Catalog Produse SIB Himmels

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ConŃinutul catalogului

CuzineŃi cu pereŃi subŃiri pentru:

1 ARO: ARO 24; 32; (Motor: L25; L30) ARO 10.1; 10.4; 10.8; (810.99; 102.00) ARO 24; 240; 243; 244; (D127) ARO 32; 240; 243; 244; (L27)

2 BELARUS: [TRACTOR]

3 DACIA: DACIA 1300; (Motor: 810.01) DACIA 1210; (103.00) DACIA 1310; (810.99) DACIA 1400; (102.00) DACIA LOGAN (K9K)

4 DEUTZ Motor: [ 2.5÷2.8 L;\, 3.3÷3.8 L, 4.9÷506 L ];

5 FAUR: Motor: MB836; MBM836; MB820; MBM820; M820SR; 6L481; 12V491; MTU331;396

6 FIAT FIAT 124 [1.2÷1.4L]

7 FIAT-IVECO [ TRACTOR ] Motor: 3.6÷3.9L];

8 HILLMAN/PAYKAN Motor: [1.25÷1.6L];

9 HENSHEL [ SETRA ] Motor:513 DC

10 IAMZ [ KRAZ ] Motor: 238

11 IFA: Motor: 6VD; 8VD; M25

12 KIA/PRIDE Motor: NB 3 ( Sephia 1500, Sephia 1600 )

13 LADA: LADA 1200S; 1300; 1500; 1600; NIVA

14 MAN: Motor: D2156; D2356

15 MASSEY FERGUSON Motor: ( vezi PERKINS / VAMO )

16 MERCEDES Motor: [OM615 2.0÷2.2L, OM 360, O302, 8.7L];

17 PERKINS: Motor: 4236; 6354; 6372; 3144; 3152; 4192; 4203; 6288; 6305

18 PEUGEOT Motor: [1.7÷1.9L];

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19 ROMAN: Motor: 1240V8DT; 1380V8DT; 1850V12DT; 1380V8DTI

20 RENAULT RENAULT 5, ( vezi Dacia 1400 )

21 SAVIEM: Motor: 597; 797; 798; 7126; 8126

22 STALOWA WOLA Motor: SW680; SW400

23 TATRA: Motor: 815

24 TRACTOR UTB: U650 (Motor: D110); U340 (D111.050); U300 (D111.000; D111.001); U530 (D115.050); U445 (D115.000); U350 (D124); U800 (D118); U650E (2402.000); U860 (2402.001); U640 (D121.050); U703 (2404.050); U833 (2404.600); U550 (D121.000); U1010 (2601.050; 2601.060; 2601.000; 2601.010; 2801.010; 2601.073)

25 VAMO VAMO 2500, VAMO 3900 ( vezi PERKINS )

26 VOLKSWAGEN Motor: 1.1÷1.6L]

27 VOLVO Motor: N12 [ 12 L ];

28 DIVERSE COMPRESOARE; MOTOARE PORNIRE; TV

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NOTĂ IMPORTANTĂ:

• InformaŃiile din acest catalog sunt extrase din surse oficiale, dar sunt posibile omisiuni sau erori.

• Nu pot fi recunoscute pretenŃiile privind datele din catalog. • Reproducerea, chiar şi parŃială este permisă numai cu aprobarea noastră.

NOTE

• All informations of this catalogue are extracted from official sources, but it is possible to exist errors or omissions.

• No claims concerning the data of this catalogue will be recognized. • The reproduction, even partial, it is possible to be made with our permission.

NOTE IMPORTANT

• Les informations de ce catalogue sont extraits de sources officielles, mais il est possible d'exister des erreurs ou des omissions.

• On ne peut pas reconnaître les prétentions concernant les données de ce catalogue. • La reproduction, même partielle, est permise seulement avec notre approbation.

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Catalog de cuzineŃi cu pereŃi subŃiri

I. GeneralităŃi

Catalogul cuprinde cuzineŃii cu pereŃi subŃiri fabricaŃi la S.C. ROMLAG S,A, Braşov, pentru producŃia şi reparaŃia de automobile, tractoare, maşini agricole, locomotive, motoare diverse, agregate, compresoare, pompe, etc.

Acest catalog este destinat pentru alegerea corectă a cuzineŃilor, de către beneficiari cu grade diferite de cunoştinŃe în utilizarea cuzineŃilor. Catalogul nu Ńine loc de manual de reparaŃii şi nu conŃine datele tehnice specifice.

II. Descrierea cuzineŃilor cu pereŃi subŃiri

CuzineŃii cu pereŃi subŃiri sunt lagăre cu alunecare, hidrodinamice, având grosimi ce nu depăşesc 0,03 din diametrul interior al lagărului, alcătuiŃi dintr-un suport de oŃel pe care se aplică material antifricŃiune.

Tipurile de cuzineŃi fabricaŃi sunt: - semicuzineŃi: fig. 1 - bucşe: fig. 2 - semiinele axiale: fig. 3 - rondele: fig. 4 - inele axiale fig. 5

Locul de utilizare a cuzineŃilor într-un motor cu 4 cilindri în linie este prezentat în fig. 7.

III. Materiale

Materialele utilizate în fabricaŃia cuzineŃilor cu pereŃi subŃiri sunt: - suport din otel: OLC8X,

- material antifricŃiune pe bază de aluminiu: AS20, AS6, AS6N1,

- material antifricŃiune pe bază de cupru: CP10S10, CP22S4, CP23S2, CP26S2.

SemicuzineŃii din AS6, AS6N1, CP23S2, CP22S4 se acoperă galvanic cu un strat funcŃional de plumb-staniu.

CuzineŃii sunt protejaŃi împotriva coroziunii cu ulei de conservare sau sunt acoperiŃi galvanic cu un strat subŃire de staniu.

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IV. InstrucŃiuni pentru utilizarea catalogului În tabelele catalogului sunt 13 coloane numerotate care prezintă date ce pot fi utilizate pentru

alegerea cuzineŃilor corespunzători. Toate dimensiunile sunt date în mm.

1. Numărul poziŃiei Se indică numărul de ordine al motorului care aparŃine aceluiaşi fabricant.

2. Fabricat, motor, tip, data, anul Sunt date toate indicaŃiile pentru identificarea clară a produsului pe care se montează cuzineŃii.

Când nu se cunosc cuzineŃii dintr-un motor ei pot fi identificaŃi cu ajutorul catalogului cunoscând toate datele despre motor.

3. Număr de cilindri, alezaj x cursă Pentru fiecare tip de motor sunt daŃi parametrii de bază, numărul de cilindri, alezajul x cursa,

pentru o mai bună identificare a motorului.

4. PoziŃia cuzineŃilor Se indică poziŃia prescurtată de montare a cuzineŃilor, într-un motor: (vezi fig. 7). SB - semicuzinet bielă, SP - semicuzinet palier, SBc - semicuzinet bielă compresor Ia - inel axial SI - semiinel axial, Bb - bucşă bielă, Bac (f,m,s) - bucşă ax came, (faŃă, mijloc, spate) Bc - bucşă culbutor, Bd - bucşă distribuŃie, Bp - bucşă pompă (apă sau ulei), Bpin - bucşă pinion, Bcompr - bucşă compresor, Bdem - bucşă demaror, Bpiv - bucşă pivot Bbrat - bucşă braŃ B - bucşe diverse, R - rondelă.

5. Perechi sau bucăŃi pe set În această coloană este dat numărul de cuzineŃi pe motor, în bucăŃi, unde este un singur sim-

bol, şi în perechi, unde apar două simboluri în coloana 11. (Exemplu cu două simboluri 10301261/263 în acest caz este o pereche).

6. Diametrul arborelui standard Sunt date dimensiunile minime şi maxime ale arborelui pentru cota standard. Pentru reparaŃii arborele se rectifică cu dimensiunile indicate. Pentru semiinelele şi rondelele

respective se indică diametrul interior. ToleranŃele sunt numai valori orientative, se va Ńine cont de prescripŃiile constructorului de

motor la rectificarea arborelui. De calitatea şi precizia rectificării arborelui la reparaŃii depinde buna funcŃionare a motorului.

7. Diametrul locaşului de montare Sunt date alezajele în care se montează cuzineŃii, prin diametrul minim şi maxim, care se

schimbă în funcŃie de treptele de reparaŃii. Pentru semiinele şi rondele se indică diametrul lor exterior.

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8. LăŃimea cuzineŃilor Se indică lăŃimea maximă a cuzineŃilor. Pentru semiinele şi rondele această cotă nu există.

9. Grosimea peretelui standard Sunt date valorile maxime ale grosimii peretelui cuzineŃilor, pentru cota standard. În cazul bucşelor

alezate s-a introdus în coloana 12 simbolul ,,a", celelalte bucşe se livrează nealezate. Grosimea peretelui la reparaŃii se stabileşte Ńinând cont de treptele de reparaŃii din coloana 13,

semicuzineŃii sunt în stare finită şi nu este bine să mai fie prelucraŃi.

10. Materiale În această coloană sunt trecute materialele din care sunt executaŃi cuzineŃii:

- AS20 - suport din oŃel placat cu material antifricŃiune: staniu 20%, cupru 1%, aluminiu restul; - AS6, AS6N1 - suport din oŃel placat cu material antifricŃiune: staniu 6%, nichel 4% sau1%, aluminiu -

restul; SemicuzineŃii se acoperă galvanic pe suprafaŃa de lucru cu Pb-Sn. - CP1OS10 - suport din oŃel cu material antifricŃiune sinterizat din: plumb 10%, staniu 10%,cupru -

restul; - CP22S4 - suport din oŃel cu material antifricŃiune sinterizat din: plumb 22%, staniu 4%,cupru -

restul; SemicuzineŃii se acoperă galvanic pe suprafaŃa de lucru cu Pb-Sn. - CP23S2 - suport din oŃel cu material antifricŃiune sinterizat din: plumb 23%, staniu 2%,cupru -

restul. SemicuzineŃii se acoperă galvanic pe suprafaŃa de lucru cu Pb-Sn. - CP26S2 - suport din oŃel cu material antifricŃiune sinterizat din: plumb 26%, staniu 2%,cupru -

restul; - OLC8X - oŃel fără material antifricŃiune.

11. Simbolul cuzineŃilor Simbolul cuzinetului este dat de constructorul maşinii sau utilajului pentru identificarea clara a

cuzineŃilor. Acesta poate fi diferit pe fiecare treapta de reparaŃie sau nu.

12. Simbolul setului Simbolul setului este simbolul dat de constructorul de maşini sau utilaje. Acesta poate fi diferit pe

fiecare treapta de reparaŃie sau nu. Acolo unde simbolul nu există, nu se livrează în set.

13. Cotele de reparaŃii CuzineŃii se fabrică la cota de standard (STD) sau pentru reparaŃii R1 ...R6. În coloana pentru

cotele de reparaŃii este prezentată dimensiunea orientativă cu care se micşorează diametrul arborelui pentru reparaŃii; se va Ńine cont de prescripŃiile constructorului de motor.

Exemplu: Pentru prima reparaŃie 0,25 / (R1): fusul se rectifică cu 0,25 mm pe diametru faŃă de cota STD, iar semicuzinetul (R1) este mai gros cu 0,125 mm (pe rază) faŃă de cota STD, în acest fel menŃinându-se jocul prescris.

Treptele de reparaŃii pentru semicuzineŃi sunt: 0,25 (R1), 0,50 (R2), 0,75 (R3), 1,0 (R4), 1,25 (R5), 1,50 (R6).

Există şi trepte cu alte valori, specificate în coloana 13: 0,02 (R0), 0,254 (R1), 0,508 (R2), 0,762 (R3), 1,016(R4).

CuzineŃii sunt marcaŃi prin poansonare pe suprafaŃa de oŃel cu simbolul întreg sau parŃial, urmat de cota de reparaŃie şi firma RLG.

Pentru comandă se vor indica numărul setului din coloana 12 şi treapta de reparaŃie; acolo unde nu există număr de set se vor indica numărul reperului din coloana 11 şi treapta de reparaŃie.

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Thin - wall plain bearings catalogue

I. Generalities

The catalogue contains the thin wall bearings manufactured by S.C. ROMLAG S.A. Brasov, for production and repair of: automobiles, machines, railway engine, motors, different assembles, compresors, pumpes, etc.

This catalogue is destinated for the good selection of the thin-wall plain bearings by the common clients with different knowledge degrees in the field of thin-wall plain bearings use. The catalogue does not take place to the repair manual and does not contain specific technicals data.

II. Thin wall plain bearings description

Thin wall bearings are hydrodinamics slide bearings with not more thickness than 0,03 mm from internal diameter of the bearing. They are made of steel holder with antifriction material applied on it; or only of steel or antifriction alloy.

The thin-wall plain bearing type manufactured are:

- half-plain bearings Fig. 1, - -bushings Fig. 2, - half axial inners Fig. 3, - plates Fig. 4, - axial inners Fig. 5,

The place of plain bearings utilisation in a four in line cylinder engine is presented in Fig. 7.

III. Materials

The materials which are used, in the thin-wall plain bearing production are: - steel back OLC8; - antifriction material with aluminium base:

AS20, AS6, AS6N1,

- antifriction material with copper base: CP10S10, Cp22S4, Cp23S2, CP26S2

Half plain bearings from AS6, AS6N1, CP23S2, CP22S4 have galvanic coating with a functional coating with conservating oil or galvanic coating with a tin coating.

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IV. Instructions for the use of this catalogue

There are 13 numbered columns in the tables of the catalogue in which the data are presented than may be used for the selection of the suitable bearings. All dimensions are in mm.

1. Item number It gives the ordinal number of engine which belongs to the same producer.

2. Made, engine, type, data, year of construction These are all indications to identify the product on which the bearings are used. If, however, the

plain bearings are unknown they may be identify in the catalogue, knowing all the engine references.

3. Number of cylinders, bore, course Each type of engine is presented with its basic parameter: number of cylinders, bore, course.

4. Palin bearings position It is indicated the shorten mounting position of the bearings in the motor: (see Fig. 7). SB - half plain bearing connecting rod; SP - half plain bearing main bearing; SBc - half plain bearing conrod compresor SI - half axial inner; Bb - small end bushing; Bac(f,m,s) - came shaft bushing,(front, middle back); Bc - rocker arm bushing; Bd - distribution bushing; Bp - water pump bushing; Bpin - pinion bushing; Bcompr - compresor bushing; Bdem - starter device bushing; Bpiv - swivel bushing Bbrat - arm bushing B - various bushing; R - plate.

5. Pairs of pieces per set This column indicates the number of plain bearings or of pairs of bearings required for an

engine i.e. number of pieces, where is one symbol only, and number or pairs, where are two sym-bols in column 11.

E.g. with two symbols: 1030126/263, in this case is one pair, only.

6. Shaft diameter (standard) The smallest and the largest sizes of the shaft are given for the standard level. For repairs, the shaft must be ground to the mentioned dimensions. For half inner and plates,

the internal diameter must be mentioned. Tolerances are only orienting; the engine manufacturer's regulations for grinding the shaft, must

be observed. The good work of the engine, depends on the quality and precison of the shaft grinding.

7. Housing mounting diameter The bores are indicated where the plain bearings will be mounted, small and big diameter,

which are not changed by the repair stages. For the half inner and plates, their external diameter are indicated.

8. Plain bearings width It gives the maximum plain bearings width. For half inner and plates this size does not exist.

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9. Standard wall thickness It is refering to the maximum sizes of plain bearings wall thickness for the standard size; for the

bore bushings (see column 12 it is introduced the symbol "a". The others are delivered with no bore. The thickness of wall, when repairs are made, is fixed, taking account by the repair stage from column 13; the half plain bearings are final state and it is not good to be more worked.

10. Materials This column provides the materials of which the plain bearings are made:

- AS20 - steel back plated with antifrictional material, tin 20%, copper 1 %, aluminium the rest

- AS6, AS6N1 - steel back plated with antifrictional material, tin 6%, nickel 4% or 1%, aluminium the rest. Half plain bearings are galvanic coating on the work surface with lead and tin.

- CP1OS10 - steel back with sintered antifrictional material from: lead 10%, tin 10% copper the rest. Half plain bearings are galvanic coating on the work surface with lead and tin.

- CP22S4 - steel back with sintered antifrictional material from: lead 22%, tin 4%, copper the rest. Half plain bearing are galvanic coating on the work surface with lead and tin.

- CP23S2 - steel back with sintered antifrictional material from: lead 23%, tin 2%, copper the rest. Half plain bearing are galvanic coating on the work surface with lead and tin.

- CP26S2 - steel back with sintered antifrictional material from lead 26%, tin 2%, copper the rest.

- OLC8X - steel without antifrictional material.

11. plain bearings symbol For a clear indentifing of plain bearings, their symbol is given by the machine or equipment

producer. This may be differnet on every stage of repair or not.

12. Set symbol The set symbol is given by the machine or equipment prodecer. This may be different on every

stage of repair or not. There where the symbol is not existing, it is delivered without set.

13. Repair stages The plain bearings are manufactured to the standard level (STD) or for repairs R-) .......... R6. In

the repair column just an orienting dimension, is presented to make smaller the shaft; for repairs, it is better to keep account of the engine producer prescriptions.

E.G. For the first repair 0,25 (R-|): pin is groun with 0,25 mm on the diameter instead of the STD level and the half plain bearing (R-|) it is larger with 0,125 mm (on the radius) than the STD level, keeping is this way, the specified clearance.

Repair stages for half plain bearings are: 0,25 (R ,̂ 0,50 (R ,̂ 0,75 (R3), 1,0 (R4), 1,25 (R5), 1,50 (R6). There are also, stages with other values specified in column 13:0,02 (R0), 0,254 (R-|), 0,508

(R2), 0,762 (R3), 1,0 (R4), 1,25 (R5), 1,50 (R6). Plain bearings are stamping marked on steel surface with the entire or partial symbol, followed

the repair level and URB company. For ordering, the number of the set from column 12 and stage of repair will be indicated; there,

where the number of set does not exist the number of bench from column 11 and the stage of repair.

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Catalogue de coussinets minces

I. Généralités

Le catalogue renferme les coussinets minces fabriqués à S.C. Romlag S.A, Braşov, pour la production et la réparation des automobiles, tracteurs, machines agricoles, locomotives, moteurs, agrégats divers, compresseurs, pompes, etc.

Ce catalogue est destine au choix correcte des coussinets, par les bénéficiaires a différents degrés de connaissance, dans I'utilisation des coussinets. La catalogue ne remplace pas le manuel de réparations et ne contient pas les données techniques spécifiques.

II. La description des coussinets minces

Les coussinets minces sont des paliers de glissement hydrodinamiques, ayant des épaisseurs qui ne dépassent pas 0,03 du diamètre intérieure du palier. Ils se composent d'un support d'acier sur lequel on applique un matériel d'antifriction.

Les types de coussinets fabriques sont

- demi - coussinets: Fig. 1, - douilles: Fig. 2, - demi - anneaux axiaux: Fig. 3, - rondelles: Fig. 4, - anneaux axiaux: Fig. 5.

La figure 7 indique la place des coussinets dans un moteur a quatre cylindres en ligne.

III. Matériaux

Les matériaux utilises dans la fabrication des coussinets minces sont: - support d'acier: OLC8,

matériel antifriction à base d'aluminium: AS20, AS6, AS6N1,

- matériel antifriction à base de cuivre: CP10S10, CP22S4, CP23S2, CP26S2.

Les demi - coussinets AS6, AS6N1, CP22S4, CP23S2, se recouvre galvaniquement avec un couche fonctionnel de plomb - étain.

Les coussinets sont protégés contre la corrosion avec huille de conservation ou sont recouverts galvaniquement avec un couche d'étain

IV. Instructions pour l'utilisation du catalogue

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II y a 13 colonnes numerot6e, dans les tableaux du catalogue, qui présentent les données qui peuvent être utilisées pour le choix des coussinets correspondants. Toutes les dimensions sont données en mm.

1. Numéro de position

On indique le numéro d'ordre du moteur qui appartient au même constructeur.

2. Fabrique, Moteur, Type, Dates, Année de construction

Sont données toutes les indications pour identifier précisément le produit sur lequel on monte les coussinets. Quand on ne connaît pas les coussinets d'un moteur, ils peuvent être identifies a

I'aide du catalogue connaissant toutes les données concernant le moteur.

3. Nombre de cylindres, Alésage, Course

Pour chaque type de moteur sont données les paramètres de base: nombre de cylindres, alésage, course, pour un mieux identification du moteur.

4. Position des coussinets. On indique la position raccourcie de montage des coussinets sur un moteur: (voir la fig. 7). SB - demi coussinet bielle, SP - demi coussinet palier, SBc - demi coussinet bielle, compresseur SI - demi anneau axial, Bb - douille bielle, Bac (f,m,s) - douille axe came, (avant, intermediaire, arrier) Bc - douille culbuteur, Bd - douille distribution, Bp - douille pompe (eau ou hulls), Bpin - douille pignon, Bcompr - douille compresseur Bdem - douille démarreur, Bpiv - douille pivot Bbrat - douille bras B - douille diverses, R - rondelle.

5. Paires ou pièces par set

Dans cette colonne est donn6 le numéro de coussinets pour chaque moteur, en pièces, ou il existe un seul symbole et en paires, ou il existe deux symboles, dans la colonne 11 (par exemple: avec deux symboles 10301261/263, dans ce cas il s'agit d'un paire).

6. Diamètre arbre standard

Se sont données les dimensions minimes et maximes de I'arbre pour cote standard. Pour faire les réparations, I'arbre sera rectifie avec les dimension indiques. Pour demi anneaux et rondelles il est nécessaire d'indiquer le diamètre intérieur.

Les tolérances sont seulement des valeurs d'orientation. II faut tenir compte, des prescriptions du constructeur du moteur a la rectification de I'arbre. Le bon fonctionnement du moteur, dépende de la qualité et de la précision de rectification de I'arbre.

7. Diamètre de logement de montage. Se sont donnes les alésages dans lesquels sont montes les coussinets, par le diamètre mini-

mum et maximum, qui ne se change pas en fonction d'étapes de rectification. Pour les demi anneaux et les rondelles on indique leur diamètre extérieur.

8. Largeur des coussinets.

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On indique la largeur maxime des coussinets. Cette cote n'existe pas pour les demi anneaux et pour les rondelles.

9. Epaisseur de paroi standard Se sont données les valeurs maximes et I'épaisseur de paroi de coussinets pour la cote stan-dard,

dans le cas de douilles alésées, il existe dans la colonne 12, le symbole "a"; les autres douilles sont livrées non alésée. L'épaisseur du paroi a réparations est établi, compte tenant, d'étapes de réparations de la colonne 13; les demi coussinets sont en était fini et il n'est pas bien d'être usinés.

10. Matières Dans cette colonne sont présentés les matières des coussinets: - AS20 - support acier plaque: étain 20%, cuivre 1 %, aluminium le reste, - AS6, AS6N1 - support acier plaque avec matière antifriction: étain 6%, nickel 4% ou 1%,

aluminium le reste; les demi coussinets sont couvert galvanique sur la surface de travaille avec Pb - Sn,

- CP1OS10 - support acier avec matière antifriction sintérisé: plomb 10%, étain 10%, cuivre le reste,

- CP22S4 - support acier avec matière antifriction sintérisé de plomb 22%, étain 4%, cuivre le reste. Les demi coussinets sont couvert galvanique sur la surface de travaille avec Pb-Sn,

- CP23S2 - support acier avec matière antifriction sintérisé: plomb 23%, étain 2%, cuivre le reste,

- CP26S2 - support acier avec matière antifriction sintérisé: plomb 26%, étain 2%, cuivre le reste,

- OLC8X - acier sans matière antifriction.

11. Symbole des coussinets Le symbole des coussinets est donne par le constructeur de la machine ou d'outillage pour

I'identification des coussinets. Ce-ci peut être différent pour chaque étape de réparation ou non.

12. Symbole du set Le symbole du set est le symbole donne par le constructeur de la machine et des outillages. Ce-ci

peut être différent pour chaque étape de réparation ou non. La, ou le symbole n'existe pas, ne se livre pas en set.

13. Cotes de réparation Les coussinets sont produits a la cote standard (STD) ou pour les réparations R1 … R6. Dans la

colonne pour les cotes de réparations est présentée la dimension d'orientation avec qui se réduit le diamètre d a rbre pour réparation: on doit tenir compte des prescriptions du constructeur de moteur.

Par exemple: pour la première réparation 0,25 (R1) - le tourillon se rectifie avec 0,25 mm sur le diamètre par rapport a la cote STD et le demi coussinet (R1,) est plus gros avec 0,125 mm (sur le rayon) par rapport a la cote STD, mentenant de cette façon le jeu prescrit.

Les étapes de réparations pour les demi coussinets sont: 0,25 / (R1), 0,50 / (R2), 0,75 / (R3), 1,0 / (R4), 1,25 / (R5), 1,50 / (R6).

II existe aussi des autres étapes avec des autres valeurs spécifiées dans la colonne 13: 0,02 / (R0), 0,254 / (R1), 0,508 / (R2), 0,762 (R3).

Les coussinets sont marques: poinçonné sur la surface d'acier le symbole entier ou partiel, suivi de la cote de réparation, et I'entreprise RLG.

Pour commande, on va indiquer le numéro de set de la colonne 12 et I'étape de réparation, la ou il n'existe pas le numéro de set, on va indiquer le repère de la colonne 11 et I'étape de réparation.

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Fig. 1 – Semicuzinet radial

Fig. 3 – Bucşă înfăşurată

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Fig. 4 – Semiinel axial si inel axial

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Fig. 5 – Rondelă

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Fig. 7 – Locul de montare al cuzineŃilor în motor

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19

Nr Producător

Motor - Tip - Model Data - Anul

Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set

Diametrul arborelui standard

de la / până la:

Diametrul locaşului

de la / până la:

LăŃime cuzinet (max.)

Grosime perete

standard (max.)

Material Simbol cuzinet

Cod set

Cota de

reparaŃii

Nr Manufacturer

Engine -Type - Model Data Year

No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set

Shaft Diameter Standard From / To:

Housing Bore

from / to:

Bearing Width (max.)

Wall thickness standard (max.)

Material Reference

Bearing Part no.

Size

Nr Constructeur

Moteur - Type - ModèleDates - Année

No. de Cyl. Alésage

x Course

Position des

Coussinets

Paires ou

Pièces par jeu

Diamètre Arbre Standard

de / à :

Alésage Carter de / à:

Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)

Matériel Référence Coussinet

Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1 ARO

Aro 24 SB 4 56.980 / 57.000 60.500 / 60.520 22.00 1.732 AS20 2111004107/ 077 207100025 STD

Aro 32 0.25

0.50

0.75

1.00

1.50

2.00

Motor: L 25 4 SP 10 64.980 / 65.000 70.000 / 70.030 27.00 2.471 AS20 2111002012 207100022 STD

2.48 L 97 x 84.4 0.25

85 CP 0.50

Motor: L 30 0.75

2.48 L 1.00

95 CP 1.50

(70 Kw) 2.00

SI 2 70.75 88.00 - 2.50 AS20 2111002046 / 047 207100022 STD

Ø l Ø E 0.25

0.50

0.75

1.00

1.25

1.50

1.75

Bac 1 48.983 / 49.00 52.50 / 52.53 23.20 1.95 AS20 2071002126 a STD

0.25

207100021 0.50

Bac 2 49.983 / 49.00 52.50 / 52.53 18.15 1.95 AS20 2071002124 a STD

0.25

0.50

Aro 10-1; 10-4; 10-8 4 Vezi motor Dacia 1310

Motor 81099 73 x 77

1.3 L

54 CP

(40 Kw)

Motor 102-00 4 Vezi motor Dacia 1410

1.4 L 76 x 77

65 CP

(48 Kw)

20

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

AR0 24

Aro 240 SB 8 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 12103090 STD

Aro 243 11503164 12103091 0.10

Aro 244 4 11503165 12103092 0.25

Motor: D 127 95 x 110 11503166 12103093 0.50

3.1 L 11503167 12103094 0.75

65 CP 11503168 12103095 1.00

(47.8 Kw)

SP 10 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 12101090 STD

11501245 12101091 0.10

11501246 12101092 0.25

11501247 12101093 0.50

11501248 12101094 0.75

11501249 12101095 1.00

SI 2 85.34 101.6 _ 3.429 AS20 11501166 / 167 12101090...093 STD

Ø I Ø E 3.556 11501168 / 169 12101094 0.254

3.681 11501366 / 367 12101095 0.508

Bc 8 20.94 / 20.973 19.65 1.84 AS20 11502162

Bac 1 54.78 / 54.805 28.20 2.20 AS20 11501106

Bac 1 54.28 / 54.305 28.20 2.20 AS20 11501109

Bac 1 53.78 / 53.805 24.20 2.20 AS20 11501111

Bb 4 35.86 / 35.90 16.65 2.14 CP10S10 11503123

B 35.89 / 35.93 16.52 2.259 AS20 11501134 -

21

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

AR0 24

Aro 32 SB 8 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 12103090 STD

Aro 240 11503164 12103091 0.10

Aro 243 4 11503165 12103092 0.25

Aro 244 97 x 90 11503166 12103093 0.50

Motor: L 27 11503167 12103094 0.75

2.66 L 11503168 12103095 1.00

70 CP

( 51.8 Kw ) SP 10 64.980 / 65.000 70.000 / 70.030 27.00 2.471 AS20 2111002012 207100022 STD

0.25

0.50

0.75

1.00

1.25

1.50

SI 2 70.075 88.00 - 2.50 AS20 2111002046 / 047 207100022 STD

Ø I Ø E 0.25

0.50

0.75

1.00

1.25

1.50

Bac 2 48.983 / 49.000 52.50 / 52.53 18.15 1.95 AS20 2071002124 a STD

0.25

207100021 0.50

Bac 1 48.983 / 49.000 52.50 / 52.53 23.20 1.95 AS20 2071002126 a STD

0.25

0.50

Bb 4 33.00 / 33.021 16.15 1.80 CP10S10 20603105 STD

2 BELARUS 4 SB 4 74.000 / 74.019 38.00 2.720 AS 20 740 380 STD

(Tractor) 0.25

PACHISTAN 0.50

0.75

1. 00

SP 6 _ 81.000 / 81.020 32.00 2.870 AS 20 810 318 STD

3 32.00 2.870 AS 20 810 319 0.25

1 32.00 2.870 AS 20 810 320 0.50

0.75

1.00

22

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

3 DACIA

Dacia 1300 SB 8 43.964 / 43.980 47.614 / 47.625 17.75 1.805 AS20 7700501171 6000039011 STD

Motor: 810.01 4 6000564628 - 0.02

1.3 L 73 x 77 7700501171 6000039012 0.25

54 CP 6000543660 6001536028 0.50

(40 Kw) 6000543160 0.75

Dacia 1210 SP 3 45.990 / 46.000 49.874 / 49.890 19.50 1.924 AS20 7700536411 / 412 6000039016 STD

Motor: 10300 2; 4; 5 7700545719 / 720 6000039017 0.25

1.2 L 6000543638 / 639 6001536027 0.50

48 CP 4 7700536413 / 414 6000039394 0.010

(35.5 Kw) 73 x 77 7700545721 / 722 6000039395 0.260

fabricat până în 1985 6000543640 / 641 - 0.510

Dacia 1310 SP 2 45.990 / 46.000 49.874 / 49.890 24.50 1.924 AS20 7700536415 / 416 6000039016 STD

Motor: 8 10-99 1;3 7700545817 / 818 6000039017 0.25

1.3 L 6000543634 / 635 6001536027 0.50

54 CP 4 7700536417 / 418 6000039394 0.010

(40 Kw) 73 x 77 7700545819 / 820 6000039395 0.260

fabricat până în 1985 B0000543636 / 637 0.510

SI 2 50.75 67.92 2.33 AS20 7700514901 6000039013 STD

Ø l Ø E - 0.08

6000039014 0.20

6000039015 0.30

Bp 1 38.0 41.00 1.84 oŃel 8555219

Bp 1 14.9 11.00 1.36 oŃel 8528338

B 6 36.0 33.25 2.17 oŃel 8200341703

B 2 33.1 39.25 3.15 oŃel 8200341702

B 1 20.958 / 21.042 19.00 1.04 CP10S10 6000582646

B 1 20.958 / 21.00 27.50 1.05 CP10S10 8575569

R 2 16.25 Ø I 33.20 Ø E _ 0.97 CP10S10 8528395

R 1 19.75 .Ø I 31.25 Ø E - 1.67 AS20 8529525

Bdem. 1 34.960 / 34.980 39.0 / 39.027 42.70 2.00 CP10S10 02520186

Semicuzinetii palier au acelasi nr. de set si şi sunt ambalaŃi într- o singură cutie

Dacia Logan

Motor: K9K 4

79.5 x 70 SB 8 43.960 / 43.980 476.610 / 47628 17.75 1.808 AS20 476177 B 297 - 8

1.933

2.058

2.183

SP 5 48.003 / 48.010 51.936 /51.942 19.50 1.951 P 298 - 10

2.076

2.201

2.236

23

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

DACIA

Dacia 1310 SB 8 43.964 / 43.980 47.614 / 47.625 17.75 1.805 AS20 7700501 171 6000039011 STD

Motor: 810-99 4 6000564628 - 0.02

1.3 L 73 x 77 7700501171 6000039012 0.25

54 CP 6000543660 6001536028 0.50

(40 Kw) 6000543660 0.75

după 1985

Dacia 1410 SP 5 54.795 / 54.805 58.731 / 58.750 19.50 1.950 AS20 7700591817 / 819 6001536658 STD

Motor: 102- 00 4 7700591818 / 820 - 0.010

1.4 L 76 x 77 6001537055 / 057 6001536659 0.25

65 CP 6001537056 / 058 6001536663 0.50

(48 Kw) 6001537060 / 061 0.75

SI 2 60.75 80 2.85 AS20 8575272 6001536660 STD

Ø l Ø E 2.80 R438 - 0.10

8575732 6001536661 0.20

8575731 6001536662 0.30

8575733 - 0.40

4 DEUTZ

2.5 ÷ 2.8 L 3 SB 3 / 4 / 6 59.941 / 59.960 64.000 / 64.019 25.00 2.000 AS6 EPN 001 / EPN 002 STD

93.70 x 100 025

050

3.3 ÷ 3.8 L 4 075

93.70 x 100 100

SP 8/10/14 69.971 / 69.990 27.0 2.230 AS6 EPN 003 STD

4.9 ÷ 5.6 L 6 025

93.70 x 100 050

075

100

24

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

5 FAUR

Locomotive SB 12 130.901 / 130.926 136.690 / 136.715 49.00 2.835 AS6 M12F050601 STD

Grup foraj 0.25

Grup electrogen 0.50

Nave 0.75

1.00

1.25

1.50

SP 6 148.936 / 148.961 160.015 / 160.040 55.00 5.471 AS6 M12B040203 / 04 STD

0.25

0.50

0.75

1.00

1.25

1.50

Motor: 6 SP 1 148.936 / 148.961 160.015 / 160.040 65.00 5.471 AS6 M12B040303 / 04 STD

MB 836 175 x 205 0.25

MBM 836 6 0.50

165 x 205 0.75

1.00

1.25

1.50

MB 820 12 Bp 2 36.00 / 36.016 19.00 2.000 CP23S2 5371810050 a

175 x 205

MBM 820 12

165 x 205

Motor: 12 SB 24 130.901 / 130.926 136.690 / 136.915 49.00 2.835 AS6 M12F050601 STD

M 820 SR 175 x 205 0.25

0.50

0.75

1.00

1.25

1.50

SP 6 148.936 / 148.961 160.015 / 160.040 55.00 5.471 AS6 M 128040201 / 02 STD

0.25

0.50

0.75

1.00

1.25

1.50

SP 1 148.936 / 148.961 160.015 / 160.040 65 5.471 AS6 M12B040301 / 02 STD

0.25

0.50

0.75

1.00

1.25

1.50

25

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

MTU SB 12 / 16 / 105.00 / 105.022 112.00 / 112.022 41.55 3.485 AS6 5500387610 STD

/ 24 5500387710 0.10

Motor: 5500387810 0.20

5500387910 0.30

5500387610-01 0.40

MTU 331 6 / 8 / 12 SP 4 / 5 / 7 141.000 / 141.025 150.00 / 150.025 46.025 4.456 AS6 5500335301 / 5302 STD

165 x 155 5500335401 / 540 2 025

5500335501 / 5502 050

5500335601 / 5602 075

5500335701 / 5702 100

MTU 396 6 / 8 / 12 Bp 3 / 2 / 3 36.00 / 36.016 19.00 2.000 CP23S2 5371810050 a

165 x 185

Bp 1 / 2 / 1 36.00 / 36.016 27.00 2.000 CP23S2 5371810150 a

Bac 3 / 3 / 6 71.00 / 71.019 26.20 2.000 CP23S2 5500511710 a

Bb 6 / 8 / 12 53.902 / 54.000 50.00 2.200 CP10S10 8370380950

6 FIAT 4 SB 8 44.998 / 45.518 48.630 / 48.646 19.20 1.538 AS 20 486 192 STD

Motor 124 0.127

1.2 ÷ 1.4 L 0.254

0.508

0.762

• 1.016

SP 8 50.785 / 50.805 54.507 / 54.520 20.25 1.831 AS 20 545 202 STD

0.127

; 0.254

0.508

0.762

1.016

SP 2 50.785 / 50.805 54.507 / 54.520 22.75 1.831 AS 20 545 226 STD

0.127

0.154

0.508

0.762

1.016

SI 2 56. 610 / 56.864 69.596 / 69.850 _ 2.315 AS 20 698 566 STD

0.254

0.508

0.762

1.016

7 FIAT IVECO SB 8 63.725 / 63.744 67.407/ 67.422 28.70 1.815 AS6 4769040 STD

Motor : 3.6 - 3.9 L 0.10

0.25

0.50

0.75

1.00

SP 5 79.791 / 79.810 84.200 / 84.230 25.00 2.178 AS6 5088033 / 034 STD

0.10

0.25

0.50

0.75

1.00

SI 2 81.80 / 82.20 101.20 / 102.00 -- 2.170 AS20 102820 STD

26

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

8 HILLM AN 4 SB 8 50.787 / 50.800 54.495 / 54.508 20.75 1.849 AS 20 71240988 STD

[ PAYKAN] 78.6 x 64.3 . 0.25

Motor: 1..25 – 1.6 L 0.50

4 0.75

78.6 x 66.7 1.00

4 SP 53.962 / 53.987 57.683 / 57.704 25.50 1.842 AS 20 71268624 STD

86.1 x 64.3 0.25

0.50

4 0.75

87.3 x 66.7 1.00

SP 2 53.962 / 53.980 57.683 / 57.704 28.70 1.842 AS20 71268625 STD

0.25

0.50

0.75

1.00

Bacf 1 ._ 52.451 / 52.477 19.25 1.81 AS20 71244305 STD

Bacm 1 -- 47.701 / 47.927 19.25 1.81 AS 20 71804456 STD

Bacs 1 - 42.926 / 42.952 19.25 1.81 AS20 71244307 STD

SI 2 61.08 79.25 _ 2.34 AS20 71250838 STD

Ø I Ø E 0.25

0.50

0.75

1.00

9 HENSCHEL SB 12 79.981 / 80.000 85.000 / 85.022 34.5 2.480 AS 6 850 345 STD

[SETRA] 6 0.25

` Motor: 51 3DC 100 x 150 0.50

0.75

1.00

Motor: 513 DCT 6 SP 7 94. 978 / 95.000 102.000 / 102.022 36.0 3.462 AS 6 102 359 STD

115 x 150 0.25

0.50

Motor: 513 DH 6 0.75

125 x 180 1.00

SP 7 94.978 / 95.000 102.000 / 102.022 36.0 3.462 AS 6 102 360 STD

0.25

0.50

0.75

1.00

Bb 6 49.983 / 450.00 55.000 / 55.019 45.50 2.75 CP10S10 550455 STD

B 4 56.989 / 57.000 62.000 / 62.030 30.00 2.500 AS 20 620 300 a STD

SI 103.000 / 103.250 122.750 / 123.000 - 3.000 AS 6 123 103 STD

Ø I Ø E 0.25

0.50

0.75

Bb 6 49.993 / 50.000 55.000 / 55.019 2.75 CP10S10 550 455 STD

10 I A M Z 238 8 SB 16 87.985 / 88.000 93.018 / 93.031 34.00 2.462 AS 6 930 340 STD

[ KRAZ ] 0.25

0.50

0.75

1.00

SP 5 109.985 / 110.00 116.000 / 116.018 40.00 2.952 AS 6 116 399 STD

116 400 0.25

…..

1. 1.00

27

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

11 IFA

Motor; 6 VD 6 SB 6 85.0 / 85.022 40 2.495 AS6 0612 STD

120 x 145 0612 0.25

0612 0.50

0612 0.75

0612 1.00

SB 6 85.000 / 85.022 40.00 2.495 AS20 0613 STD

0613 0.25

0613 0.50

06130 0.75

0613 1.00

SP 14 95.000 / 95.022 35.00 2.490 AS20 0548 / 0550 STD

sau 0548 / 0550 0.25

7 / 7 0548 / 0550 0.50

0548 / 0550 0.75

0548 / 0550 1.00

SI 2 Ø 99.25 Ø 120.00 2.500 AS20 120991 / 2 STD

Ø I Ø E 0.25

0.50

0.75

1.00

Bp 16 50.000 / 50.020 42.00 2.850 CP10S10 501420 STD

`

Motor: 8VD 8 SB 16 95.000 / 95.022 30.00 2.490 AS6 0062000 STD

0062005 0.05

0062025 0.25

0062050 0.50

0062075 0.75

0062100 1.00

SP 5 105.000 / 105.022 28.00 2.489 AS6 0059000 STD

0059005 0.05

0059025 0.25

0059050 0.50

0059075 0.75

0059100 1.00

SP 5 105.000 / 105.022 28.00 2.489 AS6 0060000 STD

0060005 0.05

0060025 0.25

0060050 0.50

0060075 0.75

0060100 1.00

28

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. I.F.A.

2. Motor M 25 4 SB 8 60.000 / 60.030 25 2.520 AS 20 600 250 STD

3. 0.25

4. 0.50

5. 0.75

6. 1.00

7. SP 1 70.000 / 70.030 25 2.500 AS 20 700 248 STD

8. 0.25

9. 0.50

10. 0.75

11. 1.00

12. SP. 4 70.000 / 70.030 25 2500 AS 20 700 249 STD

13. 0.25

14. 0.50

15. 0.75

16. 1.00

17. SP 5 70.000 / 70.030 25 2.500 AS 20 700 250 STD

18. 0.25

19. 0.50

20. 0.75

21. 1.00

22. SI 2 73.000 / 73.300 89.700 / 90.000 _ 2.600 AS 20 900 730 / 731 STD

23. Ø1 Ø E 0.25

24. . 0.50

25. Bb 4 - 34.000 / 34.030 26 2.400 CP10S10 340 260 STD

2.

3. I.F.A. Bbrat 29.980 / 30.000 38.000 / 38.025 47.00 4.250 CP10S10 380 288 STD

4.

5.

6. (W50) Bbrat 35.980 / 36.00 42.000 / 42.025 39.00 3.225 CP10S10 420 355 STD

7.

8.

9. (L60) Bb 50.010 / 50.030 42.00 2.850 CP10S10 501 420 STD

10.

11.

29

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

12 K I A 4 SB 8 43.000 / 43.016 17.13 1.508 AS20 20311225 STD

[PRIDE] 0.25

Motor: NB 3 0.50

Kia Sephia 1500 0.75

Kia Sephia 1600 1.00

1.6 L, 1.6L STD

SP 5 49.938 / 49.956 54.000 / 54.018 17.63 2.025 AS20 20311351 0.25

0.50

0.75

1.00

SP 5 49.938 / 49.956 54.00 / 54.018 17.63 2.025 AS20 20311361 STD

0.25

0.50

0.75

. 1.00

SI 2 57.25 69.00 _ 2.505 AS20 20311391 STD

Ø I Ø E 0.25

0.50

0.75

1.00

13 LADA

Lada 1200 S 4 SB 8 47.814 / 47.834 51.330 / 51.349 20.50 1.722 AS20 513205 B 135 - 8 STD

Jiguli VAZ 2101 76 x 60 0.25

VAZ 2102 0.50

1.2 L 0.75

60 CP (44 Kw)

1964

Lada 1500 4 SP 4 50.775 / 50.795 54.507 / 54.520 21.25 1.828 AS20 545212-1/ 2 P 136 -10 STD

Jiguli VAZ 21011 76 x 66 0.25

1.3 L 0.50

70 CP (52 Kw) 0.75

1974

Lada1500 4 SP 2 50.775 / 50.795 54.507 / 54.520 22.75 1.828 AS20 545227 P 136 -10 STD

Jiguli VAZ 2103 76 x 80 0.25

1.5 L 0.50

77 CP (56 Kw) 0.75

1973

Lada1600 4

Jiguli VAZ 2106 79 x 80

1.6 L

78 CP (57 Kw)

1975

Niva

Niva VAZ 2121

1.6 L

76 CP (56 Kw)

1978

30

Nr Producător


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Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

14 MAN

[Simbol perechi)

Motor D2156HM3 SB 12 82.966 / 82.988 89.000 / 89.022 32.00 2.984 AS6 51024100110 51024106091 STD

10.3 L 51024100211 0.25

215 CP 51024100212 0.50

(158Kw) 6 51024100213 0.75

Motor D2156HM5-6 121 x 150 51024100214 1.00

10.3 L 51024100215 1.25

230 CP 51024100216 1.50

(169 Kw)

(Simbol perechi)

Motor D2156HM-HMNS SP 6 95.966 / 95.988 102.000 / 102.022 35.00 2.980 AS6 51011100507 / 508 51011106254 STD

10.3 L 51011100509 / 510 0.25

215 CP 51011100511 / 512 0.50

(158 Kw) 51011100513 / 514 0.75

Motor D2156MTN1-MT2 51011100515 / 516 1.00

10.3 L 51011100517 / 518 1.25

256 CP 51011100510 / 520 1.50

(188 Kw)

Motor D2356HM-HMNS 6 SP 1 95.966 / 95.988 102.000 / 102.022 35.00 2.980 AS6 89011100010 / 015 89011106000 STD

10.7 L 123 x 150 89011100012 / 017 0.25

230 CP 89011100014 / 019 0.50

(169 Kw) 89011100016 / 021 0.75

89011100018 / 023 1.00

89011100020 / 025 1.25

89011100022 / 027 1.50

SI 2 102.90 119.30 - 6.425 AS6 8901110024 / 26 89011106000 STD

Ø l Ø E 0.25

0.50

0.75

1.00

SBc 2 32.989/32.000 34.400 / 34.416 16.12 1.194 CP26S2 89541210001 STD

(var.) AS6 89541210001 A 0.25

0.50

Bp 33.000 / 33.021 16.15 1.80 CP10S10 20603105

Bac 4 65.000 / 65.03 30.00 2.50 CP23S2 51044100045 a

Be 12 26.000 / 26.021 33.00 1.00 CP10S10 51930200008 a STD

26.000 / 26.021 33.00 1.00 CP10S10 51930201020 a STD

Bp 2 60.350 / 60.375 31.70 1.88 AS20 89942990006

B compr. 1 33.000 / 33.025 17.85 1.701 CP23S2 89930010020

Bb 6 50.000 / 50.025 41.70 2.85 CP10S10 89024050003 STD

2.60 0.15

B compr. 1 21.987 / 22.020 19.00 2.35 CP10S10 89930200061

B 1 25.000 / 25.021 19.65 1.80 CP10S10 51930200192

B 1 33.000 / 33.025 17.15 1.80 CP10S10 51930200193

B pin 1 45.000 / 45.025 34.50 2.65 CP10S10 89044100008

MAN Bplv 60.000 / 60.030 56.10 4.25 CP23S2 81930200379 STD

i Bplv — 58.000 / 58.030 63.10 4.25 CP23S2 81930200380 STD

31

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

15 MASSEY FERGUSON (vezi motoarele PERKINS / VAMO

16 MERCEDES 4 SB 8 51.955 / 51.965 55.600 / 55.619 26.00 1.805 AS 20 556 260 STD

Motor: 0.25

OM 615 ; 0.50

2.0 ÷ 2.2L 0.75

1.00

SP 5 69.955 / 69.965 74. 500 / 74.519 27.00 2.255 AS 20 745 270 STD

0.25

0.50

0.75

1.00

SP 5 69.955 / 69.965 74. 500 / 74.519 27.00 2.255 AS 20 745 271 STD

0.25

0.50

0.75

0.50

1.00

SI 2 75.000 / 75.200 87.800 / 88.000 _ 2.200 AS 20 880 750 STD

Ø I Ø E 0.25

0.50

0.75

1.00

Motor 6 SB 12 71.988 / 72.000 77.000 / 77.019 35.00 2.476 AS6 770 350 STD

OM 360 0.25

O 302 0.50

8. 7 L 0.75

1.00

SP 6 97.980 / 98.000 104.000 / 104.022 28.50 2.975 AS 6 104 285 STD

0.25

0.50

0.75

1.00

SP 6 97.980 / 98.000 1 04.000 / 104.022 28.50 2.975 AS 6 104 284 STD

0.25

0.50

0.75

1.00

SP 2 97.980 / 98.000 1 04.000 / 104.022 33.00 2.975 AS 6 104 330 STD

0.25

0.50

0.75

1.00

32

Nr Producător


Nr. Cil. Alezaj

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Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

17 PERKINS

Motor SB 8 / 12 63.480 / 63.490 67.210 / 67.220 31.90 1.845 AS20 31126311 85043 STD

4236 / 4236TA 4 31126311 0.128

4248 98.4 x 127 31126312 0.254

3.9 - 4.1 L 4 31126313 0.508

48 - 85 CP 100.9 x 127 31126314 0.762

(35.5 - 62.9 Kw)

Motor 6354 / H6354 6 SP 1 76.160 / 76.180 80.420 / 80.440 36.70 2.09 AS20 31126361 / 371 85010 STD

HT6354 / 6354S 98.4 x 127 31126361 / 371 0.146

6354 TA 31126362 / 372 0.254

5.8 L 31126363 / 373 0.508

68 - 130CP 31126364 / 374 0.762

(50.3 - 96.2 Kw)

Motor T 63543 6 SP 4 / 6 76.160 / 76.180 80.420 / 80.440 31.90 2.09 AS20 31126381 / 391 85010 STD

5.8 L 98.4 x 127 31126381 / 391 0.146

151 CP 31126382 / 392 0.254

(111.7 Kw) 31126383 / 393 0.508

31126384 / 394 0.762

Motor 6372 6 SI 2 86.95 104.00 . 2.31 AS20 31137311 / 321 85010 STD

6.1 L 98.4 x 133.7 Ø I Ø E 31137312 / 322 0.25

118 CP 31137313 / 323 0.50

(87.32 Kw) 31137314 / 324 0.75

Bb 8 / 12 38.895 / 38.920 33.95 2.28 CP22S4 B 31134123

Motor B 8 / 12 22.225 / 22.255 19.15 1.86 CP22S4 C 31134111

VAMO B 2 53.975 / 54.005 50.20 2.38 CP22S4 31134129 a

3.9 L B 55.560 / 55.590 32.00 2.385 CP22S4 31134132 a

34919 / 34.956 26.70 1.94 CP22S4 C 31134151

B 45.240 / 45.283 16.15 2.20 CP22S4 C 31134151

B 25.400 / 25.421 19.15 1.60 CP22S4 C 31358143 a

33

Nr Producător


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Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

18 PERKINS

Motor: P3; P3 (1) 3 SB 8 57.112 / 57.125 60.833 / 60.846 30.20 1.824 AS20 31131171 STD

P3AG; P3 -144; P3V 88.9 x 127 31131172 0.254

3144; 3152; 3A152 91.4 x 127 31131173 0.508

3B152; P359 31131174 0.762

2.4 / 2.5 L 31131175 1.270

21 - 47 CP

(15.5 - 34.7 Kw) SP 1 69.812 / 69.825 74.079 / 74.092 33.15 2.09 AS20 31122311 / 321 STD

31122312 / 322 0.254

31122313 / 323 0.508

31122314 / 324 0.762

31122315 / 325 1.016

Motor: P4; PA; PB 4 SP 2 / 4 / 4 69.812 / 69.825 74.079 / 74.092 40.70 2.09 AS20 31123271 STD

P4M; 4192; P4203 88.9 x 127 31123272 0.254

4203; 4A - 203; P 459 91.4 x 127 31123273 0.508

3.15 / 3.3 L 31123274 0.762

41. 5 / 63 CP 31123275 1.016

(30.7 - 46.6 Kw) 6 SP 4 / 4 / 8 69.812 / 69.825 74.079 / 74.092 25.40 2.09 AS20 31121221 STD

Motor: P6; PF; P6; 88.9 x 127 31121222 0.254

P6M; 6288; 6305; 91.4 x 127 31121223 0.508

6B30S; P659 31121224 0.762

4.7 / 5 L 31121225 1.016

65 / 89 CP

(48.1 - 65.8 Kw) SI 2 77.60 90.475 - 3.12 AS20 31137191 / 201 STD

Ø I Ø E 0.127

Motor 0.254

VAMO B 6 19.050 / 19.071 15.65 1.54 CP22S4 31134102

2.5 L Bb 34.919 / 34.956 26.90 1.94 CP22S4 31134151

Bc 18.245 / 18.275 19.15 1.42 CP22S4 31134104

Bb 30.960 / 30.985 24.20 2.20 CP10S10 B31134145

PEUGEOT SI 8 49.984 / 50.000 53.684 / 53.700 20.35 1.836 AS20 91539948 STD

204. 405 0.25

Motor: 1.7 L 4 0.50

80 x 88 0.75

1.00

Motor: 1.9 L 4 SP 4 59.981 / 60.00 63.708 / 63.727 20.30 1.845 AS 20 96150129 STD

80 x 88 0.25

0.50

0.75

1.00

SP 6 59.975 / 60.000 63.708/63.727 20.30 1.845 AS20 96150130 STD

0.25

0.50

0.75

1.00

S 2 67.30 83.30 _ 2.335 AS20 833 233 STD

Ø I Ø E 0.25

I

0.50

0.75

1.00

B 1 __ 41.000 / 41.030 25.50 1.38 CP10S10 410 254 STD

B 1 — 38.000 / 38.025 38.10 1.80 AS6 380 380 STD

B 1 -- 25.400 / 25.421 31.70 1.70 CP10S10 254 316 STD

34

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

19 ROMAN

autocamion

autobasculantă SB 8 / 12 87.978 / 88.000 93.000 / 93.022 34.00 2.474 AS6 20203109 / 110 89024106005 STD

autobuze 0.25

0.50

0.75

1.00

Motor:

1240 V8 DT 8

12.4 L 123 x 130 SP 5 / 7 104.978 / 105.00 111.00 / 111.022 35.00 2.959 AS6 20201112 / 113 89011106013 STD

320 - 360 CP 0.25

(236.8 - 266.4 Kw) 0.50

0.75

1.00

Motor:

1380 V8 DT 8 SI 3 117.20 142.00 - 5.44 AS6 20201314 89011106013 STD

13.8 L 130 x 130 Ø I Ø E

360 CP

(266.4 Kw) Bac 4 / 6 68.000 / 68.030 32.00 2.50 AS6 20201308 a

Motor: Bac 1 68.000 / 68.030 44.00 2.50 AS6 20201408 a

1850 V12 DT 12

18.5 L 130 x 130 B.b 8 / 12 55.000 / 55.025 41.00 2.80 CP10S10 20203117

480 - 540 CP

(355.2 - 399.6 Kw) B.c. 16 / 24 32.000 / 32.025 27.80 1.59 CP10S10 20102242

B.p 1 26.000 / 26.021 28.00 1.00 CP10S10 20210203 a

Bp 1 26.000 / 26.021 25.00 1.00 CP10S10 20210204 a

Motor: 1380V8 8 SB 8 98.000 / 98.022 34.00 2.974 AS6 27903109 / 110 STD

375 - 390 CP

(277.5 - 288.6 Kw) SP 5 116.000 / 116.022 35.00 2.959 AS6 26701112 / 113 STD

SI 4 122.20 147.00 5.44 AS6 26701314 STD

Ø I Ø E

20 RENAULT

Motor: R5 ( pemtru motor R5 vezi motor Dacia 1400 )

35

Nr Producător


Nr. Cil. Alezaj

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PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

21 SAVIEM

1. Simbol perechi

2. Tip SM6; SM7 6 SB 12 64.981 / 65.000 68.701 / 68.720 30.35 1.828 AS6 81024100001 88024106000 STD

3. SMS; SM8T; 102 x 112 81024100002 88024106001 0.25

4. SM8V 81024100003 88024106002 0.50

5. 5.3 L 81024100004 88024106003 0.75

6. 130 CP 81024100005 88024106004 1.00

7. (96.2 Kw) 81024100006 1.25

8. 81024100007 1.50

9.

10. Simbol perechi

11. Tip 7126; 8126 SP 7 69.981 / 70.000 74.000 / 74.019 29.00 1.96 AS6 81011100016 / 017 88011106000 STD

12. 5.3 L 81011100018 / 019 88011106001 0.25

13. 126 CP 81011100020 / 021 88011106002 0.50

14. (93.2 Kw) 81011100022 / 023 88011106003 0.75

15. 81011100024 / 025 88011106004 1.00

16. 81011100026 / 027 1.25

17. 81011100028 / 029 1.50

18.

19. Motor: 597; 797 SI 2 77.90 95.20 - 3.15 AS6 89011110000 / 001 89011116000 STD

20. 798 Ø l Ø E 89011110002 / 003 89011116001 0.40

21. SM8T 89011110004 / 005 89011116002 0.80

22. 5.5 L 89011110006 / 007 89011116003 1.20

23. 140 CP 89011110008 / 009 89011116004 1.60

24. (103.6 Kw) 89011110010 / 011 1.80

25. 89011110012 / 013 2.00

26.

27. Bac 2 49.940 / 49.970 54.000 / 54.030 26.20 2.00 AS20 89044100002 a STD

28. 0.25

29. 0.50

30. Bac 1 49.940 / 49.970 54.000 / 54.030 33.20 2.00 AS20 89044100000 a STD

31. 0.25

32. 0.50

33. Bac 1 49.940 / 49.970 54.000 / 54.030 26.20 2.00 AS20 89044100001 a STD

34. 0.25

35. 0.50

36. Bb 6 38.967 / 39.000 37.70 1.79 CP10S10 89024050000 STD

37. 39.000 / 39.020 37.70 2.00 89024050004 0.21

38. Bb 6 pt. 798 si 797 40.941 / 40.966 37.70 1.79 CP10S10 89024050002

39. Bpin 1 38.000 / 38.025 27.50 2.29 CP10S10 89044100007 STD

40. 38.000 / 38.025 27.50 2.35 AS20 89044100005 0.12

41. Bc 12 22.000 / 22.021 19.90 1.24 CP10S10 89930200001

42. R 2 10.50 50.25 - 3.025 CP10S10 89907100162

43. Ø I Ø E

36

Nr Producător


Nr. Cil. Alezaj

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Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

22 STALOWA WOLA SB 6 76.195 / 76.213 79.827 / 79.845 47.40 1.784 AS20 798475 -1 / 2 B 290-12 STD

1. 0.25

2. 0.50

3. 0.75

4. 1.00

5. Motor:

6. SW 680 6 SP 8 113.030 / 113.055 33.90 2.496 AS20 11334 P291-14 STD

7. 0.25

8. 0.50

9. 0.75

10. 1.00

11. SP 2 113.030 / 113.055 41.70 2.496 AS20 11342 P291-14 STD

12. 0.25

13. 0.50

14. 0.75

15. 1.00

16. SP 4 113.030 / 113.055 59.70 2.496 AS20 11360 P291 – 14 STD

17. 0.25

18. 0.50

19. 0.75

20. 1.00

21. SI 2 112.00 136.70 - 2.362 AS20 1361 – 11 -1 / 2 1292 – 4 STD

22. Ø l Ø E 0.254

23. 0.508

24. 0.762

25.

26. Motor; 6 SB 12 60.955 / 60.973 64.580 / 64.600 34.70 1.780 AS20 64634 / 7 B295 – 12 STD

27. SW 400 0.254

28. 0.508

29. 0.762

30. 1.016

31.

32. SP 8 88.882 / 88.900 93.040 / 93.066 27.40 2.035 AS20 930274 P296 -14 STD

33. 0.254

34. 0.508

35. 0.762

36. 1.016

37.

38. SP 6 88.892 / 88.910 93.040 / 93.066 40.60 2.035 AS20 930406 P296 -14 STD

39. 0.254

40. 0.508

41. 0.762

42. 1.016

43.

44.

23 TATRA 815 10 SB 10 84.905 / 84.920 90.000 / 90.021 28.50 2.500 AS 6 900 285 STD

45.

46.

47.

37

Nr Producător


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de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

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Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

24 TRACTOR UTB

1. U 650 M

2. Motor D1 10 4 SB 8 74.915 / 74.950 79.000 / 79.015 39.50 1.992 AS20 10303124 10303090 STD

3. 4.76 L 108 x 130 0.25

4. 65 CP 0.50

5. (47.8 Kw) 0.75

6. 1.00

7. 1.50

8. 2.00

9. SP 4 84.905 / 84.920 90.000 / 90.021 32.00 2.492 AS20 10301262 10301090 STD

10. 0.25

11. 0.50

12. 0.75

13. 1.00

14. 1.25

15. 1.50

16. SP 4/2 84.905 / 84.920 90.000 / 90.021 46.00 2.492 AS20 10301261 / 263 10301090 STD

17. 0.25

18. 0.50

19. 0.75

20. 1.00

21. 1.50

22. 2.00

23. SI 2 91.38 108.00 - 2.962 AS20 10301264 / 266 10301090 STD

24. Ø l Ø E 0.25

25. 0.50

26. 0.75

27. 1.00

28. Bac 1 - 62.500 / 62.530 50.25 3.00 AS20 11001194 a

29. Bac 1 - 62.500 / 62.530 42.25 3.00 AS20 11001195 a

30. Bac 1 - 62.500 / 62.530 42.25 3.00 AS20 11001196 a

31. Bc 8 24.938 / 24.970 25.70 1.89 AS20 10302184

32. Bb 4 39.992 / 40.000 44.000 / 44.016 37.70 2.23 CP10S10 1 1803109 STD

33. 40.292 / 40.300 44.000 / 44.016 37.70 2.41 CP10S10 11803133 0.30

34.

38

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 340

2. Motor: 2 SB 4 58.730 / 58.743 62.408 / 62.420 28.70 1.822 CP23S2 11503176 11103080 STD

3. D111 050 102 x 110 11503177 11103081 0.102

4. 1 .797 L 11503178 11103082 0.254

5. 34 CP 11503179 11103083 0.508

6. (25 Kw) 11503180 11103084 0.762

7. 11503181 11103085 1.016

8. SP 6 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 11101080 STD

9. 11501262 11101081 0.102

10. 11501263 11101082 0.254

11. 11501264 11101083 0.508

12. 11501265 11101084 0.762

13. 11501266 11101085 1.016

14. SI 1 85.34 101.60 . 3.429 CP23S2 11501273 / 275 11101080 - 083 STD

15. Ø I Ø E 11501274 / 276 11101084 - 085 0.254

16. - La unele motoare setul palier diferă prin semiinelele axiale. în acest caz setul palier se compune din:

17. - Sonne motors have the bearing set different by axial semi-inners in this cas the bearing set is composed of:

18. - A quelques. moteurs le set palier est diferent par les demi-anneaux axiaux. dans ce cas le set palier se compose de:

19. SP 6 76.187 / 76.200 80.587 / 80.607 25 2.172 CP23S2 11501261 11101821 STD

20. 11501262 11101822 0.102

21. 11501263 11101823 0.254

22. 11501264 11101824 0.508

23. 11501265 11101825 0.762

24. 11501266 11101826 1.016

25. SI 2 85.35 106.8 . 3.428 AS6 11501403 / 405 11101821 - 824 STD

26. Ø I Ø E 11501404 / 406 11101825 - 826 0.254

27. Bac 1 54.280 / 54.305 28.2 2.20 AS20 11501109

28. Bac 1 53.780 / 53.805 24.2 2.20 AS20 11501111

29. Bd 2 35.891 / 35.930 16.7 2.26 AS20 11501134

30. Bd 2 40.891 / 40.930 17.2 2.26 AS20 11501143

31. Bc 4 20.940 / 20.973 19.65 1.80 AS20 11502162

32. Bb 4 35.861 / 35.900 16.65 2.14 CP10S10 11503123

33. Bb 4 31.983 / 31.990 35.861 / 35.900 34.90 2.14 CP10S10 11503264

34.

39

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 300

2. Motor D 111 000 SB 4 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 11103090 STD

3. D 111 001 11503164 11103091 0.102

4. 1.56 L 11503165 11103092 0.254

5. 27.5 CP 11503166 11103093 0.508

6. (20.2 Kw) 11503167 11103094 0.762

7. 11503168 11103095 1.016

8. SP 6 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 11101090 STD

9. 11501245 11101091 0.102

10. 11501246 11101092 0.254

11. 11501247 11101093 0.508

12. 11501248 11101094 0.762

13. 11501249 11101095 1.016

14. SI 2 85.34 101.60 . 3.429 AS20 11501166 / 167 11101 090... 093 STD

15. Ø l Ø E 11501168 / 169 11101094 0.254

16. 11501366 / 367 11101095 0.504



19. - A qjelques. moteurs le set palier est different par les demi-anneaux axiaux. dans ce cas le set palier se compose de:

20. SP 6 76.187 / 76.200 80.587 / 80.607 25 2.172 AS20 11501165 11101827 STD

21. 11501245 11101828 0.102

22. 11501246 11101829 0.254

23. 11501247 11101830 0.508

24. 11501248 11101831 0.762

25. 11501249 11101832 1.016

26. SI 2 85.35 106.80 . 3.428 AS6 11501403 / 405 11101827 - 830 STD

27. Ø l Ø E 11501404 / 406 11101831 - 832 0.254

28. Utilizează bucşele de la Motor: 111.020

1.

40

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

2. U 530

3. Motor: 3 SB 6 58.730 / 58.743 62.408 / 62.420 28.70 1.822 CP23S2 11503176 11503080 STD

4. D 115 050 102 x 110 11503177 11503081 0.102

5. 2.696 L 11503178 11503082 0.254

6. 53 CP 11503179 11503083 0.508

7. (39 Kw) 11503180 11503084 0.762

8. 11503181 11503085 1.016

9. SP 8 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 11501080 STD

10. 11501262 11501081 0.102

11. 11501263 11501082 0.254

12. 11501264 11501083 0.508

13. 11501265 11501084 0.762

14. 11501266 11501085 1.016

15. SI 2 85.34 101.60 . 3.429 CP23S2 11501273 / 275 11501080 - 083 STD

16. Ø l Ø E 11501274 / 276 11501084 - 085 0.254



19. - A quelques. moteurs le set palier est different par les demi-anneaux axiaux. dans ce cas le set palier se compose de:

20. SP 8 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 11501821 STD

21. 11501262 11501822 0.102

22. 11501263 11501823 0.254

23. 11501264 11501824 0.508

24. 11501265 11501825 0.762

25. 11501266 11501826 1.016

26. SI 2 85.35 106.80 . 3.428 AS6 11501403 / 405 11501821 - 824 STD

27. Ø l Ø E 11501404 / 406 11501825 - 826 0.254

28. Bac 1 54.780 / 54.805 28.20 2.20 AS20 11501108

29. Bac 1 54.280 / 54.305 28.20 2.20 AS20 11501109

30. Bac 1 53.780 / 53.805 24.20 2.20 11501111

31. Bd 4 35.900 / 35.930 16.70 2.26 AS20 11501134

32. Bd 2 40.891 / 40.930 17.20 2.26 AS20 11501143

33. Bc 6 20.940 / 20.973 19.65 1.80 AS20 11502162

34. Bb 6 31.983 / 31.990 35.861 / 35.900 16.65 2.14 CP10S10 11503123

35. Bb 4 31.983 / 31.990 35.861 / 35.900 34.90 2.14 CP10S10 11503264 STD

36.

41

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 115

2. Motor D115000 3 SB 6 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 11503090 STD

3. 2.34 L 95 x 110 11503164 11503091 0.102

4. 46 CP 11503165 11503092 0.254

5. (33.1 Kw) 11503166 11503093 0.508

6. 11503167 11503094 0.762

7. 11503168 11503095 1.016

8. SP 8 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 11501090 STD

9. 11501245 11501091 0.102

10. 11501246 11501092 0.254

11. 11501247 11501093 0.508

12. 11501248 11501094 0.762

13. 11501249 11501095 1.016

14. U350

15. Motor D 124 3

16. 2.34 L 95 x 110 SI 2 85.34 101.6 - 3.429 AS20 11501166 / 167 11 501 090... 093 STD

17. 38 CP Ø l Ø E 11501168 / 169 11501094 0.254

18. (28 Kw) 11501366 / 367 11501095 0.504




22. SP 8 76.187 / 76.200 80.587 / 80.607 25 2.172 AS20 11501165 11501827 STD

23. 11501245 11501828 0.102

24. 11501246 11501829 0.254

25. 1 1501247 11501830 0.508

26. 11501248 11501831 0.762

27. 11501249 11501832 1.016

28. SI 2 85.35 106.8 - 3.428 AS6 11501403 / 405 11501827 - 830 STD

29. 11501404 / 406 11501831 - 832 0.254

30. Utilizează bucşele de la Motor 115 050

1.

42

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

2. U 800

3. MOTOR D 118 4 SB 8 74.915 / 74.950 79.000 / 79.015 39.50 2.000 AS20 10303124 10303090 STD

4. D 118 005 110 x 130 0.25

5. 4.942 L 0.50

6. 72 CP 0.75

7. (52.9 Kw) 1.00

8. 1.50

9. 2.00

10. SP 2 84.905 / 84.920 90.000 / 90.021 46.00 2.50 AS20 11801124 / 125 11801035 STD

11. 0.25

12. 0.50

13. 0.75

14. 1.00

15. 1.50

16. 2.00

17. U 650 E 4 SP 2 84.905 / 84.920 90.000 / 90.021 32.00 2.50 AS20 11801126 11801035 STD

18. Motor 2402 000 110 x 130 0.25

19. 4.942 L 0.50

20. 70 CP 0.75

21. (51.5 Kw) 1.00

22. 1.25

23. 1.50

24. SP 2 84.905 / 84.920 90.000 / 90.021 32.00 2.50 AS20 10301262 11801035 STD

25. 0.25

26. 0.50

27. 0.75

28. 1.00

29. 1.50

30. 2.00

31. U860 4

32. Motor 2402 001 110 x 130 SP 1 89.920 / 89.950 90.000 / 90.021 46.00 2.50 AS20 11801127 / 128 11801035 STD

33. 4.942 L 0.25

34. 86 CP 0.50

35. (63.3 Kw) 0.75

36. *. 1.00

37. 1.50

38. 2.00

39.

40. SI 2 91.38 108.00 . ' 2.962 AS20 10301264 / 266 11801035 STD

41. Ø l Ø E 0.25...1.0

42. Bac 1 62.500 / 62.530 35.20 2.00 AS20 11801181 a

43. Bac 2 62.500 / 62.530 24.20 2.00 AS20 11801182 a.

44. Bac 1 62.500 / 62.530 35.20 2.00 AS20 11801183 a

45. Bac 1 62.500 / 62.530 35.20 2.00 AS20 11801184 a

46. Bc 8 24.938 / 24.970 22.00 1.86 AS20 11802118

47. Bb 4 39.992 / 40.000 44.000 / 44.016 37.70 2.23 CP10S10 11803109 STD

48. Bb 4 40.292 / 40.300 44.000 / 44.016 2.41 2.23 CP10S10 11803133 0.30

49. -

43

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 640

2. Motor: 4 SB 8 58.730 / 58.743 62.408 / 62.420 28.70 1.822 CP23S2 11503176 12103080 STD

3. D 121 050 102 x 110 11503177 12103081 0.102

4. 2404 050 11503178 12103082 0.254

5. 11503179 12103083 0.508

6. 11503180 12103084 0.762

7. 11503181 12103085 1.016

8. U 703

9. Motor: 4 SP 10 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 12101080 STD

10. 2404 050 102 x 115 11501262 12101081 0.102

11. 3.759 L 11501263 12101082 0.254

12. 73.5 CP 11501264 12101083 0.508

13. (54.2 Kw) 11501265 12101084 0.762

14. 11501266 12101085 1.016

15. U833

16. Motor: 2404 600 4 SI 2 85.34 101.60 - 3.429 CP23S2 11501273 / 275 12101080 - 083 STD

17. 3.759 L 102 x 115 Ø l Ø E 11501274 / 276 12101084 - 085 0.254

18. 85 CP

19. (62.5 Kw)




23. SP 10 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 12101821 STD

24. 11501262 12101822 0.102

25. 11501263 12101823 0.254

26. 11501264 12101824 0.508

27. 11501265 12101825 0.762

28. 11501266 12101826 0.016

29. SI 2 85.35 106.8 . 3.428 AS6 11501403 / 405 12101821 - 824 STD

30. Ø I1 Ø E 11501404 / 406 12101825 - 826 0.254

31. Motor: 2404 602 4 Bac 1 54.780 / 54.805 28.20 2.20 AS20 11501108

32. 3.759 L 102 x 115 Bac 1 54.280 / 54.305 28.20 2.20 AS20 11501109

33. 105 CP Bac 1 53.780 / 53.805 24.20 2.20 AS20 11501111

34. (77.2 Kw) B 2 28.000 / 28.013 20.15 1.82 AS20 12101124

35. Bd 8 35.891 / 35.930 16.70 2.26 AS20 11501134

36. Bd 2 40.891 / 40.930 17.20 2.26 AS20 11501143

37. Bc 8 20.940 / 20.973 19.65 1.80 AS20 11502162

38. Bb 4 31.983 / 31.990 35.861/ 35.900 16.65 2.14 CP10S10 11503123

39. Bb 4 31.983 / 31.990 35.861 / 35.900 34.90 2.14 CP10S10 11503264 STD

40.

44

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 550

2. Motor D 121 000 4 SB 8 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 12103090 STD

3. 3.119 L 95 x 110 11503164 12103091 0.102

4. 55 CP 11503165 12103092 0.254

5. (40.5 Kw) 11503166 12103093 0.508

6. 11503167 12103094 0.762

7. 11503168 12103095 1.016

8. SP 10 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 12101090 STD

9. 11501245 12101091 0.102

10. 11501246 12101092 0.254

11. 11501247 12101093 0.508

12. 11501248 12101094 0.762

13. 11501249 12101095 1.016

14. SI 2 85.34 101.60 _ 3.429 AS20 11501166 / 167 12101090.. .093 STD

15. Ø l Ø E 11501168 / 169 12101094 0.254

16. 11501366 / 367 12101095 0.504




20. SP 10 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS29 11501165 12101827 STD

21. 11501245 12101828 0.102

22. 11501246 12101829 0.254

23. 11501247 12101830 0.508

24. 11501248 12101831 0.762

25. 11501249 12101832 1.016

26. SI 2 85.35 106.80 . 3.428 AS6 11501403 / 405 12101827- 830 STD

27. Ø I Ø E 1 1501404 / 406 12101831- 832 0.254


1.

45

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

2. U 1010

3. Motor: 260 1050 6 SB 12 58.730 / 58.743 62.408 / 62.420 28.7. 1.822 CP23S2 11503176 2601030901 STD

4. 2601 060 102 x 110 11503177 2601030902 0.102

5. 5.393 L 11503178 2601030903 0.254

6. 105 CP 11503179 2601030904 0.508

7. (77.2 Kw) 11503180 2601030905 0.762

8. 11503181 2601030906 1.016

9. SP 14 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 2601010901 STD

10. 11501262 2601010902 0.102

11. 11501263 2601010903 0.254

12. 11501264 2601010904 0.508

13. 11501265 -2601010905 0.762

14. 11501266 2601010906 1.016

15. SI 2 85.34 101.60 - 3.249 CP23S2 11501273 / 275 2601010901 - 904 STD

16. Ø l Ø E 11501274 / 276 2601010905 - 906 0.254

17. - La unele motoare setui palier diferă prin semiinelele axiale. în acest caz setul palier se compune din:



20. SP 14 76.187 / 76.200 80.587 / 80.607 25.00 2.172 CP23S2 11501261 2601010921 STD

21. 11501262 2601010922 0.102

22. 11501263 2601010923 0.254

23. 11501264 2601010924 0.508

24. 11501265 2601010925 0.762

25. 11501266 2601010926 1.016

26. SI 2 85.34 106.8 _ 3.428 AS6 11501403 / 405 2601010901 - 904 STD

27. Ø l Ø E 11501404 / 406 2601010905 - 906 0.254

28. Bac 1 54.280 / 54.305 28.20 2.20 AS20 11501109

29. Bac 1 53.780 / 53.805 24.20 2.20 AS20 11501111

30. B 1 29.987 / 30.020 15.25 2.825 AS20 11801244

31. Bd 2 35.891 / 35.930 16.70 2.26 AS20 11501134

32. Bd 2 40.891 / 40.930 17.20 2.26 AS20 11501143

33. Bc 12 20.940 / 20.973 19.65 1.80 AS20 11502162

34. Bb 6 31.983 / 31.990 35.861 / 35.900 16.65 2.14 CP10S10 11503123

35. Bb 4 31.983 / 31.990 35.861 / 35.900 34.90 2.14 CP10S10 11503264 STD

36.

46

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 1010

2. Motor: 2601 000 6 SB 12 58.730 / 58.743 62.408 / 62.420 28.70 1.822 AS20 11503122 2601030907 STD

3. 2601010 95 x 110 11503164 2601030908 0.102

4. 4.678 L 11503165 2601030909 0.254

5. 83 CP 11503166 2601030910 0.506

6. (61.8 Kw) 15503167 2601030911 0.762

7. 16803168 2601030912 1.016

8. U 1010 SP 14 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 2601010907 STD

9. Motor: 2801 010 11501245 2601010908 0.102

10. 4.678 L 6 11501246 2601010909 0.254

11. 88 CP 95 x 110 11501247 2601010910 0.508

12. (64.7 Kw) 11501248 2601010911 0.762

13. 11501249 2601010912 1.016

14. SI 2 85.34 101.60 3.429 AS20 11501166 / 167 2601010907.. .910 STD

15. Ø l Ø E 11501168 / 169 2601010911 0.254

16. 11501366 / 367 2601010912 0.504



19. - A quelques. moteurs le set palier est different par les demi-anneaux axiaux. dans ce cas le set palier se compose de I

20. SP 14 76.187 / 76.200 80.587 / 80.607 25.00 2.172 AS20 11501165 2601010927 STD

21. 11501245 2601010928 0.102

22. 11501246 2601010929 0.254

23. 11501247 2601010930 0.508

24. 11501248 2601010931 0.762

25. 11501249 2601010932 1.016

26. SI 2 85.35 106.80 . 3.428 AS6 11501403 / 405 2601010927 - 930 STD

27. Ø I Ø E 11501404 / 406 2601010931 - 932 0.254


29.

47

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. U 703

2. Motor: SB 8 / 12 64.917 / 64.936 68.985/ 69.900 28.70 2.008 AS6 2601031065 STD

3. 2404 060 4 0.25

4. 3.759 L 102 x 115 0.50

5. 73 CP 0.75

6. (53.7 Kw) 1.00

7. SP 5 / 7 79.791 / 79.810 84.200 / 84.230 25.00 2.178 AS6 2601011183 / 1184 STD

8. 0.25

9. 0.50

10. 0.75

11. 1.00

12. U 1010

13. Motor: 260 1073 6

14. 5.64 L 102 x 115

15. 105 CP

16. (77.2 Kw) SI 2 111.80 87.80 - 3.429 AS20 2601011185 / 1186 STD

17. Ø l Ø E 0.25

18. Bb 4 / 6 33.983 / 33.990 37.861 / 37.899 16.65 2.14 CP10S10 2404031023

19. Bac 1 (pt. 2404 060) 54.780 / 54.805 28.20 2.20 AS20 11501108

20. Bac 1 54.280 / 54.305 28.20 2.20 AS20 11501109

21. Bac 1 53.780 / 53.805 24.20 2.20 AS20 11501111

22. B 1 (pt. 2601 073) 29.987 / 30.020 15.25 2.825 AS20 11801244

23. Bd 2 35.891 / 35.930 16.70 2.26 AS20 11501134

24. Bd 2 40.891 / 40.930 17.20 2.26 AS20 11501143

25. Bc 4 / 6 20.940 / 20.973 19.65 1.80 AS20 11502162

26. B 2 (pt. 2404 060) 28.000 / 28.013 20.15 1.82 AS20 12101124

48

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1. Motor: D105 SB 100.00 / 100.025 65.00 4.000 AS20 10503117 A STD

2. 0.25

3. 0.50

4. ; 0.75

5. 1.00

6. 1.25

7. 1.50

8. 1.75

9. 2.00

10. Bac 73.000 / 73.025 76.00 3.55 AS20 10501156

11.

12. Bac 73.000 / 7 3.025 52.00 3.55 AS20 10501157

13. B 24.000 / 24.013 32.20 1.86 AS20 10503322

14. B 28.000 / 28.013 38.20 1.86 AS20 10503324

15.

16. B 44.000 / 44.027 46.20 3.39 AS20 10503325

17. B 44.000 / 44.027 50.20 3.39 AS20 10503349

18. B 23.000 / 23.013 30.20 1.50 AS20 10508154 a STD

19. 0.50

20. B 77.030 / 77.060 43.20 2.85 AS20 3316131

21.

22. Motor: D110 B 43.891 / 43.930 24.20 2.24 AS20 11001163

23. Motor: D111 B 54.036 / 54.061 17.15 2.31 CP10S10 11101161A

24. Motor: D121 B 28.000 / 28.013 20.15 1.82 AS20 12101124

25. B 29.987 / 30.020 35.20 2.80 AS20 12101128

26.

27. Motor: D120 SI 102.50 Ø I 119.90 Ø E - 2.960 AS20 12001101

28. SI 102.50 Ø I 1 19.90 Ø E 2.960 AS20 12001102

29.

25 VAMO

30. Motor Vamo 2500 ( pentru motoare Vamo vezimotoare Perkins )

31. Motor Vamo 3900

32.

26 VOLKSWAGEN 4 SB 8 41.955 / 41.970 45.000 / 45.016 18.00 1.505 AS 20 450 180 STD

1. Motor 0.25

2. 1.1 L ; 1.3 L 0.50

3. 0.75

4. VOLKSWAGEN 4 SB 8 45.950 / 45.970 49.000 / 49.019 19.00 1.506 AS 20 490 190 STD

5. Motor 0.25

6. 1.5 L; 1.6 L 0.50

7. 0.75

8. SB 8 47.758 / 47.778 50.600 / 50.619 19.00 1.406 AS 20 506 190 STD

9. 0.25

10. 0.50

11. 0.75

12. SP 5 53.958 / 53.978 59.000 / 59.019 18.50 2.502 AS 20 590 184 STD

13. 590 185 0.25

14. 0.50

15. 0.75

16. 2 SI 2 59.500 / 59.700 68.800 / 69.000 __ 1.97 AS 20 690 595 STD

17. Ø I Ø E 0.25

18. 0.50

19. 0.75

33.

49

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

1.

27 VOLVO

1. N 10 6 SB 12 86.003 / 86.018 90.952 / 90.940 45.70 2.418 AS6 6010 STD

2. 9.6 L 120 x 140 025

3. 050

4. 075

5. 100

6. SP 7 99.978 / 100.000 104.978 / 105.003 37.50 2.245 AS6 7006 / 7007 STD

7. 025

8. 050

9. 075

10. 100

11.

12. VOLVO

13. N 12 6 SB 12 92.271 / 92.042 96.837 / 96.850 46.20 2.362 AS6 6010 STD

14. 12 L 130 x 150 025

15. 050

16. 075

17. 100

18. SP 7 107.915 / 107.937 113.040 / 113.065 37.10 2.515 AS6 8002 / 8003 STD

19. 025

20. 050

21. 075

22. 100

2.

3.

4.

50

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

28 DIVERSE

5.

6. Dacia 1400 Bb 24.583 / 24.633 22.00 1.53 CP10S10 24622

7. SB 51.600 / 51.625 17.75 1.805 AS20 6000543193

8. Dacia Bpin 30.000 / 30.025 30.10 2.10 CP10S10 3030

9. Bpin 32.000 / 32.025 49.15 1.825 CP10S10 3249

10.

11. Bucsă pompă Bp 80.000 / 80.030 50.25 2.75 CP10S10 8050

12.

13.

14. Trabant Bb 24.000 / 24.013 25.50 2.20 CP10S10 240255

15.

16.

17. Motocultor SB 45.700 / 45.716 27.00 1.84 CP26S2 45727 STD

18. 0.25

19. 0.50

20. Bb 26.000 / 26.013 30.20 1.60 CP22S4 26030

21. Compresor C 5 SB 4 74.935 / 74.910 79.000 / 79.015 25.00 1.992 AS20 C504021A STD

22. C 10 8 0.25

23. 1 EC 5 4 0.50

24. 2 EC 5 4 0.75

25. 2 EC 10 8 1.00

26. MC 5 4

27. MC 10 8

28.

29.

30. Tractor SB 84.935 / 84.920 90.000 / 90.021 29.00 2.500 AS20 D120S8529 STD

31. 0.25

32. 0.50

33. 0.75

34. 1.00

35.

36.

37. Bucsă Bp 22.000 / 22.021 15.80 1.24 CP10S10 22158

38. pompă Bp 28.000 / 28.021 19.80 1.24 CP10S10 28198

39. Bp 22.225 / 22.255 19.15 1.80 CP22S4 PE1211M

40. Mecanism B 69.000 / 69.030 70.25 2.00 CP10S10 3164182

41. hidraulic B 74.000 / 74.030 81.25 2.00 CP10S10 3164183

42. bucsă pompă Bp 28.000 / 28.013 30.20 2.25 CP10S10 2830

43. Bucsă coloană B 30.000 / 30.025 19.15 2.146 CP10S10 3019

44.

51

Nr Producător


Nr. Cil. Alezaj

x Cursă

PoziŃie cuzineŃi

Perechi sau

bucăŃi per set


de la / până la:


de la / până la:


Grosime perete

standard (max.)


Cod set

Cota de

reparaŃii

Nr Manufacturer


No. of Cyl. Bore

x Stroke

Bearings Position

Pairs or

Pieces per Set


Housing Bore

from / to:



Material Reference

Bearing Part no.

Size

Nr Constructeur



x Course

Position des

Coussinets

Paires ou

Pièces par jeu


de / à :


Largeur Coussinet

(max.)

Epaisseur Paroi

standard (max.)


Jeu Référence

Cotes Répa- ration

1 2 3 4 5 6 7 8 9 10 11 12 13

20. COMPRESOARE S B 3 45.990 / 46.000 49.874 / 49.890 24.50 1.924 AS 20 7700536415 / STD

21. 6C 1 ; 7C 1 7700536416

22. 1 EC S ; 2 EC S

23. ECM 0.8

24. UC 5 -1.5

25. Compresor SB 84.905 / 84.920 90.000 / 90.021 29.00 2.500 AS 20 D 120 S 8529 STD

26. Timpuri Noi SP 95.966 / 95.988 102.000 /.I 02.022 2.980 AS 6 51011100508 STD

27. Motor D 120 SB 16 84.905 / 84.920 90.000 / 90.021 29.00 2.500 AS 20 D 120 S 8529 STD

28. SP 5 95.966 / 95.988 1 02.000 / 102.022 35.00 2.980 AS 6 51011100507/ 8 STD

29. SI 2 102.90 Ø I 119.30 Ø E -- 3.000 AS 20 D 120 01 101 / 2 ???

30. B 16 24.938 / 24.970 25.70 1.890 AS 20 10302184 STD

31. B 5 62.500 / 62.530 42.25 3.000 AS 20 11001196 STD

32. B 5 44.500 / 44.016 37.70 2.230 CP10S10 118 03109 STD

33. B 4 38.895 / 38.920 33.95 2.280 CP22S4 B31134123 STD

34. S 1500 SB 1 54.000 / 54.018 45.15 1.989 AS 20 3347 / 3348 STD

35. Motor pornire

26.

27.

28. TV Bplv 4 24.954 / 24.975 28.000 / 28.021 35.2 1.66 CP10S10 280 350 STD

29. (Motor: D127)

30.

31.

32.

23.

24.

25.

26.

27.

28.

29.

30.

31.

32.

33.

34.

35.

36.

37.

38.

39.

40.

41.

42.

43.

44.

45.

46.

47.

48.

49.

50.

51.

52.

53.

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Documents

Catalog Produse SIB Himmels