DZ SPIRAL BEVEL GEARBOX

Transcript

1 SPIRL EVEL GEROX FETURES right-angle drivers are designed for industrial applications where rotary power must be transferred between two shafts at right-angles to each other. HOUSING Single-piece aluminum alloy casting with 4 or 6 mounting points and or 4 centering GERS SPIRL bevel gears cut on GLESON hobbing machines to ensure maximum load capacity.nickel-chrome steel gears with surface case-hardened gear teeth; this ensures maximum service life while leaving the tooth core tough and flexible to resist mechanical shocks. Units are manufactured with backlash tolerances to ensure perfect gear engagement and silent operation. acklash tolerances can be reduced to a minimum of if specifically requested; ask for details of special prices and delivery conditions on SHFTS Manufactured in steel with 80 Kg/mm2 surface treatment for corrosion protection. Shaft coupling on the power take-off is by ISO standard keyways (except for Size ). Keyways can be made at any angle. OIL SELS Oil seal rings are fitted to all models. Special seal rings for high and low temperatures are available upon request LURITION Units are supplied already filled with lubricant. Size units are filled with long-life grease; all other sizes are oil filled. ERING Large bearings in deep races.

2 IDENTIFIZIONE Le tabelle a seguito riportate per ogni modello indicano: il diametro dell albero, il rapporto di trasmissione, l albero di entrata, gli alberi di uscita, o D il senso di rotazione (guardando frontalmente l albero). L albero per convenzione è considerato come albero di entrata, nei modelli con rapporto /2 / è l albero veloce. TELL 2 2 mod. IDENTIFITION Table shows the following information for each model; the shaft diameter, the transmission ratio, the input shaft, the output shaft, or D and the direction of rotation (front view to the shaft). In accordance with accepted usage, shaft is the input shaft; on models with a :2 and : ratio, shaft is the fast shaft. lbero TLE Shaft Ø 8 / 0S 2F Ø 8 / 0FS2F Ø 8 /2 2S 2F Ø 8 /2 2FS2F Ø 8 / 2F Ø 8 /2 2F Ø 8 / 0S F Ø 8 / 0FSF Ø 8 /2 2S F Ø 8 /2 2FSF Ø 8 / F Ø 8 /2 F Ø / 20S 2F Ø / 20FS2F Ø /2 22S 2F Ø /2 22FS2F Ø / 2 2F Ø /2 2 2F Ø / 20S F Ø / 20FSF Ø /2 22S F Ø /2 22FSF Ø / 2 F Ø /2 2 F Kg 0. Kg 0. Kg. Kg.2 Kg. Kg.2 Ø 9-20 / F Kg. 4 4 Ø 20 / 0S F Ø 20 / 0FSF Ø 20 /2 2S F Ø 20 /2 2FSF Ø 20 / F Ø 20 /2 F Ø 2 / 40S F Ø 2 / 40FSF Ø 2 /2 42S F Ø 2 /2 42FSF Ø 2 / 4 F Ø 2 /2 4 F Ø / 0S F Ø / 0FSF Ø /2 2S F Ø /2 2FSF Ø / F Ø /2 F Kg.4 Kg. Kg. Kg.8 Kg 8. Kg 8.8

3 TELL lbero mod. ZP TLE Shaft D Ø 8 / ZP 0S 4P Ø 8 / ZP 0FS4P Ø 8 /2 ZP 2S 4P Ø 8 /2 ZP 2FS4P Ø 8 / ZP 4P Ø 8 /2 ZP 4P Ø 4 / ZP 20S 4P Ø 4 / ZP 20FS4P Ø 4 /2 ZP 22S 4P Ø 4 /2 ZP 22FS4P Ø 4 / ZP 24S 4P Ø 4 / ZP 24FS4P Ø 4 / ZP 2 4P Ø 4 /2 ZP 2 4P Ø 4 / ZP 2 4P Ø 4 / ZP 2 4PV Ø 4 /2 ZP 2 4PV Ø 4 / ZP 2 4PV Ø 4 / ZP 220S 4P Ø 4 / D ZP 220FS4PD Ø 4 /2 ZP 222S 4P Ø 4 /2 D ZP 222FS4PD Ø 4 / ZP 224S 4P Ø 4 / D ZP 224FS4PD Ø 4 / D ZP 22 4PD Ø 4 /2 D ZP 22 4PD Ø 4 / D ZP 22 4PD Ø 4 / D ZP 2 4P4V Ø 4 /2 D ZP 2 4P4V Ø 4 / D ZP 2 4P4V Kg 0.6 Kg 2 Kg.9 Kg.2 Kg. 2 D Ø 9 / ZP 0S 4P Ø 9 / ZP 0FS4P Ø 9 /2 ZP 2S 4P Ø 9 /2 ZP 2FS4P Ø 9 / ZP 4S 4P Ø 9 / ZP 4FS4P Ø 9 / ZP 4P Ø 9 /2 ZP 4P Ø 9 / ZP 4P Ø 9 / ZP 4PV Ø 9 /2 ZP 4PV Ø 9 / ZP 4PV Kg 4. Kg 4.4 Ø 9 / ZP 0 INVERT Kg 4.6 Ø 9 / ZP INVERT 4 Ø 24 / ZP 40S 4P Ø 24 / ZP 40FS4P Ø 24 /2 ZP 42S 4P Ø 24 /2 ZP 42FS4P Ø 24 / ZP 44S 4P Ø 24 / ZP 44FS4P Ø 24 / ZP 4 4P Ø 24 /2 ZP 4 4P Ø 24 / ZP 4 4P Kg 4.6

4 DETERMINZIONE DEL RINVIO D IMPIEGRE VVERTENZE DTI TENII Nella determinazione del rinvio da impiegare oltre alle esigenze puramente tecniche delle potenze in funzione del numero di giri e delle coppie da trasmettere, bisogna tenere conto della gravosità dell impiego che dipende da molteplici fattori: iclo di funzionamento (intermittente, costante, ecc. ecc.), carichi radiali e assiali gravanti sulla estremità degli alberi, temperature max. e min., ambiente (polveroso ecc. ecc.) tipo di lubrificante. ) Determinare il fattore di servizio FS indicato nella tabella 2. 2) alcolare la potenza nominale Pn = Potenza effettiva Pe x Fs. ) on la velocità in uscita e la potenza effettiva Pn scegliere a tab. la dimensione ed il rapporto del rinvio da ordinare. 4) ontrollare che i carichi radiali Fr e assiali Fa, applicati al centro della sporgenza di ogni singolo albero o al centro della cavità, non superino i valori riportati in Tabella 4. ) Verificare che la temperatura di esercizio non superi i valori da ) Nel caso di rapporto /2 o / non usare il rinvio in moltiplicazione entrando oltre 70 giri/ nel rapporto :2 e 00 giri/ nel rapporto:. 7) In presenza di ambienti particolarmente polverosi e conseguentemente abrasivi evitare l esposizione diretta del paraolio onde preservarlo per consentire una durata maggiore dello stesso. HOW TO SELET THE ORRET RIGHT- NGLE EVEL GER DRIVE FOR YOUR PPLITION TEHNIL NOTES Selecting the correct type of angle bevel gear is not simply a question of defining the power required in relation to R.P.M. and the torque to be transmitted. It also involves defining the conditions under which the angle bevel gear will be used. Defining operating conditions involves taking into consideration a number of factor such as the type of operating cycle (intermittent, continuous), radial and axial loads on the shaft ends, maximum and minimum temperatures, ambient conditions (e.g. dust and dirt levels) and the type of lubrificant used. To decide the type and size of angle bevel gear required, proceed as follows. ) Use Table 2 to define the Service Factor for your application. 2) alculate the Rated Power (Pn); Pn = Pe (Horsepower) x FS. ) On Table, use the output speed and the rated power (Pn) to select the angle gear size and transmission ratio required for your application. 4) heck that the radial Fr and axial Fa loads applied at the centre of the protusion of every single shaft or at the centre of the hollow shaft does not exeed the values shown in table 4. ) heck that the operating temperature does not exceed ) If you require a /2 or / ratio, do not use a speed multiplier with an input more than 70 R.P.M. and 00 R.P.M. in ratio /2 and /, respectively. 7) If the unit is to be used in very dusty conditions, protect the oil seal against direct exposure to dust to prevent abrasive damage which might shorten the working life of the unit. TELL TLE 2 FTTORE DI SERVIZIO SERVIE FTOR FS ore di funzionamento al giorno hours of operation per day carico uniforme / uniform load carico con urti modesti / load with moderate shocks carico con urti / load with shocks

5 Dz 0 - Dz Giri in uscita Output round oppia in uscita Output torque Modello Model Rapp. Ratio 0 rpm 00 rpm 200 rpm 400 rpm 800 rpm 400 rpm 2000 rpm 000 rpm Mt potenza power Mt potenza power Mt potenza power Mt potenza power Mt potenza power Mt potenza power Mt potenza power Nm Kw Nm Kw Nm Kw Nm Kw Nm Kw Nm Kw Nm Kw Nm Kw 4,7 0,02,9 0,04, 0,07 2,8 0,2 2, 0,9 2,0 0,0,8 0,9,7 0, Dz ,6 0,04 6,4 0,07,4 0, 4, 0,9,8 0,2, 0,49,0 0,6 2,7 0,86 Dz 0-0 8,0 0,04 6,8 0,07,7 0,2 4,8 0,20 4,0 0,4, 0,,2 0,67 2,9 0,9 Zp 0 - Zp 9, 0,0 7,6 0,08 6,4 0,,4 0,2 4, 0,8 4,0 0,8,6 0,76,,0 Dz 20 - Dz 2 6, 0,09,9 0,,7 0,24 9,8 0,4 8,2 0,69 7,2,0 6,6,7,9,86 Dz Dz Dz , 0,4 2, 0,24 9,4 0,4 6, 0,68,7, 2,0,7 0,9 2,29 9,9,0 Dz Dz 20-0 Zp 2-V Zp 2-4V 28,8 0, 24,2 0,2 20, 0,4 7, 0,72 4,4,20 2,,8,4 2,9 0,,2 Zp 20 Zp 220-4V Zp 2 R : 4, 0,8 29,0 0,0 24,4 0, 20, 0,86 7,2,44,0 2,20,7 2,87 2,4,89 Zp 22-4V Dz ,9 0,2 9, 0,4,2 0,70 27,9,7 2,,97 20,4 2,99 8,7,9 6,9,0 Dz 90-0 Dz 90-48,9 0,26 4, 0,4 4, 0,72 29,0,22 24,4 2,0 2,2, 9,4 4,07 7,6, Dz 0 Dz, 0,28 44,6 0,47 7, 0,79,6,2 26, 2,22 2,,8 2, 4,42 9,,99 Dz Zp 7,7 0,40 6,7 0,67,,2 4,0,89 7,9,7 2,9 4,82 0, 6,0 27,2 8,4 Dz 40 - Zp 0 Zp 40 - Dz 4 87, 0,46 7,4 0,77 6,8,29,9 2,7 4,7,66 8,0,6 4,7 7,27,4 9,86 Zp - Zp 4 Dz 0 - Dz 9, 0,6 00,,0 84,,77 7,0 2,98 9,7,00,9 7,6 47, 9,9 42,9,48 Dz , 22,4 6,6 7,2 2990,7 62,62 24,9 0, 24,7 77, 88,6 269,48 68,8 2, 9,7 477,28 Dz 2 - Dz TELL POTENZE PPLIILI (Pn) Momento torcente max in uscita Mt (albero entrata contrassegnato ) TLE PPLILE POWERS (Pn) Max output torque Mt (input shaft sign ) 4,0 0,02,4 0,04 2,8 0,06 2,4 0,0 2,0 0,7,7 0,26,6 0,,4 0,4 Zp 2 - Zp 8,9 0,0 7, 0,08 6, 0,, 0,22 4,4 0,7,9 0,7, 0,74,2,00 Dz 22 - Dz 2 4,6 0,08 2, 0, 0, 0,22 8,7 0,6 7, 0,6 6, 0,9,8,2,2,6 Zp 2-V Zp 2-4V 28, 0, 2,7 0,2 9,9 0,42 6,7 0,70 4,,8 2,2,79,2 2,4 0,,7 Zp 22 Zp 222-4V Zp 2 R :2,8 0,8 28, 0,0 2,9 0,0 20, 0,84 6,9,42 4,7 2,6, 2,82 2,2,82 Zp 22-4V Dz 2 - Dz 42, 0,22,7 0,7 0, 0,6 2,,06 2,,78 8, 2,7 6,9,4, 4,80 Zp 7, 0,7 9,9 0,6 0,4,06 42,4,77,6 2,98,0 4,4 28,,9 2,6 8,04 Dz 42 - Zp 2 Zp 42 - Dz 4 82, 0,4 69,2 0,72 8,2,22 48,9 2,0 4,,44,8,24 2,7 6,8 29,6 9,28 Zp - Zp 4 Dz 2 - Dz 00, 0, 84, 0,88 7,0,49 9,7 2,0 0,2 4,2 4,7 6,40 9,9 8,6 6,,4 Zp 24 Zp 2 Zp 2-V Zp 2-4V Zp 224-4V 27, 0,4 2, 0,24 9,4 0,4 6, 0,68,7, 2,0,7 0,9 2,29 9,9,0 Zp 22-4V R : Zp 4 Zp Zp Zp 44 Zp 4 6,4 0,, 0,6 44,9 0,94 7,7,8,7 2,66 27,6 4,04 2,2,28 22,8 7,6 Mt potenza power VLORI NON PREFERENZILI (onsultare uffi cio tecnico) - NON PREFERENTIL VLUES (please contact our technical dept.) 7

6 VLORI NON PREFERENZILI (onsultare uffi cio tecnico) - NON PREFERENTIL VLUES (please contact our technical dept.) 8 TELL RIHI ESTERNI PPLIILI IN RELZIONE LLE VELOITÀ Fr = forza radiale Fa = forza assiale TLE MX RDIL ND XIL LOD RELTION R.P.M. Fr = radial load Fa = axila load Giri in uscita Output round 0 rpm 00 rpm 200 rpm 400 rpm 800 rpm 400 rpm 2000 rpm 000 rpm arichi radiali - assiali Radial - axial load Modello Model Dz 0 - Dz Rapp. Ratio R : Fr Fa Fr Fa Fr Fa Fr Fa Fr Fa Fr Fa Fr Fa Fr Fa N N N N N N N N N N N N N N N N Dz Dz Zp 0 - Zp Dz 20 - Dz Dz Dz Dz 0-60 Dz Dz 20-0 Zp 2-V Zp 2-4V Zp 20 Zp 220-4V Zp 2 Zp 22-4V Dz Dz 90-0 Dz Dz 0 Dz Dz Zp Dz 40 - Zp 0 Zp 40 - Dz Zp - Zp 4 Dz 0 - Dz Dz Dz 2 - Dz R : Zp 2 - Zp Dz 22 - Dz Zp 2-V Zp 2-4V Zp 22 Zp 222-4V 2 Zp 22-4V Zp Dz 2 - Dz Zp Dz 42 - Zp 2 Zp 42 - Dz 4 Zp - Zp Dz 2 - Dz Zp 24 Zp 2 Zp 2-V Zp 2-4V Zp 224-4V Zp 22-4V R : Zp 4 Zp Zp Zp 44 Zp

7 MISUR SIZE FLNGE FLNGES 2 / 0S 2F / 0FS2F /2 2S 2F Kg 0. /2 2FS2F / 2F /2 2F 2 (x2) 60 Ø,2 N Fori Ø 4,2 N 4 Fori x 2 flange x 2 flanges 2 (x) 60 Ø22 H7 (x) Ø8 f7 (x) Ø,2 N Fori Ø 4,2 N 4 Fori x flange x flanges (x) 6 (x) (x2) ø22 H7 (x2) ø8 f7 (x) ø8 H7 6 (x2) 2, (x2) 6 6 2, MISUR SIZE FLNGE FLNGES / 0S F / 0FSF /2 2S F Kg 0. /2 2FSF / F /2 F 2, (x)

8 / 20S 2F MISUR SIZE 2 FLNGE FLNGES 2 / 20FS2F /2 22S 2F /2 22FS2F / 2 2F /2 2 2F Kg. Kg.2 (x ) 2 (x ) N Tappo olio 28 (x ), (x ) 0 (x 2) 8 (x 2) Ø 8, N Fori n2 H7 90 Ø H7 (x ) Ø f7 (x ) 66 (x 2) 4 (x 2) , Ø 6,2 N 4 Fori x 2 flange x 2 flanges / 20S F MISUR SIZE 2 / 20FSF /2 22S F Kg. FLNGE FLNGES /2 22FSF / 2 F Kg.2 /2 2 F (x ) 2 (x ) N Tappo olio Ø 8, N Fori 24 24, (x ) 0 (x ) (x ) 28 (x ) Ø H7 (x ) Ø f7 (x ) 8 (x ) 24 24,7 (x ) Ø 6,2 N 4 Fori x flange x flanges 8 8 2

9 / - F Kg. MISUR SIZE LERO VO HOLLOW SHFT 74 (x ) Ø 28 (x 2) Mozzo Hub 6 0, (x ) Ø 20 f , 0 (x ) 9 H7 2,7 40 Ø H7 (x ) Ø 2 H7 (x ) 4 (x ) N Tappo olio Ø 8, N Fori / 0S F MISUR SIZE / 0FSF /2 2S F /2 2FSF Kg.4 / F /2 F Kg. 74 (x ) Ø 20 f7 (x ) (x ) 6 (x ) 0 (x ) 96 (x ) 0 40 Ø H7 (x ) Ø 2 H7 (x ), (x ) 4 (x ) (x ) Ø 8, N Fori 8 N Tappo olio 6, (x ) 8 96 (x ) Ø 8, N 4 Fori x flange x flanges 9 Utile Useful area Utile Useful area Ø 8, N 4 Fori x flange x flanges

10 MISUR SIZE 4 / 40S F / 40FSF /2 42S F Kg. /2 42FSF / 4 F /2 4 F Kg.8 0 (x ) 8 (x ) 98 (x ) (x ) (x ) N Tappo olio Ø 0, N Fori (x ) Ø 0, N 4 Fori x flange x flanges 4 4, (x ) Ø 2 f7 (x ) Ø 6 H7 (x ) MISUR SIZE / 0S F / 0FSF /2 2S F Kg 8. /2 2FSF / F /2 F Kg (x ) 0 (x ) (x ) (x ) N 2 Tappi olio ( x lato) on the both sides Ø 0, N Fori 98 (x ) 0 (x ) Ø 0, N 4 Fori x flange x flanges 4 4, (x ) Ø f7 (x ) Ø 72 H7 (x )

11 / 20S 2F INOX MISUR SIZE 2 / 20FS2F INOX /2 22S 2F INOX Kg.2 FLNGE FLNGES 2 /2 22FS2F INOX / 2 2F INOX /2 2 2F INOX Kg., (x ) (x ), (x 2) 2 (x ) 90 Ø f7 (x ) N Tappo olio Ø8, N Fori Ø H7 (x ) (x 2) 28 (x ),6 (x 2) , (x 2) 2 / 20S F INOX MISUR SIZE 2 FLNGE FLNGES / 20FSF INOX /2 22S F INOX /2 22FSF INOX / 2 F-INOX /2 2 F-INOX Kg. Kg (x ) Ø f7 (x ), (x ) 28 (x ) N Tappo olio Ø 8, N Fori (x ) 2 (x ), (x ) Ø H7 (x ) 24 24,6 (x ) (x )

12 ZP / ZP 0S 4P MISUR SIZE / ZP 0FS4P /2 ZP 2S 4P /2 ZP 2FS4P Kg 0.6 / ZP 4P /2 ZP 4P 42 (x 2) 6 (x ) , (x ) Ø N 4 Fori 20 4 M 4 N 4 fori x 2 flange x 2 flanges , 7, Ø 8 h7 (x ) Ø 0 (x ) Ø 0 H7 (x ) Ø N 4 Fori 42 ZP / ZP 20S 4P MISUR SIZE 2 / ZP 20FS4P /2 ZP 22S 4P /2 ZP 22FS4P / ZP 24S 4P Kg 2 / ZP 24FS4P / ZP 2 4P /2 ZP 2 4P / ZP 2 4P (x ) Ø 6 (x ) (x ) Ø 8, N 4 Fori N Tappo Olio 6 (x ) 2 6 (x ) (x ) (x ) 22 (x ) 70 M 8 N 4 Fori x Flange x flanges 0 Ø 4 h7 (x ) Ø 7 (x ) Ø 47 H7 (x )

13 ZP MISUR SIZE 2 / ZP 2 4PV /2 ZP 2 4PV Kg 2 / ZP 2 4PV 6, Ø 4 h7 Ø 7 (x ) Ø 4 H7 Ø 2 Mozzo Hub (x ) Ø 8, N 4 Fori N Tappo olio 6 (x ) Ø 6 (x ) Ø 47 H7 (x ) M 8 N 4 Fori x flange x flanges 42 Utile Utile Useful area 0 0 Useful area 2 ZP MISUR SIZE 2 D / - ZP 220S 4P / - D ZP 220FS4PD /2 - ZP 222S 4P /2 - D ZP 222FS4PD / - ZP 224S 4P Kg.2 / - D ZP 224FS4PD / D ZP 22 4PD /2 D ZP 22 4PD / D ZP 22 4PD (x 4) (x 4) M 8 N 4 Fori x 4 flange x 4 flanges Ø 8, N 4 Fori 0 (x 4) (x 4) 22 (x 4) Tappo olio 6 (x 4) Ø 6 (x 4) Ø 47 H7 (x 4) Ø 7 (x 4) Ø 4 h7 (x 4) (x 4)

14 ZP MISUR SIZE 2 / D ZP 2 4P4V /2 D ZP 2 4P4V Kg / D ZP 2 4P4V D Ø 2 (x 2) Ø 4 H7 6, M 8 N 4 fori x 4 flange x 4 flanges Ø 8, N 4 Fori (x 2) 22 (x 2) (x 2) Tappo olio Utile Useful area 6 (x 4) (x 4) 70 Ø 6 (x 4) Ø 47 H7 (x 4) Ø 7 (x 2) Ø 4 h7 (x 2) (x 4) Utile Useful area ZP MISUR SIZE / ZP 0S 4P / ZP 0FS4P /2 ZP 2S 4P /2 ZP 2FS4P / ZP 4S 4P Kg 4. / ZP 4FS4P / ZP 4P /2 ZP 4P / ZP 4P Ø 2 (x ) Ø 9 h7 (x ) (x ) Ø 62 H7 (x ) 6 (x ) (x ) 40 (x ) N Tappo olio Ø N 4 Fori 84 (x 2) , (x ) 0 (x ) M 0 N 4 Fori x 2 flange x 2 flanges Ø 0, N 4 Fori 20

15 ZP MISUR SIZE / ZP 0 INVERT / ZP INVERT Kg 4. INVERTITORE REVERSER Ø 2 (x ) Ø 9 h7 (x ) (x ) Ø 62 H7 (x ) 6 (x ) 84 (x 2) 0 (x ) (x ) (x ) N Tappo olio Ø, N 4 Fori 4 4, (x ) 64 M 0 N 4 Fori x 2 flange x 2 flanges 29, 97 Ø Ø 0, N 4 Fori ZP MISUR SIZE / ZP 4PV /2 ZP 4PV Kg 4. / ZP 4PV ø 2 ø 62 H7 (x ) ø 9 h7 6 2, (x ) Ø 0 Mozzo Hub 40 0 (x ) N Tappo olio ø N 4 Fori, 6 ø 9 H7 84 (x 2) M 0 N 4 Fori x 2 flange x 2 flanges 40 Utile Useful area Utile Useful area ø 0, N 4 Fori 2

16 ZP MISUR SIZE 4 / ZP 40S 4P / ZP 40FS4P /2 ZP 42S 4P /2 ZP 42FS4P / ZP 44S 4P Kg 4. / ZP 44FS4P / ZP 4 4P /2 ZP 4 4P / ZP 4 4P Ø 2 (x ) Ø 24 h7 (x ) (x ) Ø 62 H7 (x ) 8 (x ) (x ) (x ) (x ) 0 N Tappo olio Ø N 4 Fori 4 84 (x 2) (x ) M 0 N 4 Fori x 2 flange x 2 flanges Ø 0, N 4 Fori 0 22

17 SPEILE SPEIL / 2 Kg 4. +0, Ø 26-0 (x 2) 2 (x ) 8 8 Ø 62 H7 (x ) Predisposizione N Fori (Ø 9) rrangement for Max M 8x6 N 4 Fori +0,2 28, - 0,08 2 H7 +0,2-0 Ø 2, Ø h8 (x ) Mozzo Hub Ø 22 +0,0-0 entraggio maggiorato (Rif.6x2x2 UNI 89) SPEILE SPEIL Rapp. Entrata Uscita P Modello Peso / Kg 0.7 /, 6 0 * * Modello su ordinazione / Model to order 7 0, 26 9 (P) Max 60 Ø42 H7 (x ) 0 (x 4) 2,4 (x ) 0 (x 4) Ø (x 2) Ø20 (x ) Mozzo Hub 6, (x 2) 4 H7 (x 2) 44, Ø6 x 6 (x 2) 7, (x 6) Ø, (x ) 0 0, 0 (x 2) , M x 8 N 4 Fori x 2 lati x 2 side 6(x 2) Ø, (x ) 24

18 SPEILE SPEIL D Rapp. Entrata Uscita P Modello Peso / D Kg /, D 6 0 7* * Modello su ordinazione / Model to order 0, 60 Ø 42 H7 Ø 20 Ø, (x 4) 9 (P) Max (x 2) 0 (x 8) 2,4 (x 4) 7, (x 8) 44, 0 (x 8) 88 9 Ø 42 H7 (x 4) 6, (x ) (x ) 44, 0, 0, 70 0, 4 H7 (x ) Ø 20 (x 4) Mozzo Hub / 604 0,7 SPEILE SPEIL N Tappo olio 4 0' 4 0' 2 6, N 4 sole 20 0' Ø 80±0, Ø 8 h7 (x 2) 82 Ø 98 Ø 8 h7 Ø ' Ø 20 Ø 47 H7 (,) 4, (x 2) Ø 70 6 (x 2) 2

19 SPEILE SPEIL / 2 2 Kg 4.2 Ø 2 h7 (x 2) Ø Giunto di collegamento Joints H Ø , Ø 40 28, 8 (x 2) 28 (x 2) Ø 2, N. 2 Fori 46 SPEILE SPEIL RINVIO ORTOGONLE INGRNGGI ILINDRII - NGULR IDLER WITH YLINDRIL GERS / - - D 0 0 Kg 0,7 D , 0, 0, 2, Ø0 H ,4 +0,0-0 uscinetto () Uscita Output 8 48 uscinetto (40) Entrata Input +0,0-0 D,4 M 4 N Fori x 4 Lati 26 Ø0 H , 0, 0, 2,

20 / Kg SPEILE SPEIL P9 6, Ø 0 Ø 8 f7 Ø,2 (x 4 Fori) Ø6 E9 (x 2 Fori) 6 Ø F7 9,2 +0, , 7,, (x 2) Ø0 H7 (x ) 2 8 D Utile Useful area 2 2 0, 0 0, 8 Utile Useful area Modello Versione Rapp. Peso Model Version Ratio Weight 20 0 / Kg 2,4 SPEILE SPEIL ltri rapporti su richiesta Other ratios ara available upon request Per ordinativi indicare: modello - versione (alberi presenti) - rapporto / In case of order please state: model version (shafts) ratio Ø20 Ø k6 Ø72 Ø47 H M 6 N 4 Fori x 2 lati x 2 side 78 Ø7 (x2) Ø k6 (x2) 2 Ø 40 H ,8 7, 7, 40, M 8 N 4 Fori x lati x side 2 2, 2, , 7, 42, 42,

21 SPEILE SPEIL / (DIN) Kg 4.2 / - 90 (UNI) Ø 0 f8 6x6x20 UNI 89 Ø 42 H7(x 2. mm) Ø Ø7 h M Ø 47 h2 2, H2 M6 N 4 x 2 lati Ø 6 H7 4 H9 Versione Profilo UNI (90-) Ø H7, 4 (DIN 482) (UNI 89) 4 4 Ø8 (x 2) Ø 60 f7 (x 2) Utile Useful area Ø 87 20x7 DIN 482 Versione Profilo DIN (90-0) Ø 7 H 6 6, 08, 28

22 Modello Versione Rapp. Peso Model Version Ratio Weight / Kg, SPEILE SPEIL ltri rapporti su richiesta Other ratios ara available upon request Per ordinativi indicare: modello - versione (alberi presenti) - rapporto / In case of order please state: model version (shafts) ratio Ø h7 Ø20 0 (x ) 4 M4 (x ) Sez.:X-X 8,, Ø2,8 Ø42 H7 6 (x 2) Sez.:Y-Y 8 20 X X, 2 24,,2 (x 2) 0 Ø f7 70, Ø8 H7 (x 2) Y Y 2, (x 2) 0 (x 2) 8, 4 8,, 7, 74 Ø f7 (x 2) SPEILE SPEIL Modello Entrata Uscita Rapp. Peso Model In Out Ratio Weight (chiavetta) - / Kg 200 (UNI) - / ltri rapporti su richiesta Other ratios ara available upon request Per ordinativi indicare: modello - versione (alberi presenti) - rapporto / In case of order please state: model version (shafts) ratio 8, Ø 20 Ø 2,8 Ø h7, 4 M4 Ø 42 H D0 4, 2 24, Ø 2 H7 6xx4 UNI 89 Versione hiavetta (200-0) H9 4, H0 Versione Profilo UNI (200-) Ø 20 Mozzo Hub Ø 2 H7 0 Ø f Ø f7 (x 2) 70, Utile ( x UNI 89) x2 Useful area x2 8, 4 8,, 7, 29

23 SPEILE SPEIL Modello Versioni Rapp. Peso E F G H J M K P R Model Version Ratio Weight / xx0 8xx0 M2x Kg / xx0 22x4x60 M2x / x4x60 22x4x60 M2x ltri rapporti su richiesta / Other ratios ara available upon request Per ordinativi indicare: modello - versione (alberi presenti) - rapporto / In case of order please state: model version (shafts) ratio F Ø90 E X-X J J Ø240 P K Ø200 X X 80 M 20 x 60 N 4 x 6 Facce G K M Y Y M K G Ø0(x2) Ø 4 f7 x Flange H H 0 M R 0 Y-Y

24 SPEILE SPEIL Modello Rapp. Peso E F G H J M K P R Model Ratio Weight / x x 0 22 M2 x 2 6 8, Kg / x 4 x M2 x , / 6 20 UNI 89 0 x 72 x x x 0 - M2 x 2 6 ltri rapporti su richiesta / Other ratios ara available upon request Per ordinativi indicare: modello - versione (alberi presenti) - rapporto / In case of order please state: model version (shafts) ratio Ø90 E J J K Ø240 Ø200 F P 80 M 20 x 60 N 4 Fori x 6 Facce M G R Ø0 (x2) Ø 4 f7 x Flange x Flanges G H Utile / Useful area H Utile / Useful area