High Precision Planetary Gearboxes

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K-127

K Gearboxes

K-127 helical bevel gear units can output up to 13000 Nm (depends on ratio)

Calculate your machine and find the required gearbox output torque using this tool

Engineering Calculator

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Overview

Performance data:

Transmission ratios: 8.69:1 to 152.74:1
Efficiency Up to 98%
Input motor flanges: For IEC motors and servomotors
Output shaft: Solid Smooth Output Shaft with Key
Hollow Shaft with Keyway
Smooth Hollow Shaft with Shrink Disk
DIN-5480 Splined Hollow Shaft
Versions: B14 Flange mounted
Foot mounted
Accessories: B5 Output Flange
Torque Arm

Typical Applications

  • Cement and Mining
  • Chemical and Paper Industry
  • Conveyors
  • Cranes and Construction Machinery
  • Food and Beverages
  • Metalworking machines
  • Pumps and Compressors
  • Woodworking Machines

K helical bevel gear units have the following advantages:

  • Carburized, case hardened, and ground gears, offering greater reliability and longer service life.
  • Compact design
  • Excellent reliability
  • Intermittent and continuous operation
  • ATEX standard requirements
  • Optional NSF H1 certified food grade lubrication
  • For any mounting position
Specifications
Ratio n1N n2N n1Max T2N(1) P1Max F1RMax(2) F2RMax(3)
[rpm] [rpm] [rpm] [Nm] [kW] [kN] [kN]
8.69 1400 161.0 2000 6800 127.46 7.1 46.1
10.34 1400 135.4 2000 7900 124.45 7.1 47.6
11.64 1400 120.3 2000 7700 107.75 7.6 50.4
12.55 1400 111.6 2000 8800 114.21 7.4 50.1
13.80 1400 101.5 2000 9600 113.31 7.4 50.8
15.22 1400 92.0 2000 10000 107.02 7.6 52.3
16.09 1400 87.0 2000 9900 100.22 7.8 53.7
17.69 1400 79.2 2000 10400 95.76 7.9 55.1
19.61 1400 71.4 2000 10700 88.88 8.0 57.1
21.43 1400 65.3 2000 10400 79.05 8.3 60.0
23.66 1400 59.2 2000 10500 72.29 8.5 62.4
26.01 1400 53.8 2000 11100 69.51 8.5 63.9
28.27 1400 49.5 2000 10200 58.77 8.8 67.7
30.33 1400 46.2 2000 11500 61.76 8.7 67.5
33.62 1400 41.6 2000 11900 57.65 8.8 69.8
36.96 1400 37.9 2000 12300 54.21 8.9 71.9
40.07 1400 34.9 2000 12700 51.63 9.0 73.6
44.36 1400 31.6 2000 12000 44.06 9.2 78.2
50.31 1400 27.8 2000 13000 42.09 9.2 80.0
52.76 1400 26.5 2000 13000 40.13 9.3 80.0
58.01 1400 24.1 2000 13000 36.50 9.4 80.0
68.72 1400 20.4 2000 13000 30.81 9.5 80.0
75.56 1400 18.5 2000 13000 28.02 9.6 80.0
86.27 1400 16.2 2000 13000 24.55 9.7 80.0
94.85 1400 14.8 2000 13000 22.32 9.7 80.0
102.47 1400 13.7 2000 13000 20.66 9.8 80.0
112.66 1400 12.4 2000 13000 18.80 9.8 80.0
124.56 1400 11.2 2000 13000 17.00 9.9 80.0
136.95 1400 10.2 2000 13000 15.46 9.9 80.0
152.74 1400 9.2 2000 13000 13.86 10.0 80.0

(1) T2N value is calculated at n1n, continuous duty cycle, uniform operation, KA=1 and unlimited theoretical life time as per ISO-6336 (NL>N00 in the Woehler line). The application factor KA according to DIN-3990-1 must be considered for each duty cycle and machine type. Generally, T2Peak=2·T2N
(2) Maximum radial force on a solid input shaft
(3) Maximum radial force on a solid output shaft

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