Precision Line The precision planetary gearbox for maximum loads and the highest performance fast and easy to install Our features a standardized flange interface for ease of installation. The straightteeth precision planetary gearbox has been designed for the highest performance and torque. Its high tilting moment delivers the best performance even under the highest radial and axial forces. (< ) Minimized backlash for maximized precision (< arcmin) For any mounting position Individual adaptation of the input flange to the motor Lifetime lubrication for maintenancefree operation Equidirectional rotation Clamping systems with optimized mass moment of inertia 94
Precision Line EN ISO 9409 3 3 Standardized flange interface Fitted with an EN ISO 9409 interface, the precision planetary gearbox promises you fast and easy installation of the drive components like flange pinion, pulley, or turntable. The optional dowel hole provides additional secureness during fitting. Maximized loads Maximized torque Thanks to its straight teeth, the is ideal for the highest performance. Its intelligent design delivers greater power than conventional planetary gearboxes. Thanks to its high tilting moment, the is particularly robust and withstands even the highest axial and radial forces. This advanced technology is intended for your complex applications, e.g. turntable or rack and pinion. 95
Technical data Code Gearbox characteristics 064 090 0 40 00 z () Service life 0.000 t L h T N x 0.88 Service life at T N x 0.88 30.000 () Efficiency at full load () η % Min. operating temperature T min 5 C Max. operating temperature T max 90 Protection class IP 65 S Standard lubrication / Oil F Food grade lubrication / Oil L Low temperature lubrication / Oil Installation position / Any S Standard backlash j t arcmin 97 96 < 3 < 5 R Reduced backlash < < < < < () Torsional stiffness () c g Nm / arcmin 0,8 4,5,0 4,5 5,5 34,0 5,0 3,5 64,0 86,0 63,0 83,0 45,0 95,0 4,0 87,0 470,0 630,0 460,0 605,0 Gearbox weight m G kg,5 3 6,5 3,8 35,5, 4 8 6 4,5 S Standard surface Gehäuse: Stahl nitrocarburiert und nachoxidiert (schwarz) Housing: Steel nitrocarburized and postoxidized (black) Running noise Q g db(a) 60 6 65 70 74 Max. bending moment 8 38 80 80 300 gearbox input flange based on the M b Nm 8 8 38 80 80 Motor flange precision DIN 4955R Output shaft loads 064 090 0 40 00 z () 0,000 h (7) Radial force for 0,000 h (7) F r 0.000 h 400 4400 5500 000 33000 0,000 h (7) Axial force for 0,000 h (7) F a 0.000 h 4300 800 9500 8500 5000 (8) 30,000 h (7) Radial force for 30,000 h (7) F r 30.000 h 00 3900 4800 000 9500 N 30,000 h (7) Axial force for 30,000 h (7) F a 30.000 h 3800 700 8400 7500 3500 (8) (7)(8) Static radial force (7)(8) F r Stat 400 4400 5500 000 33000 (7)(8) Static axial force (7)(8) F a Stat 4300 800 9500 8500 5000 (8) 0,000 h (8) Tilting moment for 0,000 h (8) M K 0.000 h 48 363 534 9 4957 Nm 30,000 h (8) Tilting moment for 30,000 h (8) M K 30.000 h 9 3 466 7 443 Moment of inertia 064 090 0 40 00 z () () Mass moment of inertia () J kgcm² 0,7 0,88 0,09 0,43 0,580 0,90 0, 0,69,036,94 0,546 0,737 7,33,365,95,784 6,880 6,70 6,9,83 96 () () Tec Data Finder www.neugart.com T min = 40 C. 50 C m n=3000 min ; i=5 ( : kg) = 0. x M b / ( : m) n =00 min (7) (8) T N, F r, F a NCP www.neugart.com () () The ratiodependent values can be retrieved in Tec Data Finder www.neugart.com Tmin = 40 C. Optimal operating temperature max. 50 C Sound pressure level from m, measured on input running at n =3000 rpm no load; i=5 Max. motor weight* in kg = 0. x Mb / motor length in m * with symmetrically distributed motor weight * with horizontal and stationary mounting These values are based on an output shaft speed of n =00 rpm (7) Based on the end of the output shaft (8) Other (sometimes higher) values following changes to T N, F r, F a, cycle, and service life of bearing. Application specific configuration with NCP www.neugart.com
Technical data Output torques 064 090 0 40 00 i () z () 60 40 300 600 300 4 65 40 60 750 600 5 45 90 80 530 300 7 40 80 50 450 000 8 7 60 5 305 630 0 77 50 300 000 800 6 Nominal output torque T N Nm 77 50 300 000 800 0 65 40 60 900 800 5 77 50 300 600 800 3 65 40 60 750 800 40 65 30 60 60 55 50 40 80 50 450 000 64 7 60 5 305 630 00 96 4 480 960 080 4 04 4 46 00 560 5 7 44 88 848 080 7 64 8 40 70 600 8 43 96 00 488 008 0 3 40 480 600 880 6 Max. output torque T max Nm 3 40 480 600 880 0 04 4 46 440 880 5 3 40 480 960 880 3 04 4 46 00 880 40 04 08 46 99 440 50 64 8 40 70 600 64 43 96 00 488 008 00 () (i=n/n) () NCP www.neugart.com 30,000 36 () Ratios (i=n/n) () Application specific configuration with NCP www.neugart.com 30,000 rotations of the output shaft permitted; see page 37 97
Technical data Output torques 064 090 0 40 00 i () z () 0 80 650 300 700 4 30 80 650 500 300 5 90 75 340 300 600 7 90 00 380 000 600 8 90 00 480 750 350 0 50 300 650 000 3600 6 Emergency stop torque T Stop Nm 50 300 650 000 3600 0 50 300 650 800 3600 5 50 300 650 500 3600 3 50 300 650 500 3600 40 50 300 650 500 3600 50 80 00 380 000 600 64 80 00 480 750 350 00 Input speeds 064 090 0 40 00 i () z () T N S Average thermal input speed at T N and S n N min 00 750 300 850 500 4 450 00 650 950 600 5 300 3000 350 400 850 7 3550 3350 650 650 000 8 400 4000 350 050 300 0 3700 3850 350 700 00 6 400 4450 3750 00 350 0 4500 4500 4000 500 550 5 4500 4500 4000 3500 000 3 4500 4500 4000 3500 50 40 4500 4500 4000 3500 750 50 4500 4500 4000 3500 3000 64 4500 4500 4000 3500 3000 00 Max. mechanical input speed n Limit min 4000 0000 8500 6500 6000 4000 4000 0000 8500 6500 () (i=n/n) () 000 NCP www.neugart.com 36 50% T N S () Ratios (i=n/n) () Permitted 000 times Applicationspecific speed configurations with NCP www.neugart.com See page 37 for the definition Average thermal input speed at 50% T N and S 98
Dimensions 064 090 0 40 00 45.5.5 L L L3 30 L L Q3 D D7 D7 D7 D D6 D0 L0 D0 G D D D3 D4 L L0 D6 L8 D3 G3 090 / / / 9 mm / / B5 Drawing corresponds to a 090 / stage / flange output shaft / 9 mm clamping system / motor adaptation part round universal flange / B5 flange type motor www.neugart.com Tec Data Finder All other variants can be retrieved in the Tec Data Finder at www.neugart.com () Geometry () 064 090 0 40 00 z () Code Centering Ø output shaft D0 H7 0 3,5 40 50 80 Pitch circle Ø output shaft D 3,5 50 63 80 5 Centering Ø output shaft D 40 63 80 00 60 h7 Centering Ø output flange D3 64 90 0 40 00 Flange diameter output D4 86 8 45 79 47 Mounting bore output D6 4,5 8x45 5,5 8x45 5,5 8x45 6,6 x30 9 x30 Pitch circle Ø output flange D7 79 09 35 68 33 Min. total length L 7 89 08 57,5 99,5 30 87,5 64 Flange thickness output L8 4 7 8 0 Centering depth output shaft L0 4,5 6,5 6,5 6,5 0 Centering depth output shaft L 3 6 6 6 8 Centering depth output flange L 0 4 7,5 Output flange length L3 9,5 30,0 9,0 38,0 50,0 Clamping system diameter input D6 5 More information on page 5 j6/k6 Motor shaft diameter j6/k6 D0 Max. permis. motor shaft length Min. permis. motor shaft length L0 Centering diameter input D Centering depth input L Pitch circle diameter input D Motor flange length L Diagonal dimension input D3 Mounting thread x depth G3 4x Flange cross section input Q3 (EN ISO 9409) Flange output shaft (similar EN ISO 9409) www.neugart.com Tec Data Finder. The dimensions vary with the motor/gearbox flange. The input flange geometries can be retrieved for each specific motor in Tec Data Finder at www.neugart.com Number x thread x depth G 8xM5x7 8xM6x0 xm6x xm8x5 xm0x0 (EN ISO 9409) Flange output shaft with dowel hole (EN ISO 9409) x Dowel hole x depth D5 H7 5x5 6x6 6x6 8x8 0x0 x x Number x thread x depth G 7xM5x7 7xM6x0 xm6x xm8x5 xm0x0 D E () mm () () Dimensions in mm () 99