8 +28 + +36 + 3 5 + +9 +34 +9 +33 +7 +42 +7 5 8 +3 + +4 + +39 +2 +5 +2 8 + +3 +48 +3 +45 +23 +58 +23 8 +4 + +55 + +52 +27 +67 +27 Tabl 6.3 tolrancs for baring with taprd bor diamtr Ovr Incl. 8 8 3 3 5 5 8 8 8 Dviation of tolrancs in shaft For shot shaft For shot shaft h9 h Max. Min. Max. Min. -43-52 -62-74 -87 - -7-84 - - -4-6 7. Mounting of Mountd Units on s Th mountd units can b asily installd in principl at any plac. Howvr, in ordr to hav a long srvic lif, it is dsirabl that th mounting bas is flat and rigid. In cas of ithr th vibration is causd to th baring, th altrnating movmnt taks plac, th load applid to th baring is larg, or th shaft rotation spd is rapid, it is dsird to provid with th fild sat or concav sction at th part whr th st-scrws contact with th shaft. If larg thrust load is chargd, it is rcondd that joggling tightnd with nuts b usd to install th baring most ffctivly to th shaft: As shown in Fig 7.. Fig 7. nformation 2
7. Mountd units with adaptr slv Mountd unit with adaptr slv prmits widr shaft tolranc and can b usd in applications whr vibrations and shocks ar havy. Mounting procsss of ths units ar as follows: First, th slv is installd to an arbitrary position. Aftr th shark proof washr is insrtd, th nut is tightnd. Th propr nut tightning condition can b obtaind if it is tightnd nough by hand and thn rotatd by 2/5 to 3/5 rvolution with a spannr. Aftr tightning th nut, bnd th shark proof washr within th slot. Othrwis, th nut may b loosnd and crp may b causd btwn th shaft and slv. It is ncssary th nut can not b tightnd too much. 7.2 Mountd units with ccntric locking collar Th ccntric part of th collar mats with th innr ring of th baring which is mad ccntric with th collar. Whn lockd to th shaft by hand in dirction of th shaft rotation, th ccntric locking collar tightns automatically to th shaft by forc of working radial load. Thn, lock th st-scrws providd on th collar to fix th ccntric collar to th shaft. At th shaft rotation forc or load is not chargd on th st-scrws dirctly, it will not loosn during opration. 8. Standard of St-scrws Thr ar two st-scrws locatd at two placs on on sid of th wid innr ring apart with which th baring units can b mountd to th shaft. Whn mounting th baring to th shaft, th torqu shown in th following Tabl 8. is rcondd to tightn th st-scrws to shaft. Tabl 8. Propr tightning torqu of st-scrws St-scrws tap Modl Nos. of insrt ball barings Tightning torqu () ( ) ( N.m ) ( lbf.in ) M5 x.8 UC 2~UC 23, SB 2~SB 23, CSB 2~CSB 23 3.~3.5 28 #-32 UNF CSB 2-8~CSB 23- M6 x.75 M6 x M8 x M x. M x. M x.5 /4-28 UNF 5/6-24 UNF 3/8-24 UNF 7/6-2 UNF UC 24~UC 26, SB 24~SB 26 SA 2~SA 26, CSA 2~CSA 26, CSB 24~CSB 27 SER 2~SER 26 CSB 24-~CSB 27-22, SER 2-~SER 26-2 UC 27~UC 29, SA 27~SA 2, SB 27~SB 28 CSA 27~CSA 2, CSB 28, SER 27~SER 29 CSB 28-24, SER 27-22~SER 29-28 UC 2~UC 23, SA 2, CSA 2~CSA 2, SER 2~SER 2 SER 2-3~SER 2-36 SER 24~SER 2 SER 24-4~SER 2-47 UC 24~UC 28 3.~3.5 28 3.5~4. 8.~8.5 6.5~7.5 26.5~27.5 33.5~34.5 3~.4 69~73.5 44~2 2~243 296~34 22 Tchnical I
9. Matrial for Cast Iron Housing Th matrial of cast iron housing undr ISO / DIS GG2, th mchanical proprtis plas rfr to Tabl 9.. Tabl 9. Th mchanical proprtis of cast iron housing Numbr JIS FC2 Major wall thicknss of casting pic 2.5 - >-2 >2-3 >3-5 Strain strss 22 95 7 6 Hardnss () ( N/ 2 ) HB b 7-22 nformation 23
NOTE
Standard Duty Pillow Blocks Cast Housing St Scrws Typ sris UCAK 2 Bi n s w s2 a g h b Product Information dia. Unit h a Nominal dimnsions b s s 2 Baring Housing 2 UCAK 24 3.8 8 98 38. 4 4 63. 3..7 M UC 24.74 AK 24 3/4 UCAK 24- -/4 5-/6 3-55/64 -/2 7/6 /64 /64 2-3/64.2.5 3/8 UC 24-.75 UCAK 33.3 4 4. 4 66.5 34. 4.3 M UC.85 AK UCAK -6-5/6 5-3/64 4-9/64-37/64 7/6 /64 9/32 2-.3386.563 3/8 UC -6.84 3 UCAK 26 39.7 6 44 4. 9 7 79. 38..9 M UC 26.24 -/8 UCAK 26-8 UC 26-8 AK 26.26-9/6 6-9/64 4-49/64-47/64 /64 3/4 43/64 3-7/64.5.626 7/6 -/4 UCAK 26-2 UC 26-2.22 UCAK 27 46. 67 7 48 4. 9 8 9. 42.9 7.5 M UC 27.7 -/4 UCAK 27-2 UC 27-2 AK 27.76-3/6 6-37/64 5-57/64 /64 3/4 45/64 3-37/64.689.689 7/6-3/8 UCAK 27-22 UC 27-22.7 4 UCAK 28 49.2 8 4 52 4. 9 9 98. 49.2 9. M UC 28 2.3 AK 28 -/2 UCAK 28-24 -/6 7-/8 5-3/64 2-/6 /64 3/4 3/4 3-55/64.937.748 7/6 UC 28-24 2.7 45 UCAK 29 52.4 89 46 54 4. 9 2. 49.2 9. M UC 29 2.39 AK 29 - UCAK 29-26 2-/6 7-7/6 5-3/4 2-/8 /64 3/4 /32 4-9/64.937.748 7/6 UC 29-26 2.49 5 UCAK 2 55.6 23 9 57 7.5 2 2.5 5.6 9. M6 UC 2 2.83 AK 2-7/8 UCAK 2-3 2-3/6 7-63/64 6-7/64 2-/4 /6 53/64 53/64 4-/64 2.3.748 UC 2-3 2.9 55 UCAK 2 6.9 232 8 6 8. 24 23 3. 55.6 22.2 M6 UC 2 3.85 AK 2 2 UCAK 2-32 2-7/6 9-9/64 7-/8 2-23/64 45/64 /6 29/32 4-27/32 2.89.874 UC 2-32 4. 6 UCAK 2 68.3 24 9 64 8. 24 36. 65..4 M 6 UC 2 4.92 AK 2 2-/4 UCAK 2-36 2-/6 9-3/64 7-3/64 2-3/64 45/64 /6 63/64 5-23/64 2.563. UC 2-36 5.6 65 UCAK 23 74.6 262 23 7 2. 28 27 47.5 65..4 M 2 UC 23 6.3 AK 23 2-/2 UCAK 23-4 2-/6-5/6 7-63/64 2-3/4 53/64-7/64 -/6 5-3/6 2.563. 3/4 UC 23-4 6.2 7 UCAK 24 77.8 266 2 74 2. 28 28 3.5 74.6 3.2 M 2 UC 24 6.9 AK 24 2-3/4 UCAK 24-44 3-/6 -/32 8-7/64 2-29/32 53/64-7/64-7/64 6-/6 2.937.89 3/4 UC 24-44 6.9 75 UCAK 2 82.6 34 24 78 22. 32 3 62. 77.8 33.3 M 2 UC 2 8.56 AK 2 3 UCAK 2-48 3-/4-3/32 9-3/64 3-5/64 55/64-7/64-3/6 6-3/8 3.63.3 3/4 UC 2-48 8.48 g w Bi n Bolt siz Mass of unit kg 26
Standard Duty Pillow Blocks Cast Housing St Scrws Typ sris UCP 2 Bi n s w s2 a g h b dia. Unit Nominal dimnsions h a b s s 2 g w Bi n Baring Housing UCP 2 3.2 7 96 38 3 6 6.7 3..7 M UC 2.68 P23 /2 UCP 2-8 -3/6 5 3-/32 -/2 3/64 7/6 2-/64.2.5 3/8 UC 2-8.68 UCP 22 3.2 7 96 38 3 6 6.7 3..7 M UC 22.67 P23 UCP 22- -3/6 5 3-/32 -/2 3/64 7/6 2-/64.2.5 3/8 UC 22-.67 7 UCP 23 3.2 7 96 38 3 6 6.7 3..7 M UC 23.66 P23 /6 UCP 23- -3/6 5 3-/32 -/2 3/64 7/6 2-/64.2.5 3/8 UC 23-.66 2 UCP 24 33.3 7 96 3 9 4 65. 3..7 M UC 24.66 P24 3/4 UCP 24- -5/6 5 3-/32-3/8 3/64 3/4 /64 2-9/6.2.5 3/8 UC 24-.67 UCP 36.5 4 36 3 9 7. 34. 4.3 M UC.77 UCP -6-7/6 5-3/64 4-9/64-27/64 3/64 3/4 9/32 2-5/64.3386.563 3/8 UC -6 P.76 3 UCP 26 42.9 6 42 7 22 6 84. 38..9 M4 UC 26.22 -/8 UCP 26-8 UC 26-8 P26.24 -/6 6-9/64 4-49/64-2/32 43/64 55/64 3-5/6.5.626 /2 -/4 UCP 26-2 UC 26-2.2 UCP 27 47.6 67 7 45 7 22 7 94. 42.9 7.5 M4 UC 27.55 -/4 UCP 27-2 UC 27-2 P27.6-7/8 6-37/64 5-49/64 43/64 55/64 43/64 3-45/64.689.689 /2-3/8 UCP 27-22 UC 27-22.56 4 UCP 28 49.2 8 37 49 7 22 8. 49.2 9. M4 UC 28.88 P28 -/2 UCP 28-24 -/6 7-3/32 5-/64-59/64 43/64 55/64 45/64 3-/6.937.748 /2 UC 28-24.92 45 UCP 29 54 89 46 5 7 22 2 7.5 49.2 9. M4 UC 29 2.9 P29 - UCP 29-26 2-/8 7-7/6 5-3/4-3/32 43/64 55/64 /32 4-/64.937.748 /2 UC 29-26 2.29 5 UCP 2 57.2 24 9 56 2 2 4. 5.6 9. M 6 UC 2 2.73 P2-7/8 UCP 2-3 2-/4 8-/64 6-7/64 2-3/64 /32 63/64 53/64 4-3/64 2.3.748 UC 2-3 2.8 55 UCP 2 63.5 27 72 58 2 22 6 55.6 22.2 M 6 UC 2 3.38 P2 2 UCP 2-32 2-/2 8-/64 6-49/64 2-9/32 /32 63/64 55/64 4-6/64 2.89.874 UC 2-32 3.53 6 UCP 2 69.9 238 86 64 2 24 39 65..4 M 6 UC 2 4.75 P2 2-/4 UCP 2-36 2-3/4 9-3/8 7-2/64 2-3/64 /32 63/64 /6 5-/32 2.563. UC 2-36 4.89 65 UCP 23 76.2 262 23 7 3 26 49 65..4 M2 UC 23 5.8 P23 2-/2 UCP 23-4 3-5/6 7-63/64 2-3/4 63/64-3/6 -/64 5-55/64 2.563. 3/4 UC 23-4 5.89 7 UCP 24 79.4 266 2 72 3 27 5 74.6 3.2 M2 UC 24 6.5 P24 2-3/4 UCP 24-44 3-/8 -/32 8-7/64 2-53/64 63/64-3/6 -/6 6-7/64 2.937.89 3/4 UC 24-44 6.5 75 UCP 2 82.6 274 27 74 3 28 6.6 77.8 33.3 M2 UC 2 7. P2 3 UCP 2-48 3-/4 -/32 8-/64 2-29/32 63/64-3/6-7/64 6-23/64 3.63.3 3/4 UC 2-48 7.3 Bolt siz Mass of unit kg Product Information 27
Standard Duty Pillow Blocks Cast Housing St Scrws Typ sris UCP 2 Bi n s w s2 a g h b Product Information dia. Unit Nominal dimnsions h a b s s 2 g w Bi n Baring Housing 8 UCP 26 88.9 292 232 78 3 3 74 82.6 33.3 M2 UC 26 8.69 P26 3-/8 UCP 26-5 3-/2 -/2 9-9/64 3-5/64 63/64-3/6-3/6 6-27/32 3.2.3 3/4 UC 26-5 8.74 85 UCP 27 95.2 3 247 83 3 32 86 85.7 34. M2 UC 27.63 P27 3-/4 UCP 27-52 3-3/4-3/64 9-23/32 3-7/64 63/64-3/6-7/64 7-2/64 3.374.34 3/4 UC 27-52.85 9 UCP 28.6 326 262 88 27 3 33 98 96. 39.7 M22 UC 28.95 P28 3-/2 UCP 28-56 4-53/64-5/6 3-/32 -/6-3/6-9/64 7-5/64 3.78.563 7/8 UC 28-56 3.6 Bolt siz Mass of unit kg 28
Standard Duty Pillow Blocks Cast Housing Adaptr Typ sris UKP 2 Bi s w s2 g h a b dia. 2 3 4 45 5 55 6 Unit UKP UKP 26 UKP 27 UKP 28 UKP 29 UKP 2 UKP 2 UKP 2 UKP 23 Nominal dimnsions h a b s s2 g w Bi 36.5 42.9 47.6 49.2 54. 57.2 63.5 69.9 76.2 4 6 67 8 89 24 27 238 262 7 37 46 9 72 86 23 36 42 45 49 5 56 58 64 7 3 7 7 7 7 2 2 2 9 22 22 22 22 3 6 7 8 2 2 22 24 26 7. 84. 94.. 7.5 4. 6. 39. 49. 38 43 46 5 55 59 62 65 Bolt siz M M M M M M6 M6 M6 M2 Baring UK UK 26 UK 27 UK 28 UK 29 UK 2 UK 2 UK 2 UK 23 Housing P P26 P27 P28 P29 P2 P2 P2 P23 Mass of unit kg.7..45.72 2.4 2.52 3.3 4. 5.3 Product Information 29
Standard Duty Pillow Blocks Cast Housing St Scrws Typ sris UCPA 2 Bi n w f a g h t b Product Information dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 2 2-/4 2-/2 Unit UCPA 2 UCPA 2-8 UCPA 22 UCPA 22- UCPA 23 UCPA 23- UCPA 24 UCPA 24- UCPA UCPA -6 UCPA 26 UCPA 26-8 UCPA 26-2 UCPA 27 UCPA 27-2 UCPA 27-22 UCPA 28 UCPA 28-24 UCPA 29 UCPA 29-26 UCPA 2 UCPA 2-3 UCPA 2 UCPA 2-32 UCPA 2 UCPA 2-36 UCPA 23 UCPA 23-4 h a b g w f t Bi 3.2 76 52 4 62 3 M 3..7 M -3/6 2-63/64 2-/6-37/64 7/6 2-7/6 3/64 3/8.2.5 3/8 3.2 76 52 4 62 3 M 3..7 M -3/6 2-63/64 2-/6-37/64 7/6 2-7/6 3/64 3/8.2.5 3/8 3.2 76 52 4 62 3 M 3..7 M -3/6 2-63/64 2-/6-37/64 7/6 2-7/6 3/64 3/8.2.5 3/8 3.2 76 52 4 62 3 M 3..7 M -3/6 2-63/64 2-/6-37/64 7/6 2-7/6 3/64 3/8.2.5 3/8 36.5 84 56 38 72 M 34. 4.3 M -7/6 3-5/6 2-3/64 -/2 /32 2-53/64 9/32 3/8.3386.563 3/8 42.9 94 66 48 3 84 8 M 4 38..9 M 4 -/6 3-45/64 2-9/32-57/64 3/64 3-5/6 45/64 /2 47.6-7/8 Nominal dimnsions 8 48 3 95 2 M 4 4-2/64 3-5/32-57/64 3/64 3-47/64 /32 /2.5.626 /2 42.9 7.5 M 4.689.689 /2 49.2 6 84 54 3 2 M 4 49.2 9. M 4 -/6 4-9/6 3-5/6 2-/8 3/64 3-/6 /32 /2.937.748 /2 54.2 9 6 3 8 M 4 49.2 9. M 4 2-9/64 4-23/32 3-/64 2-23/64 3/64 4-/4 63/64 /2.937.748 /2 57.2 3 94 6 4 6 M 6 5.6 9. M 6 2-/4 5-/8 3-45/64 2-23/64 /64 4-9/6 63/64 2.3.748 63.5 4 4 66 4 5 M 6 55.6 22.2 M 6 n Bolt siz 2-/2 5-3/64 4-3/32 2-9/32 /64 4-59/64 63/64 2.89.874 69.9 4 68 38 M 6 65..4 M 6 2-3/4 5-29/32 4-3/64 2-43/64 9/32 5-7/6 63/64 2.563. 76.2 6 4 7 M 6 65..4 M 6 3 6-9/64 4-7/8 2-3/4 9/32 5-29/32 63/64 2.563. Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 Housing PA 24 PA 24 PA 24 PA 24 PA PA 26 PA 27 PA 28 PA 29 PA 2 PA 2 PA 2 PA 23 Mass of unit kg.57.57.56.56.55.55.53.54.7.7.7.9.5.49.55.5.75.79 2.7 2.27 2.53 2.6 3.7 3.32 4.7 4.3 4.96 5.4 3
Standard Duty Pillow Blocks Cast Housing Adaptr Typ sris UKPA 2 Bi w f a g t h b dia. 2 3 4 45 5 55 6 Unit UKPA UKPA 26 UKPA 27 UKPA 28 UKPA 29 UKPA 2 UKPA 2 UKPA 2 UKPA 23 Nominal dimnsions h a b g w f t Bi 36.5 42.9 47.6 49.2 54.2 57.2 63.5 69.9 76.2 84 94 6 3 4 6 56 66 8 84 9 94 4 4 4 38 48 48 54 6 6 66 68 7 3 3 3 3 4 4 72 84 95 8 6 5 38 8 2 2 M M4 38 M4 43 M4 46 M4 5 M6 55 M6 59 M6 62 M6 65 Bolt siz M M4 M4 M4 M4 M6 M6 M6 M6 Baring UK UK 26 UK 27 UK 28 UK 29 UK 2 UK 2 UK 2 UK 23 Housing PA PA 26 PA 27 PA 28 PA 29 PA 2 PA 2 PA 2 PA 23 Mass of unit kg.65..39.59 2.2 2.32 2.82 3.67 4.46 Product Information 3
Product Information UCPH2 Standard Duty Pillow Blocks Cast Housing St Scrws Typ sris UCPH 2 dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2 Unit UCPH 2 UCPH 2-8 UCPH 22 UCPH 22- UCPH 23 UCPH 23- UCPH 24 UCPH 24- UCPH UCPH -6 UCPH 26 UCPH 26-8 UCPH 26-2 UCPH 27 UCPH 27-2 UCPH 27-22 UCPH 28 UCPH 28-24 UCPH 29 s h a b g w Bi 7 2-3/4 7 2-3/4 7 2-3/4 7 2-3/4 8 3-5/32 9 3-/64 95 s2 a g s w h 7 95 4 6 3 3..7 5 3-47/64-37/64 /32 3/64 3-3/32.2.5 7 95 4 6 3 3..7 5 3-47/64-37/64 /32 3/64 3-3/32.2.5 7 95 4 6 3 3..7 5 3-47/64-37/64 /32 3/64 3-3/32.2.5 7 95 4 6 3 3..7 5 3-47/64-37/64 /32 3/64 3-3/32.2.5 4 5 3 9 6 4 34. 4.3 5-3/64 4-9/64-3/32 3/64 3/4 4-3/64.3386.563 65 5 7 2 8 3 38..9 6-/2 4-49/64-3/32 43/64 53/64 45/64 5-/8.5.626 67 7 6 7 2 9 4 42.9 7.5 3-47/64 6-37/64 5 2-23/64 43/64 53/64 3/4 5-3/64.689.689 3-/6 Nominal dimnsions 84 37 66 7 2 2 49.2 9. 7-/4 5-/64 2-9/32 43/64 53/64 /32 5-29/32.937.748 9 46 7 7 2 2 8 49.2 9. - UCPH 29-26 4-9/64 7-3/64 5-3/4 2-3/4 43/64 53/64 /32 6-7/32.937.748 /2 5 UCPH 2 24 9 7 9 22 22 65 5.6 9. M6-7/8 UCPH 2-3 4-2/64 8-/64 6-7/64 2-3/4 3/4 55/64 55/64 6-/2 2.3.748 55 UCPH 2 27 7 75 9 22 23 8 55.6 22.2 M 6 2 UCPH 2-32 4-23/32 8-/64 6-47/64 2-6/64 3/4 55/64 29/32 7-/8 2.89.874 6 UCPH 2 3 236 86 8 9 22 24 97 65..4 M6 2-/4 UCPH 2-36 5-/8 9-9/64 7-2/64 3-5/32 3/4 55/64 /6 7-3/4 2.563. 65 UCPH 23 4 8 23 85 23 28 26 23 65..4 M2 2-/2 UCPH 23-4 5-3/64-5/32 7-63/64 3-/32 29/32-7/64 -/64 8-/64 2.563. 3/4 s 2 n /2 /2 Bi n b Bolt siz M 3/8 M 3/8 M 3/8 M 3/8 M 3/8 M4 M4 M4 /2 M4 Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 Housing PH 24 PH 24 PH 24 PH 24 PH PH 26 PH 27 PH 28 PH 29 PH 2 PH 2 PH 2 PH 23 Mass of unit kg.8.8.8.8.79.79.77.78...56.58.54.88.94.89 2.44 2.48 2.72 2.82 3.8 3. 4.5 4.2 4.78 4.92 5.93 6. UCPH2 32
Standard Duty Two Bolts Flangd Units Cast Housing St Scrws Typ sris UCFL 2 Bi n s b a t z g i dia. /2 7 /6 2 3/4 3 -/8 -/4 -/4-3/8 4 -/2 45-5 -7/8 55 2 6 2-/4 65 2-/2 7 2-3/4 75 3 Unit UCFL 24 UCFL 24-44 a i g t s b z UCFL 2 3 9.5 6 33.3 3..7 M UCFL 2-8 4-29/64 3-/64 9/32 7/6 /32 2-23/64-5/6.2.5 3/8 UCFL 22 3 9.5 6 33.3 3..7 M UCFL 22-4-29/64 3-/64 9/32 7/6 /32 2-23/64-5/6.2.5 3/8 UCFL 23 3 9.5 6 33.3 3..7 M UCFL 23-4-29/64 3-/64 9/32 7/6 /32 2-23/64-5/6.2.5 3/8 UCFL 24 3 9.5 6 33.3 3..7 M UCFL 24-4-29/64 3-/64 9/32 7/6 /32 2-23/64-5/6.2.5 3/8 UCFL 3 99 6 3 27. 6 68.7 34. 4.3 M4 UCFL -6 5-/8 3-57/64 3/64 -/6 2-43/64-3/32.3386.563 /2 UCFL 26 48 7 8 3 3. 6 8 4.2 38..9 M4 UCFL 26-8 UCFL 26-2 5-53/64 4-39/64 45/64 3/64-7/32 3-5/32-37/64.5.626 /2 UCFL 27 6 3 9 4 34. 6 9 44.4 42.9 7.5 M4 UCFL 27-2 UCFL 27-22 6-/32 5-/8 3/4 /64 -/32 3-/64-3/4.689.689 /2 UCFL 28 75 44 2 4 36. 6 5.2 49.2 9. M4 UCFL 28-24 6-57/64 5-43/64 53/64 /64-27/64 3-/6 2-/64.937.748 /2 UCFL 29 88 48 22 6 38. 9 8 52.2 49.2 9. M6 UCFL 29-26 7-3/32 5-53/64 55/64 -/2 3/4 4-/4 2-/6.937.748 UCFL 2 97 7 22 6 4. 9 54.6 5.6 9. M6 UCFL 2-3 7-3/4 6-3/6 55/64-37/64 3/4 4-7/32 2-5/32 2.3.748 UCFL 2 224 84 8 43. 9 3 58.4 55.6 22.2 M 6 UCFL 2-32 8-3/6 7-/4 63/64 45/64 -/6 3/4 5-/8 2-9/64 2.89.874 UCFL 2 22 29 8 48. 23 4 68.7 65..4 M2 UCFL 2-36 9-27/32 7-6/64-9/64 45/64-57/64 29/32 5-3/64 2-45/64 2.563. 3/4 UCFL 23 8 2 3 2 5. 23 5 69.7 65..4 M2 UCFL 23-4 -5/32 8-7/64-3/6 /32-3/32 29/32 6-7/64 2-3/4 2.563. 3/4 UCFL 2 UCFL 2-48 265-7/6 Nominal dimnsions 26 3 2 54. 23 6 75.4 74.6 3.2 M2 8-/2-7/32 /32 2-/8 29/32 6-9/64 2-3/32 2.937.89 3/4 275 2 34 22 55. 23 64 78.5 77.8 33.3 M2-53/64 8-55/64 -/32 /32 2-3/64 29/32 6-/2 3-3/32 3.63.3 3/4 Bi n Bolt siz Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 UC 24 UC 24-44 UC 2 UC 2-48 Housing FL 24 FL 24 FL 24 FL 24 FL FL 26 FL 27 FL 28 FL 29 FL 2 FL 2 FL 2 FL 23 FL 24 FL 2 Mass of unit kg.47.47.46.46.45.45.43.44.6.59.9.93.89.4.2..43.47.8.9 2.3 2.2 2.86 3. 3.76 3.9 4.63 4.7 5.22 5.23 5.36 5.28 Product Information 33
Standard Duty Two Bolts Flangd Units Cast Housing St Scrws Typ sris UCFL 2 Bi n s b a t z g i Product Information dia. 85 3-/4 9 3-/2 Unit Nominal dimnsions a i g t s b z UCFL 27 248 36 22 63. 9 87.6 85.7 34. M22 UCFL 27-52 -/64 9-49/64-27/64 55/64 2-3/64 63/64 7-3/64 3-29/64 3.374.34 7/8 UCFL 28 32 265 4 23 68. 96.3 96. 39.7 M22 UCFL 28-56 -9/32-7/6-37/64 29/32 2-43/64 63/64 8-5/64 3-5/64 3.78.563 7/8 Bi n Bolt siz Baring UC 27 UC 27-52 UC 28 UC 28-56 Housing 8 UCFL 26 29 233 34 22 58. 8 83.3 82.6 33.3 M22 UC 26 3-/8 UCFL 26-5 -27/64 9-/64 -/32 55/64 2-9/32 63/64 7-3/32 3-9/32 3.2.3 7/8 UC 26-5 FL 26 FL 27 FL 28 Mass of unit kg 6.99 7.4 8.28 8.5.7.8 34
Standard Duty Two Bolts Flangd Units Cast Housing Adaptr Typ sris UKFL 2 s Bi b a t z g i dia. 2 3 4 45 5 55 6 Unit UKFL UKFL 26 UKFL 27 UKFL 28 UKFL 29 UKFL 2 UKFL 2 UKFL 2 UKFL 23 Nominal dimnsions a i g t b s z Bi 3 99 6 3 27 68 6.5 48 7 8 3 3 8 6 39. 38 6 3 9 4 34 9 6 42.5 43 75 44 2 4 36 6 46.5 46 88 48 22 6 38 8 9 48.5 5 97 7 22 6 4 9 5. 55 224 84 8 43 3 9 54.5 59 22 29 8 48 4 23 6. 62 8 2 3 2 5 5 23 64. 65 Bolt siz M4 M4 M4 M4 M6 M6 M6 M2 M2 Baring UK UK 26 UK 27 UK 28 UK 29 UK 2 UK 2 UK 2 UK 23 Housing FL FL 26 FL 27 FL 28 FL 29 FL 2 FL 2 FL 2 FL 23 Mass of unit kg.54.84.4.27.65.92 2.5 3.26 4.3 Product Information
Standard Duty Flangd Units Cast Housing Spcial Typ St Scrws Typ sris UCFB 2 b Bi n h a s L h t z g i Product Information dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 2 2-/4 2-/2 Unit UCFB 2 UCFB 2-8 UCFB 22 UCFB 22- UCFB 23 UCFB 23- UCFB 24 UCFB 24- UCFB UCFB -6 UCFB 26 UCFB 26-8 UCFB 26-2 UCFB 27 UCFB 27-2 UCFB 27-22 UCFB 28 UCFB 28-24 UCFB 29 UCFB 29-26 UCFB 2 UCFB 2-3 UCFB 2 UCFB 2-32 UCFB 2 UCFB 2-36 UCFB 23 UCFB 23-4 Nominal dimnsions a i g t s h h L b z Bi n 9 32 4-9/64-7/64 9/32 9 32 4-9/64-7/64 9/32 9 32 4-9/64-7/64 9/32 9 32 4-9/64-7/64 9/32 6 34 6 4-9/6 -/32 32 4 8 5-3/64-37/64 45/64 44 46 9 4 33. 55 32 7 9 44.4 42.9 7.5 5-43/64-3/6 3/4 /64-9/64 /64 2-/64-7/64 2-3/4 3-/64-3/4.689.689 64 5 2 6. 6 4 78 5.2 49.2 9. 6-29/64-3/32 53/64-3/8 /32 2-23/64-39/64 3-5/64 3-/6 2-/64.937.748 75 54 6-57/64 2-/8 84 58 7-/4 2-9/32 22 55/64 22 55/64 27 62 8-5/32 2-7/6 63/64 224 66 29 8-3/6 2-9/32-9/64 244 7 3 9-39/64 2-3/4-3/6 7/6 7/6 7/6 7/6 3 3/64 3 3/64 6 6 8 45/64 9 3/4 2 /32.5.5.5.5 27. -/6 3. -7/32 38. -/2 39. -7/32 42.5-43/64 47.5-7/8 49. -59/64 /64 /64 /64 /64 /64 /64 /32 /32 4 /64 4 /64 4 /64 42-2/32 42-2/32 42-2/32 42-2/32 45-49/64 5-3/32 27 -/6 27 -/6 27 -/6 27 -/6 27 -/6 29-9/64 52 6 33.3 3..7 2-/6 2-23/64-5/6.2.5 52 6 33.3 3..7 2-/6 2-43/64-5/6.2.5 52 6 33.3 3..7 2-/6 2-43/64-5/6.2.5 52 6 33.3 3..7 2-/6 2-43/64-5/6.2.5 56 68.7 34. 4.3 2-3/64 2-43/64-3/32.3386.563 65 8 4.2 38..9 2-9/6 3-5/32-37/64.5.626 65 43 8 8 2-9/6 -/6 3-5/32 4-/4 68 46 86 4 2-43/64-3/6 3-/64 4-3/64 52.2 49.2 9. 2-/6.937.748 54.6 5.6 9. 2-5/32 2.3.748 78 5 9 8 58.4 55.6 22.2 3-5/64-3/32 3-/64 5-/6 2-9/64 2.89.874 84 55 94 4 68.7 65..4 3-5/6 2-/64 3-45/64 5-3/64 2-45/64 2.563. 92 6 2 69.7 65..4 3-2-23/64 4-/64 5-63/64 2-3/4 2.563. Bolt siz M8 5/6 M8 5/6 M8 5/6 M8 5/6 M8 5/6 M8 5/6 M8 5/6 M 3/8 M 3/8 M 3/8 M 7/6 M 7/6 M 7/6 Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 Housing FB 24 FB 24 FB 24 FB 24 FB FB 26 FB 27 FB 28 FB 29 FB 2 FB 2 FB 2 FB 23 Mass of unit kg.53.53.52.52.5.5.49.5.66.65.99..97.2.27.22.72.76.86.96 2.36 2.43 3. 3.26 4.7 4.2 4.86 4.94 36
Standard Duty Flangd Units Cast Housing St Scrws Typ sris UCF 2 s Bi n a a t z g i dia. -/4-3/8 6 2-/4 65 2-/2 a i g t s z Bi n UCF 2 86 64.5 33.3 3..7 M UC 2 /2 UCF 2-8 3-/64 2-3/64 9/32 /32 /32-5/6.2.5 3/8 UC 2-8 7 /6 2 3/4 3 -/8 -/4 86 64.5 33.3 3..7 M 3-/64 2-3/64 9/32 /32 /32-5/6.2.5 3/8 86 64.5 33.3 3..7 M 3-/64 2-3/64 9/32 /32 /32-5/6.2.5 3/8 86 64.5 33.3 3..7 M 3-/64 2-3/64 9/32 /32 /32-5/6.2.5 3/8 95 7 6 3 27..7 34. 4.3 M 3-47/64 2-3/4 3/64 -/6 /32-3/32.3386.563 3/8 8 83 8 3 3. 4.2 38..9 M 4-/4 3-7/64 45/64 3/64-7/32 /32-37/64.5.626 3/8 7 92 9 34. 4 44.4 42.9 7.5 M 4-39/64 3-3/4 9/32 -/32 /64-3/4.689.689 7/6 4 UCF 28 3 2 36. 6 5.2 49.2 9. M 4 UC 28.77 F28 -/2 UCF 28-24 5-/8 4-/64 53/64 9/32-27/64 2-/64.937.748 /2 UC 28-24.8 45 UCF 29 37 22 6 38. 6 52.2 49.2 9. M4 UC 29 2.5 - UCF 29-26 5-/64 4-9/64 55/64 -/2 2-/6.937.748 /2 UC 29-26 F29 2. 5 UCF 2 43 22 6 4. 6 54.6 5.6 9. M4 UC 2 2. F2-7/8 UCF 2-3 5-4-3/8 55/64-37/64 2-5/32 2.3.748 /2 UC 2-3 2.42 55 UCF 2 62 3 8 43. 9 58.4 55.6 22.2 M 6 UC 2 3. F2 2 UCF 2-32 6-3/8 5-/8 63/64 45/64 -/6 3/4 2-9/64 2.89.874 UC 2-32 3. 7 2-3/4 75 3 Unit UCF 22 UCF 22- UCF 23 UCF 23- UCF 24 UCF 24- UCF UCF -6 UCF 26 UCF 26-8 UCF 26-2 UCF 27 UCF 27-2 UCF 27-22 UCF 2 UCF 2-36 UCF 23 UCF 23-4 UCF 24 UCF 24-44 UCF 2 UCF 2-48 Nominal dimnsions Bolt siz 75 43 29 8 48. 9 68.7 65..4 M 6 6-57/64 5- -9/64 45/64-57/64 3/4 2-45/64 2.563. 87 49 3 22 5. 9 69.7 65..4 M 6 7-23/64 5-55/64-3/6 55/64-3/32 3/4 2-3/4 2.563. 93 2 3 22 54. 9 75.4 74.6 3.2 M6 7-9/32 5-63/64-7/32 55/64 2-/8 3/4 2-3/32 2.937.89 2 9 34 22 56. 9 78.5 77.8 33.3 M6 7-7/8 6-7/64 -/32 55/64 2-3/64 3/4 3-3/32 3.63.3 Baring UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 2 UC 2-36 UC 23 UC 23-4 UC 24 UC 24-44 UC 2 UC 2-48 Housing F24 F24 F24 F24 F F26 F27 F2 F23 F24 F2 Mass of unit kg.57.57.56.56.55.55.53.54.74.73.5.7.3.34.4. 3.57 3.7 4.92 5. 5.62 5.63 5.55 5.47 Product Information 37
Standard Duty Flangd Units Cast Housing St Scrws Typ sris UCF 2 s Bi n a a t z g i Product Information dia. 8 3-/8 85 3-/4 9 3-/2 Unit UCF 26 UCF 26-5 UCF 27 UCF 27-52 UCF 28 UCF 28-56 a Nominal dimnsions i g t s z Bi n Bolt siz 28 65 34 24 58. 23 83.3 82.6 33.3 M2 8-3/6 6-/2 -/32 /6 2-9/32 29/32 3-9/32 3.2.3 3/4 22 75 36 26 63. 23 87.6 85.7 34. M2 8-2/32 6-57/64-27/64 -/64 2-3/64 29/32 3-29/64 3.374.34 3/4 2 87 4 26 68. 23 96.3 96. 39.7 M2 9-/4 7-23/64-37/64 -/64 2-43/64 29/32 3-5/64 3.78.563 3/4 Baring UC 26 UC 26-5 UC 27 UC 27-52 UC 28 UC 28-56 Housing F26 F27 F28 Mass of unit kg 6.99 7.4 8.58 8.8.2.3 38
Standard Duty Flangd Units Cast Housing Adaptr Typ sris UKF 2 s Bi a a t z g i dia. 2 3 4 45 5 55 6 Unit UKF UKF 26 UKF 27 UKF 28 UKF 29 UKF 2 UKF 2 UKF 2 UKF 23 Nominal dimnsions a i g t s z Bi 95 8 7 3 37 43 62 75 87 7 83 92 3 43 49 6 8 9 2 22 22 29 3 3 3 6 6 8 8 22 27 3 34 36 38 4 43 48 5 4 6 6 6 9 9 9.5 39. 42.5 46.5 48.5 5. 54.5 6. 64. 38 43 46 5 55 59 62 65 Bolt siz M M M M4 M4 M4 M6 M6 M6 Baring UK UK 26 UK 27 UK 28 UK 29 UK 2 UK 2 UK 2 UK 23 Housing F F26 F27 F28 F29 F2 F2 F2 F23 Mass of unit kg.68.98.24.6.9 2.4 2.65 3.7 4.42 Product Information 39
Standard Duty Flangd Units Cast Housing Spcial Typ St Scrws Typ sris UCFA 2 Bi n L N s s b a /2 t z g i Product Information dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 2 2-/4 2-/2 Unit UCFA 2 UCFA 2-8 UCFA 22 UCFA 22- UCFA 23 UCFA 23- UCFA 24 UCFA 24- UCFA UCFA -6 UCFA 26 UCFA 26-8 UCFA 26-2 UCFA 27 UCFA 27-2 UCFA 27-22 UCFA 28 UCFA 28-24 UCFA 29 UCFA 29-26 UCFA 2 UCFA 2-3 UCFA 2 UCFA 2-32 UCFA 2 UCFA 2-36 UCFA 23 UCFA 23-4 a i g t s N b L z Bi n 4-/64 4-/64 4-/64 4-/64 5 4-59/64 3-55/64 44 6 6-/32 75 78 7-/64 78 3-5/64 78 3-5/64 78 3-5/64 78 3-5/64 98 7 3 5-/8 44 46 5-3/4 9/32 9/32 9/32 9/32 6 8 5-43/64 4-39/64 45/64 9 3/4 2 6-57/64 5-43/64 53/64 88 7-3/32 5 6-7/64 22 55/64 22 55/64 /32 /32 /32 /32 4 /64 4 /64 6 6 6 6 Nominal dimnsions.5.5.5.5 27. -/6 3. -7/32 34. -/32 36. 38. -/2 /32 /32 4 4 6 4 4 4 4 5 58 66 7 72 2-53/64 6 6 6 6 68 8 9 8 4-/4 54 /64-37/64 2-23/64 2-/8 54 /64-37/64 2-23/64 2-/8 54 /64-37/64 2-23/64 2-/8 54 /64-37/64 2-23/64 2-/8 65 72 82 87 88 3-/32 33.3-5/6 33.3-5/6 33.3-5/6 33.3-5/6 34.7 4.2 45.4 52.2 52.2 2-/6 3..2 3..2 3..2 3..2 34. 38. 42.9 49.2 49.2.937.7.5.7.5.7.5.7.5 4.3 2-/64 2-43/64 2-9/6-23/64.3386.563.9 2-9/32 3-5/32 2-53/64-37/64.5.626 7.5 /64 2-9/32 3-/64 3-/64 -/32.689.689 9. -27/64 /64 2-5/64 3-/6 3-27/64 2-/6.937.748 39. -7/32 6 75 4 2-6/64 4-3/64 92 3-54.6 2-5/32 5.6 2.3 9..748 9..748 M8 5/6 M8 5/6 M8 5/6 M8 5/6 M 3/8 M 3/8 M 7/6 M 7/6 M4 /2 M4 26 82 8 42.5 6 84 8 58.4 55.6 22.2 M4 8-/2 7-/64 63/64 45/64-43/64 3-5/6 5-/6 4-/64 2-9/64 2.89.874 /2 238 22 29 9 47.5 8 4 4 2 68.7 65..4 M 6 9-3/8 7-6/64-9/64 3/4-7/8 45/64 4-3/32 5-3/64 4-5/64 2-45/64 2.563. 248 2 3 2 49. 8 6 2 6 69.7 65..4 M 6 9-49/64 8-7/64-3/6 /32-59/64 45/64 4-/64 5-63/64 4-6/64 2-3/4 2.563. Bolt siz /2 Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 Housing FA 24 FA 24 FA 24 FA 24 FA FA 26 FA 27 FA 28 FA 29 FA 2 FA 2 FA 2 FA 23 Mass of unit kg.49.49.48.48.47.47.45.46.64.63.92.94.9.27.33.28.62.66.84.94 2. 2.7 2.6 2.3 2.92 3.6 3.6 3.69 4
Standard Duty Flangd Cartridg Units Cast Housing St Scrws Typ sris UCFC 2 s Bi i n p a f k z j g dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 7 75 2 2-/4 2-/2 2-3/4 3 Unit UCFC 2 UCFC 2-8 UCFC 22 UCFC 22- UCFC 23 UCFC 23- UCFC 24 UCFC 24- UCFC UCFC -6 UCFC 26 UCFC 26-8 UCFC 26-2 UCFC 27 UCFC 27-2 UCFC 27-22 UCFC 28 UCFC 28-24 UCFC 29 UCFC 29-26 UCFC 2 UCFC 2-3 UCFC 2 UCFC 2-32 UCFC 2 UCFC 2-36 UCFC 23 UCFC 23-4 UCFC 24 UCFC 24-44 UCFC 2 UCFC 2-48 Nominal dimnsions a p i s j k g f z 78 55. 5 6 2.5 62 28.3 3..7 M 3-/6 3-5/64 2-/64 /64 /32 3/64 /64 3/6 2-7/6-7/64.2.5 3/8 78 55. 5 6 2.5 62 28.3 3..7 3-/6 3-5/64 2-/64 /64 /32 3/64 /64 3/6 2-7/6-7/64.2.5 78 55. 5 6 2.5 62 28.3 3..7 3-/6 3-5/64 2-/64 /64 /32 3/64 /64 3/6 2-7/6-7/64.2.5 78 55. 5 6 2.5 62 28.3 3..7 3-/6 3-5/64 2-/64 /64 /32 3/64 /64 3/6 2-7/6-7/64.2.5 9 63.6 6 7 2. 7 29.7 34. 4.3 4-7/32 3-/64 2-/2 /64 /32 /64 9/32 53/64 2-3/4 -/64.3386.563 5 7.7 8 8 23. 8 32.2 38..9 4-59/64 3-/6 2-/32 /64 /32 5/6 5/6 29/32 3-5/32-7/64.5.626 77.8 4 8 9 26. 9 36.4 42.9 7.5 5-5/6 4-2/64 3-/6 7/6 /64 5/6 23/64 -/64 3-/64-7/6.689.689 45 84.8 4 9 26. 4.2 49.2 9. 5-45/64 4-23/32 3-/32 7/6 /64 /64 23/64 -/64 3-/6 -.937.748 6 32 93.3 6 26. 4.2 49.2 9. 6-9/64 5-3/64 3-43/64 /64 /32 /64 -/64 4-9/64-37/64.937.748 65 38 97.6 6 4 28. 42.6 5.6 9. 6-/2 5-7/6 3-27/32 /64 /32 /64-7/64 4-2/64-43/64 2.3.748 Bi n M 3/8 M 3/8 M 3/8 M 3/8 M 3/8 M 7/6 M 7/6 M4 /2 M4 85 6. 3 9 3 3. 5 46.4 55.6 22.2 M 6 7-9/32 5-29/32 4-/64 3/64 3/4 /32 3/64-3/6 4-59/64-53/64 2.89.874 95 6 3. 7 9 36. 56.7 65..4 M 6 7-43/64 6-9/64 4-29/64 43/64 3/4 /32 9/32-27/64 5-5/6 2-/64 2.563. 7.2 6 9 4. 45 55.7 65..4 M 6 8-5/64 6-/6 4-47/64 3/4 /64 9/32-3/8 5-45/64 2-3/6 2.563. 2 77 5. 7 9 4 6 38. 6.4 74.6 3.2 M 6 8-/32 6-3/32 4-59/64 43/64 3/4 /64 -/2 5-29/32 2-27/64 2.937.89 22 84 3. 8 9 6 7 39. 6 62.5 77.8 33.3 M 6 8-2/32 7-/4 5-/8 45/64 3/4 43/64-7/32 6-9/64 2-29/64 3.63.3 Bolt siz /2 Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 UC 24 UC 24-44 UC 2 UC 2-48 Housing FC 24 FC 24 FC 24 FC 24 FC FC 26 FC 27 FC 28 FC 29 FC 2 FC 2 FC 2 FC 23 FC 24 FC 2 Mass of unit kg.73.73.72.72.7.7.69.7.99.98..27.23.64.7.65 2. 2.5 2.57 2.67 2.85 2.92 3.92 4.7 5.3 5.7 5.52 5.6 6.55 6.56 7. 6.93 Product Information 4
Standard Duty Flangd Cartridg Units Cast Housing St Scrws Typ sris UCFC 2 s Bi i n p a f k z j g Product Information dia. 8 3-/8 85 9 3-/4 3-/2 Unit UCFC 27 UCFC 27-52 UCFC 28 UCFC 28-56 Nominal dimnsions a p i s j k g f z 28 47. 8 23 8 2 45. 8 69.6 85.7 34. M 2 9-27/32 8-3/6 5-5/64 45/64 29/32 45/64 /32-49/64 7-3/32 2-47/64 3.374.34 3/4 265 22 5.5 22 23 8 2 5. 9 78.3 96. 39.7 M 2-7/6 8-2/32 6-/8 55/64 29/32 45/64 /32-3/32 7-3/64 3-5/64 3.78.563 3/4 Bi n Bolt siz UCFC 26 24 2 4.4 8 23 6 8 42. 7 67.3 82.6 33.3 M 2 UCFC 26-5 9-29/64 7-7/8 5-9/6 45/64 29/32 45/64-2/32 6-/6 2-2/32 3.2.3 3/4 Baring UC 26 UC 26-5 UC 27 UC 27-52 UC 28 UC 28-56 Housing FC 26 FC 27 FC 28 Mass of unit kg 8.94 8.99.68.9.95 3.6 42
Standard Duty Flangd Cartridg Units Housing Adaptr Typ sris UKFC 2 s Bi i p a f k z j g dia. 2 3 4 45 5 55 6 Unit UKFC UKFC 26 UKFC 27 UKFC 28 UKFC 29 UKFC 2 UKFC 2 UKFC 2 UKFC 23 a 5 45 6 65 85 95 Nominal dimnsions p i s j k g 9 32 38 6 7 63.6 7.7 77.8 84.8 93.3 97.6 6. 3..2 3 7 6 4 4 6 6 9 9 9 6 8 8 4 7 8 9 9 4 3 2 23 26 26 26 28 3 36 f 7 8 9 5 45 z 29.5 3. 34.5 36.5 36.5 38. 42.5 49. 5. Bi 38 43 46 5 55 59 62 65 Bolt siz M M M M M4 M4 M6 M6 M6 Baring UK UK 26 UK 27 UK 28 UK 29 UK 2 UK 2 UK 2 UK 23 Housing FC FC 26 FC 27 FC 28 FC 29 FC 2 FC 2 FC 2 FC 23 Mass of unit kg.93.8.54.85 2.42 2.64 3.57 4.53 5.2 Product Information 43
Standard Duty Tak-up Units Cast Housing St Scrws Typ sris UCT 2 h Bi n a s q p j b w o g k t Product Information dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 7 75 2 2-/4 2-/2 2-3/4 3 Unit UCT 2 UCT 2-8 UCT 22 UCT 22- UCT 23 UCT 23- UCT 24 UCT 24- UCT UCT -6 UCT 26 UCT 26-8 UCT 26-2 UCT 27 UCT 27-2 UCT 27-22 UCT 28 UCT 28-24 UCT 29 UCT 29-26 UCT 2 UCT 2-3 UCT 2 UCT 2-32 UCT 2 UCT 2-36 UCT 23 UCT 23-4 UCT 24 UCT 24-44 UCT 2 UCT 2-48 o 6 6 6 6 6 6 6 9 3/4 9 3/4 9 3/4 63/64 32-7/64 32-7/64 32-7/64 32-7/64 Nominal dimnsions g p q s b k a w j t h Bi n 5 32 9 5 /64 2-/64-7/64 3/4 2-/64 /32 5 32 9 5 /64 2-/64-7/64 3/4 2-/64 /32 5 32 9 5 /64 2-/64-7/64 3/4 2-/64 /32 5 32 9 5 /64 2-/64-7/64 3/4 2-/64 /32 5 32 9 5 /64 2-/64-7/64 3/4 2-/64 /32 56 37 22 57 /64 2-3/64-29/64 55/64 2-/4 /32 3 64 37 22 64 3/64 2-3/64-29/64 55/64 2-3/64 /32 6 83 49 29 83 6 3-7/64-59/64-9/64 3-7/64 6 83 49 29 83 6 3-7/64-59/64-9/64 3-7/64 76 89 94 32 2 6 3..7 2-63/64 3-/2 3-45/64-7/64 53/64 2-3/32.2.5 76 89 94 32 2 6 3..7 2-63/64 3-/2 3-45/64-7/64 53/64 2-3/32.2.5 76 89 94 32 2 6 3..7 2-63/64 3-/2 3-45/64-7/64 53/64 2-3/32.2.5 76 89 94 32 2 6 3..7 2-63/64 3-/2 3-45/64-7/64 53/64 2-3/32.2.5 76 89 97 32 24 62 34. 4.3 2-63/64 3-/2 3-3/6-7/64 /6 2-7/6.3385.563 89 3 37 28 7 38..9 3-/2 4-/64 4-29/64-29/64-7/64 2-3/4.5.626 89 9 37 3 78 42.9 7.5 3-/2 4-/64 5-5/64-29/64-3/6 3-5/64.689.689 4 44 49 33 88 49.2 9. 4-/64 4-3/64 5-43/64-59/64-9/64 3-/32.937.748 7 44 49 87 49.2 9. 4-/64 4-39/64 5-43/64-59/64-3/8 3-27/64.937.748 6 83 49 29 86 6 7 49 49 37 9 5.6 9. 3-7/64-59/64-9/64 3-/64 4-/64 4-39/64 5-55/64-59/64-29/64 3-/64 2.3.748 9 64 95 22 3 46 7 64 38 6 55.6 22.2 3/4 4-/64 2-3/64-3/8 3-47/64 55/64 5-/8 5-3/4 6-47/64 2-3/64 -/2 4-/64 2.89.874 9 64 22 3 46 94 64 42 9 65..4 3/4 4-/64 2-3/64-3/8 4-/64 55/64 5-/8 5-3/4 7-4/64 2-3/64-2/32 4-/6 2.563. 2 7 4 26 67 224 7 44 37 65..4 53/64 4-3/8 2-3/4-39/64 4-49/64 -/64 5-/6 6-37/64 8-3/6 2-3/4-47/64 5-/64 2.563. 2 7 4 26 67 224 7 46 37 74.6 3.2 53/64 4-3/8 2-3/4-39/64 4-49/64 -/64 5-/6 6-37/64 8-3/6 2-3/4-3/6 5-/64 2.937.89 2 7 4 26 67 232 7 48 4 77.8 33.3 53/64 4-3/8 2-3/4-39/64 4-49/64 -/64 5-/6 6-37/64 9-9/64 2-3/4-57/64 5-3/64 3.63.3 Baring UC 2 UC 2-8 UC 22 UC 22- UC 23 UC 23- UC 24 UC 24- UC UC -6 UC 26 UC 26-8 UC 26-2 UC 27 UC 27-2 UC 27-22 UC 28 UC 28-24 UC 29 UC 29-26 UC 2 UC 2-3 UC 2 UC 2-32 UC 2 UC 2-36 UC 23 UC 23-4 UC 24 UC 24-44 UC 2 UC 2-48 Housing T24 T24 T24 T24 T T26 T27 T28 T29 T2 T2 T2 T23 T24 T2 Mass of unit kg.77.77.76.76.75.75.73.74.83.82.26.28.24.58.64.59 2.3 2. 2.28 2.38 2.5 2.57 3.79 3.94 4.79 4.93 6.66 6.74 6.75 6.76 7. 7.3 44
Standard Duty Tak-up Units Cast Housing St Scrws Typ sris UCT 2 h Bi n a s q p j b w o g k t dia. 8 3-/8 85 3-/4 Unit UCT 26 UCT 26-5 UCT 27 UCT 27-52 Nominal dimnsions o g p q s b k a w j t h Bi n 32 2-7/64 53/64 38 -/2 29-9/64 4-3/8 4 4-7/8 7 2-3/4 73 2-7/8 4 26 65 84 2-39/64 4-49/64 -/64 6-/2 7-/4 9-/4 48 7 3 73 98 26-57/64 6-3/6-3/6 6-3/6 7-5/64 -/64 7 2-3/4 73 2-7/8 5 2-/64 54 2-/8 4 82.6 33.3 5-3/64 3.2.3 62 85.7 34. 6-3/8 3.374.34 Baring UC 26 UC 26-5 UC 27 UC 27-52 Housing T26 T27 Mass of unit kg 8.9 8.24.58.8 Product Information 45
Standard Duty Hangr Units St Scrws Typ sris UCHA 2 D s Bi c n j h w a b Product Information dia. 7 2 3 4 45 /2 /6 3/4 -/8 -/4 -/4-3/8 -/2-5 -7/8 55 6 65 2 2-/4 2-/2 Unit UCHA 2 UCHA 2-8 UCHA 22 UCHA 22- UCHA 23 UCHA 23- UCHA 24 UCHA 24- UCHA UCHA -6 UCHA 26 UCHA 26-8 UCHA 26-2 UCHA 27 UCHA 27-2 UCHA 27-22 UCHA 28 UCHA 28-24 UCHA 29 UCHA 29-26 UCHA 2 UCHA 2-3 UCHA 2 UCHA 2-32 UCHA 2 UCHA 2-36 UCHA 23 UCHA 23-4 Nominal dimnsions a w c b h s D j 64 96. 22 64 RP 3/4 4 9 3..7 UC 2.66 HA 24 2-3/64 3-/32 55/64 2-3/64 RP 3/4-37/64 3/4.2.5 UC 2-8.66 64 96. 22 64 RP 3/4 4 9 3..7 UC 22.65 HA 24 2-3/64 3-/32 55/64 2-3/64 RP 3/4-37/64 3/4.2.5 UC 22-.65 64 96. 22 64 RP 3/4 4 9 3..7 UC 23.64 HA 24 2-3/64 3-/32 55/64 2-3/64 RP 3/4-37/64 3/4.2.5 UC 23-.64 64 96. 22 64 RP 3/4 4 9 3..7 UC 24.62 HA 24 2-3/64 3-/32 55/64 2-3/64 RP 3/4-37/64 3/4.2.5 UC 24-.63 78 3. 23 64 RP 3/4 4 9 34. 4.3 UC.83 HA 3-5/64 4-/6 29/32 2-3/64 RP 3/4-37/64 3/4.3386.563 UC -6.82 78 3. 64 RP 3/4 4 9 38..9 UC 26.78 UC 26-8 HA 26.8 3-5/64 4-/6 63/64 2-3/64 RP 3/4-37/64 3/4.5.626 UC 26-2.76 92 6. 26 7 RP 3/4 4 9 42.9 7.5 UC 27. UC 27-2 HA 27.7 3-4-9/6 -/64 2-3/4 RP 3/4-37/64 3/4.689.689 UC 27-22. 96. 2. 3 73 RP 3/4 4 9 49.2 9. UC 28. HA 28 3-/32 4-49/64 5/64-3/6 2-7/8 RP 3/4-37/64 3/4.937.748 UC 28-24.29 8 36. 5. 3 82 RP 48 2 49.2 9. UC 29.65 HA 29 4-/4 5-23/64 3/64-3/6 3-/64 RP -57/64 53/64.937.748 UC 29-26.75 4.5 5. 32 83 RP 48 2 5.6 9. UC 2.95 HA 2 4-7/32 5-7/32 3/64-7/64 3-7/64 RP -57/64 53/64 2.3.748 UC 2-3 2.2 6. 7. 33 87 RP -/4 6 24 55.6 22.2 UC 2 2.48 HA 2 4-6/64 5-29/32 9/32-9/64 3-27/64 RP -/4 2-23/64 /6 2.89.874 UC 2-32 2.63 42 73. 9. 36 RP -/4 6 28 65..4 UC 2 3.59 HA 2 5-9/32 6-3/6 23/64-27/64 4-/64 RP -/4 2-23/64-7/64 2.563. UC 2-36 3.73 66 2. 9.5 38 7 RP -/2 7 32 65..4 UC 23 5.37 HA 23 6-7/32 7-7/8 3/8 -/2 4-39/64 RP -/2 2-3/4-7/64 2.563. UC 23-4 5.45 Bi n Baring Housing Mass of unit kg 46