MAINA Universal Shafts

 

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MAINA Universal Shafts for _industrial applications

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250 F

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ORGANI DI TRASMISSIONE GEAR SPINDLES GEAR REDUCERS 197 C GEAR COUPLINGS GIUNTI A DENTI PER ALTE VELOCITÁ HIGH SPEED GEAR COUPLINGS 270 C OUR PRODUCTION PROGRAM GEAR SPINDLES GEAR REDUCERS GEAR COUPLINGS HIGH SPEED GEAR COUPLINGS CATALOGUE 197 C CATALOGUE 260 B CATALOGUE 270 C CATALOGUE 272 B 272 B 260 B 1

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ORGANI DI TRASMISSIONE CONTENTS ENGINEERING AND MANUFACTURING ENGINEERING DATA - SERIES A ENGINEERING DATA - SERIES B ENGINEERING DATA - SERIES C ENGINEERING DATA - SERIES S ENGINEERING DATA - SERIES D - SERIES G ENGINEERING DATA - SERIES F - SERIES J ENGINEERING DATA - SERIES E - SERIES H COMPANION FLANGES WITH INNER CENTERING COMPANION FLANGES WITH OUTER CENTERING CYLINDRICAL COMPANION FLANGES WITH INNER CENTERING CYLINDRICAL COMPANION FLANGES WITH OUTER CENTERING BORE DESIGNS ENGINEERING DATA - SPECIAL AND EXTRA LARGE FLANGES ENGINEERING DATA - HIRTH SERRATION ENGINEERING DATA - DOG TEETH ENGINEERING DATA - FLANGE BOLTING ENGINEERING DATA - JOURNAL CROSS ASSEMBLIES DESIGN VARIATIONS OPERATING PRINCIPLES SIZE SELECTION ENGINEERING DATA - WEIGHTS ENGINEERING DATA - MASS MOMENTS OF INERTIA UNIVERSAL SHAFT IDENTIFICATION COMPANION FLANGE IDENTIFICATION INSTALLATION, MAINTENANCE AND LUBRICATION SPARE PART IDENTIFICATION TORQUE MONITORING TECHNICAL DATA FOR SELECTION page 3 page 4/5 page 6/7 page 8/9 page 10/11 page 12/13 page 14/15 page 16/17 page 18/19 page 20/21 page 22/23 page 24/25 page 26 page 27 page 28 page 29 page 30 page 31 page 32/33 page 34 page 35/40 page 41 page 42 page 43 page 44 page 45/47 page 48/49 page 50 page 51/52 The present catalogue relates to MAINA’s present production of Universal Shafts, and provides a description of their technical specification in order for a proper selection to be made. Our engineers are however always at your disposal to make suggestions for your choice and provide you with any further information requested. The present edition supersedes any previous edition. MAINA RESERVE THE RIGHT TO CHANGE ANY TECHNICAL SPECIFICATION CONTAINED HEREIN, WITHOUT NOTICE. Any reproduction, even partial, of the present catalogue violates the copyright and will therefore be persecuted. © Copyright 2009 MAINA - Organi di Trasmissione S.p.A. - Asti - Italy Printed by CARRER - Asti - Italy 2

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ORGANI DI TRASMISSIONE ENGINEERING AND MANUFACTURING MAINA PATTERN IS GUARANTEED BY: Design and experience we have made in cooperation with all the industrial plant maintenance managers. This has led to manufacture the monolithic yoke design. All our universal shafts have been designed and developed by MAINA technical department. Our skilled engineers can also propose and project very special solutions, able to fit the customer’s requirements, yet maintaining the basis project features. 3

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ORGANI DI TRASMISSIONE SERIES A TYPE Lz N R La ENGINEERING DATA AA A Z S T D b° F E H 22,5° 45° B B G H 36° 36° Bs B H 22,5° 45° 48° H 36° 36° 36° Bs B 18° 38° SIZE 18 - 28 8 HOLES 18° SIZE 31 - 39 10 HOLES SIZE 18 - 28 8 HOLES Hs 18° SIZE 31 - 39 10 HOLES Hs STANDARD FLANGE CONNECTION TYPE DOWEL PIN CONNECTION ACCORDING TO DIN 15451 Lz La AB Lf AC Lf Lf AD Lz La AH AE 4

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ORGANI DI TRASMISSIONE ENGINEERING DATA TYPE AA - Telescopic Shaft, medium length compensation AB - Telescopic Shaft, short length compensation, short design AC - Fix Length Shaft, tubular design SERIES A AD - Fix Length Shaft, short design AE - Telescopic Shaft, long length compensation AH - Fix Length Shaft, flange short design TABLE 1 SIZE Mk MDSch MDW AÀ b° BÁ BS Z (H7) F E H (C12) HS (H12) G D R N S DIN 5480  T Lz min La std Lz max La max Lz min La std Lf Lf max Lf lim Lf Lz min La std Lz max La max Lz lim Lf [kNm] [kNm] [kNm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 18 21 15 10 225 15 196 192 140 5 15 16 21 15 80 180 110 90x3 139.7 795 140 1205 550 615 40 495 1205 3280 440 985 280 1505 800 3280 440 22 25 28 RATING TORQUES 40 48 71 26 38 58 18 24 37 STANDARD DIMENSIONS 250 285 315 15 15 15 218 245 280 214 240 270 140 175 175 6 7 7 18 20 22 18 20 22 25 28 30 15 15 16 90 90 110 225 250 285 120 140 160 110x3 130x4 140x4 152.4 177.8 203 LENGTH / LENGTH COMPENSATION 855 985 1080 145 150 155 1310 1485 1625 600 650 700 685 795 900 50 50 60 535 615 695 1310 1485 1625 4000 4720 5020 480 560 640 1050 1180 1295 290 300 310 1610 1880 2085 850 1000 1100 4000 4720 5020 480 560 640 31 103 85 54 350 15 310 300 220 8 25 22 32 16 115 315 180 180x5 254 1235 160 1875 800 1045 65 780 1875 5740 720 1495 320 2375 1200 5740 720 35 146 116 76 390 15 345 340 250 8 32 24 32 18 140 350 195 190x5 298.5 1350 170 2080 900 1175 65 835 2080 6450 780 1620 340 2680 1400 6450 780 39 196 156 103 435 15 385 378 280 8 32 27 35 20 155 390 210 210x6 323.9 1495 180 2315 1000 1350 70 930 2315 7170 840 1775 360 2915 1500 7170 840 AA AB AC AD AE AH Lz min = shortest length corresponding to La std Lf = fix length La std = standard length compensation Lf min = minimum fix length Lz max = shortest length corresponding to La max Lf max = maximum fix length with standard tube La max = maximum length compensation Lf lim = maximum fix length of universal shaft Lz lim = maximum length of universal shaft When Lz = Lz min, then Lz = Lz min +(La - La std) Lz max, Lz lim, Lf max, Lf lim valid if max allowable speed or torsional stiffness do not create any problem. À When required tolerance h7 Á Tolerance ± 0.1 mm  Male and female splined shaft nitrided Torque transmission capacity is restricted by state and type of flange connection. 5

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ORGANI DI TRASMISSIONE SERIES B TYPE Lz N M R La ENGINEERING DATA BA A Z P S T D b° F E 45° 22,5° H H 30° 30° H 10° 20° 20° G B B B INTEGRAL KEY PARTIAL KEY 38° 15° SIZE 31 - 39 10 HOLES SIZE 44 - 62 16 HOLES Lz La La TYPE Lz SIZE 18 - 28 8 HOLES BB Lf BF Lf BC Lf BG Lf Lf BD Lz La BH Lz BK La BE BJ 6

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ORGANI DI TRASMISSIONE ENGINEERING DATA TYPE BA BB BC BD BE - Telescopic Shaft, medium length compensation - Telescopic Shaft, short design - Fix Length Shaft, tubular design - Fix Length Shaft, short design - Telescopic Shaft, long length compensation or high torsional stiffness or special arrangement SERIES B BF - Telescopic Shaft, medium length compensation (flange intermediate assembly) BG - Fix Length Shaft, flange tubular design BH - Fix Length Shaft, flange short design BJ - Telescopic Shaft, long length compensation or high torsional stiffness or special arrangement (flange intermediate assembly) BK - Flange Joint 39 302 224 146 390 15 345 170 70 18 8 40 25 20 155 390 210 210x6 323.9 1495 180 2315 1000 1350 70 930 2315 7170 840 1775 360 2915 1500 7170 1850 180 2670 1000 1350 2670 7170 840 2130 360 3270 1500 7170 420 44 522 400 262 440 15 385 190 80 20 10 42 28 25 150 440 260 220x6 355.6 1680 190 2590 1100 1470 70 1140 2590 7890 1040 1985 380 3255 1650 7890 2075 190 2985 1100 1660 2985 7890 1040 2380 380 3650 1650 7890 520 49 647 496 321 490 15 425 205 90 22.5 12 47 31 30 160 490 270 250x6 368 1760 200 2810 1250 1550 70 1205 2810 9020 1080 2085 400 3585 1900 9020 2200 200 3250 1250 1745 3250 9020 1080 2525 400 4025 1900 9020 540 55 1031 800 516 550 15 492 250 100 22.5 12 50 31 30 190 550 305 280x8 419 1965 210 3155 1400 1730 80 1355 3155 10040 1220 2310 420 3990 2100 10040 2400 210 3590 1400 1800 3590 10040 1220 2745 420 4425 2100 10040 610 62 1350 1150 760 620 15 555 280 110 27.5 15 55 37 35 220 620 340 320x8 457.2 2250 230 3570 1550 1960 80 1530 3550 11300 1360 2620 460 4410 2250 11300 2750 230 4070 1550 2050 4050 11300 1360 3120 460 4910 2250 11300 680 TABLE 2 SIZE Mk MDSch MDW AÀ b° BÁ Z (H7) P (h9) M F E H G D R N S DIN 5480  T Lz min La std Lz max La max Lz min La std Lf Lf max Lf lim Lf Lz min La std Lz max La max Lz lim Lz min La std Lz max La max Lf Lf max Lf lim Lf Lz min La std Lz max La max Lz lim Lf [kNm] [kNm] [kNm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 18 28 19 12 180 15 155.5 90 25 7 5 17 17 15 80 180 110 90x3 139.7 795 140 1205 550 615 40 495 1205 3280 440 985 280 1505 800 3280 970 140 1380 550 715 1380 3280 440 1160 280 1680 800 3280 220 22 56 37 24 225 15 196 105 32 9 5 20 17 15 90 225 120 110x3 152.4 855 145 1310 600 685 50 535 1310 4000 480 1050 290 1610 850 4000 1000 145 1455 600 730 1455 4000 480 1195 290 1755 850 4000 240 25 BA BB BC BD BE BF BG BH BJ BK 28 31 35 RATING TORQUES 82 119 167 227 58 85 120 163 37 54 76 106 STANDARD DIMENSIONS 250 285 315 350 15 15 15 15 218 245 280 310 105 125 130 155 40 40 40 50 12.5 15 15 16 6 7 8 8 25 27 32 35 19 21 23 23 15 16 16 18 90 110 115 140 250 285 315 350 140 160 180 195 130x4 140x4 180x5 190x5 177.8 203 254 298.5 LENGTH / LENGTH COMPENSATION 985 1080 1235 1350 150 155 160 170 1485 1625 1875 2080 650 700 800 900 795 900 1045 1175 50 60 65 65 615 695 780 835 1485 1625 1875 2080 4720 5020 5740 6450 560 640 720 780 1180 1295 1495 1620 300 310 320 340 1880 2085 2375 2680 1000 1100 1200 1400 4720 5020 5740 6450 1130 1340 1585 1690 150 155 160 170 1630 1885 2225 2420 650 700 800 900 800 950 1140 1225 1630 1885 2225 2420 4720 5020 5740 6450 560 640 720 780 1325 1555 1845 1960 300 310 320 340 2025 2345 2725 3020 1000 1100 1200 1400 4720 5020 5740 6450 280 320 360 390 Lz min = shortest length corresponding to La std La std = standard length compensation Lz max = shortest length corresponding to La max La max = maximum length compensation Lz lim = maximum length of universal shaft When Lz = Lz min, then Lz = Lz min +(La - La std) Lf = fix length Lf min = minimum fix length Lf max = maximum fix length with standard tube Lf lim = maximum fix length of universal shaft Lz max, Lz lim, Lf max, Lf lim valid if max allowable speed or torsional stiffness do not create any problem. À When required tolerance h7 Á Tolerance ± 0.1 mm  Male and female splined shaft nitrided. 7

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ORGANI DI TRASMISSIONE SERIES C TYPE Lz N M R La ENGINEERING DATA CA A Z P S T D b° F E 22,5° 45° H H 30° 30° H 10° 20° 20° G B B B INTEGRAL KEY PARTIAL KEY 38° SIZE 18 - 25 8 HOLES 15° SIZE 28 - 35 10 HOLES SIZE 39 - 62 16 HOLES Lz La La TYPE Lz CB Lf CF Lf T’ CC Lf CG Lf T’ Lf CD Lz La CH Lz CK La CE CJ T’ 8

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ORGANI DI TRASMISSIONE ENGINEERING DATA TYPE CA CB CC CD CE - Telescopic Shaft, medium length compensation - Telescopic Shaft, short design - Fix Length Shaft, tubular design - Fix Length Shaft, short design - Telescopic Shaft, long length compensation or high torsional stiffness or special arrangement SERIES C CF - Telescopic Shaft, medium length compensation (flange intermediate assembly) CG - Fix Length Shaft, flange tubular design CH - Fix Length Shaft, flange short design CJ - Telescopic Shaft, long length compensation or high torsional stiffness or special arrangement (flange intermediate assembly) CK - Flange Joint 39 302 224 146 440 15 385 280 80 18 8 40 28 20 155 390 210 210x6 323.9 355.6 1495 180 2315 1000 1350 70 930 2315 7170 840 1775 360 2915 1500 7170 1850 180 2670 1000 1350 2670 7170 840 2130 360 3270 1500 7170 420 44 522 400 262 490 15 425 320 90 20 10 42 31 25 150 440 260 220x6 355.6 368 1680 190 2590 1100 1470 70 1140 2590 7890 1040 1985 380 3255 1650 7890 2075 190 2985 1100 1660 2985 7890 1040 2380 380 3650 1650 7890 520 49 647 496 321 550 15 492 380 100 22.5 12 47 31 30 160 490 270 250x6 368 419 1760 200 2810 1250 1550 70 1205 2810 9020 1080 2085 400 3585 1900 9020 2200 200 3250 1250 1745 3250 9020 1080 2525 400 4025 1900 9020 540 55 1031 800 516 600 15 544 450 100 22.5 15 50 34 30 190 550 305 280x8 419 457.2 1965 210 3155 1400 1730 80 1355 3155 10040 1220 2310 420 3990 2100 10040 2400 210 3590 1400 1800 3590 10040 1220 2745 420 4425 2100 10040 610 62 1350 1150 760 680 15 615 450 110 27.5 15 55 37 35 220 620 340 320x8 457.2 508 2250 230 3570 1550 1960 80 1530 3550 11300 1360 2620 460 4410 2250 11300 2750 230 4070 1550 2050 4050 11300 1360 3120 460 4910 2250 11300 680 TABLE 3 SIZE Mk MDSch MDW AÀ b° BÁ Z (H7) P (h9) M F E H G D R N S DIN 5480  T T’ Lz min La std Lz max La max Lz min La std Lf Lf max Lf lim Lf Lz min La std Lz max La max Lz lim Lz min La std Lz max La max Lf Lf max Lf lim Lf Lz min La std Lz max La max Lz lim Lf [kNm] [kNm] [kNm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 18 28 19 12 225 15 196 140 32 7 5 17 17 15 80 180 110 90x3 139.7 168.3 795 140 1205 550 615 40 495 1205 3280 440 985 280 1505 800 3280 970 140 1380 550 715 1380 3280 440 1160 280 1680 800 3280 220 22 56 37 24 250 15 218 140 40 9 6 20 19 15 90 225 120 110x3 152.4 177.8 855 145 1310 600 685 50 535 1310 4000 480 1050 290 1610 850 4000 1000 145 1455 600 730 1455 4000 480 1195 290 1755 850 4000 240 25 CA CB CC CD CE CF CG CH CJ CK 28 31 35 RATING TORQUES 82 119 167 227 58 85 120 163 37 54 76 106 STANDARD DIMENSIONS 285 315 350 390 15 15 15 15 245 280 310 345 175 175 220 250 40 40 50 70 12.5 15 15 16 7 7 8 8 25 27 32 35 21 23 23 25 15 16 16 18 90 110 115 140 250 285 315 350 140 160 180 195 130x4 140x4 180x5 190x5 177.8 203 254 298.5 203 244.5 273 323.9 LENGTH / LENGTH COMPENSATION 985 1080 1235 1350 150 155 160 170 1485 1625 1875 2080 650 700 800 900 795 900 1045 1175 50 60 65 65 615 695 780 835 1485 1625 1875 2080 4720 5020 5740 6450 560 640 720 780 1180 1295 1495 1620 300 310 320 340 1880 2085 2375 2680 1000 1100 1200 1400 4720 5020 5740 6450 1130 1340 1585 1690 150 155 160 170 1630 1885 2225 2420 650 700 800 900 800 950 1140 1225 1630 1885 2225 2420 4720 5020 5740 6450 560 640 720 780 1325 1555 1845 1960 300 310 320 340 2025 2345 2725 3020 1000 1100 1200 1400 4720 5020 5740 6450 280 320 360 390 Lz min = shortest length corresponding to La std La std = standard length compensation Lz max = shortest length corresponding to La max La max = maximum length compensation Lz lim = maximum length of universal shaft When Lz = Lz min, then Lz = Lz min +(La - La std) Lf = fix length Lf min = minimum fix length Lf max = maximum fix length with standard tube Lf lim = maximum fix length of universal shaft Lz max, Lz lim, Lf max, Lf lim valid if max allowable speed or torsional stiffness do not create any problem. À When required tolerance h7 Á Tolerance ± 0.1 mm  Male and female splined shaft nitrided. 9

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ORGANI DI TRASMISSIONE SERIES S TYPE Lz N R La ENGINEERING DATA N SF S T b° 36° E H H 22.5° 22.5° D d d SIZE 35 - 39 10 HOLES B SIZE 44 - 55 16 HOLES TYPE Lf SG Lf T’ SH Lz La SJ Lf SK 10 B

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ORGANI DI TRASMISSIONE ENGINEERING DATA TYPE SF - Telescopic Shaft, medium length compensation (flange intermediate assembly) SG - Fix Length Shaft, flange tubular design SH - Fix Length Shaft, flange short design SJ - Telescopic Shaft, medium length compensation series S flange joint roll side series B weld joint pinion side, bigger rotation SK - Flange Joint SERIES S H A F I S H T T I - I T A TABLE 4 SIZE Mk MDSch MDW D d BÀ H E z Á b R N T S DIN 5480  T’ Lz min La std Lz max La max Lf Lf lim Lf Lz min La std Lz max La max Lf [kNm] [kNm] [kNm] [mm] [mm] [mm] [mm] [mm] 28 35 264 56 204 143 350 280 315 19 35 72 10 350 195 323.9 210x6 350 1690 170 2420 900 1225 6450 780 1720 170 2450 900 390 39 44 RATING TORQUES 389 560 82 119 167 227 300 431 211 302 STANDARD DIMENSIONS 390 440 315 340 350 400 21 21 40 42 72 96 10 10 390 440 210 260 355.6 368 220x6 250x6 390 440 LENGTH / LENGTH COMPENSATION 1850 2075 180 190 2670 2985 1000 1100 1350 1660 7170 7890 840 1040 1950 2095 180 190 2770 3005 1000 1100 420 520 49 302 743 522 572 401 490 380 450 23 47 96 10 490 270 419 280x8 490 2200 200 3250 1250 1745 9020 1080 2270 200 3320 1250 540 647 55 1115 1350 1031 859 602 550 440 510 23 50 96 10 550 305 457.2 320x8 550 2400 210 3590 1400 1800 10040 1220 2470 210 3660 1400 610 [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] SF SG SH SJ SK Lz min = shortest length corresponding to La std La std = standard length compensation Lz max = shortest length corresponding to La max La max = maximum length compensation When Lz ¹ Lz min, then Lz = Lz min +(La - La std) Lf = fix length Lf min = minimum fix length Lf lim = maximum fix length of universal shaft Lz max and Lf lim valid if max allowable speed or torsional stiffness do not create any problem. À Tolerance ± 0.1 mm Á Number of teeth  Male and female splined shaft nitrided L Y A S 11

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ORGANI DI TRASMISSIONE SERIES D - SERIES G TYPE N R Lz La ENGINEERING DATA N DA S T b° GA E F H E H H B AZP A B B M PARTIAL KEY INTEGRAL KEY DOG TOOTH FLANGE Lz Lf La HIRTH SERRATION FLANGE TYPE DC TMAX DF GF Lf Lf GC DD GD Lf DG GG Lf T’ DL GL Lz La DH GH Lf DM GM 12 DK GK

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ORGANI DI TRASMISSIONE ENGINEERING DATA TYPE WITH STANDARD FLANGES DA - Telescopic Shaft DC - Fix Length Shaft, tubular design DD - Fix Length Shaft, short design DL - Fix Length Shaft, intermediate shaft design DM - Telescopic Shaft, intermediate tubular design DF - Telescopic Shaft, flange intermediate design DG - Fix Length Shaft, flange tubular design DH - Fix Length Shaft, flange short design DK - Flange Joint SERIES D - SERIES G TYPE WITH LARGER FLANGES GA - Telescopic Shaft GC - Fix Length Shaft, tubular design GD - Fix Length Shaft, short design GL - Fix Length Shaft, intermediate shaft design GM - Telescopic Shaft, intermediate tubular design GF - Telescopic Shaft, flange intermediate design GG - Fix Length Shaft, flange tubular design GH - Fix Length Shaft, flange short design GK - Flange Joint TABLE 5 SIZE Mk MDSch MDW A b° BÀ Z (H7) P (h9) M F E H iÁ R N S T T’ T MAX A BÀ Z (H7) P (h9) M F E H iÁ DA GA DC GC DD GD DF GF DG DH DK DL GG GH GK GL Lz La Lf Lf Lz La Lf Lf Lf Lf Lz La [kNm] [kNm] [kNm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 80 85 90 RATING TORQUES 1070 1310 1650 2040 2520 3010 3490 960 1180 1480 1830 2250 2740 3170 660 815 1020 1260 1550 1890 2185 STANDARD FLANGES SERIES D 600 650 700 750 800 850 900 10÷15 10÷15 10÷15 10÷15 10÷15 10÷15 10÷15 544 595 645 690 740 775 825 380 400 420 450 470 500 530 100 120 120 130 140 160 160 27.5 30 30 32.5 35 37.5 40 15 15 15 15 18 18 20 70 75 80 85 90 95 100 34 28 28 31 31 37 37 16 30 34 30 34 30 32 600 650 700 750 800 850 900 360 390 420 450 480 510 540 360x8 60 65 70 75 95 4170 3800 2620 100 4850 4360 3010 105 5630 5070 3495 110 6400 5770 3980 115 7370 6610 4560 120 8370 7510 5180 125 9470 8490 5860 950 1000 1050 1100 1150 1200 1250 10÷15 10÷15 10÷15 10÷15 10÷15 10÷15 10÷15 875 915 965 1015 1050 1100 1140 560 590 620 650 680 710 750 160 180 180 195 220 230 240 42.5 45 47.5 50 52.5 55 57.5 20 20 22 22 25 25 27.5 105 110 115 120 125 130 135 37 43 43 43 49 49 53 34 32 34 32 30 32 30 950 1000 1050 1100 1150 1200 1250 570 600 630 660 690 720 750 910 845 1000 1050 965 620 180 47.5 22 115 43 34 3810 500 2730 2400 4140 500 3060 2400 1200 7740 4810 500 960 895 1050 1100 1015 650 195 50 22 120 43 32 3960 500 2870 2520 4310 500 3220 2520 1260 8120 5010 500 1010 945 1100 1150 1050 680 220 52.5 25 125 49 30 4130 550 3000 2640 4490 550 3360 2640 1320 8500 5220 550 1050 970 1150 1200 1100 710 230 55 25 130 49 32 4270 550 3150 2760 4650 550 3530 2760 1380 8900 5410 550 1100 1020 1200 1250 1150 750 240 57.5 27.5 140 49 32 4450 600 3300 2880 4850 600 3700 2880 1440 9300 5620 600 1150 1070 1250 1300 1190 790 250 60 27.5 150 53 32 4570 600 3450 3000 4990 600 3870 3000 1500 9700 5770 600 400x8 440x10 480x10 530x12 570x12 610x14 650x14 690x16 740x16 780x18 830x18 880x20 1030x20 508 508 600 650 595 400 120 30 15 75 28 30 2420 300 1640 1440 2630 300 1850 1440 720 4640 3040 300 558.8 558.8 650 700 645 420 120 30 15 80 28 34 2610 300 1780 1560 2840 300 2010 1560 780 5030 3290 300 609.6 609.6 700 DM GM [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 660.4 711.2 760 810 860 640 690 715 765 815 750 800 850 900 950 LARGER FLANGES SERIES G 750 800 850 900 950 1000 690 740 775 825 875 915 450 470 500 530 560 590 130 140 160 160 160 180 32.5 35 37.5 40 42.5 45 15 18 18 20 20 20 85 90 95 100 105 110 31 31 37 37 37 43 30 34 30 32 34 32 LENGTH / LENGTH COMPENSATION 2800 2950 3140 3290 3480 3620 350 350 400 400 450 450 1910 2050 2190 2320 2460 2600 1680 1800 1920 2040 2160 2280 3040 3200 3410 3570 3780 3940 350 350 400 400 450 450 2150 2300 2460 2600 2760 2920 1680 1800 1920 2040 2160 2280 840 900 960 1020 1080 1140 5420 5800 6190 6580 6960 7350 3520 3710 3950 4140 4380 4580 350 350 400 400 450 450 Lz = Shortest length La = Length compensation Lf = Shortest fix length Length dimension (Lz and La) for reference only. Series D and G central body designed on request. Please contact MAINA for selection of series D and G universal shafts. À Tolerance ± 0.1 mm Á i = number of holes 13

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