Planetary Gearboxes - Logismarket

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12. VERIFICATION After selecting the drives units, please check the following: a) Thermal power Make sure that thermal power of the gearbox (shown in the tables in the chapters dealing with the gear unit series captioned) is equal to or greater than the power required by the application according to equation (F5) on page 5. If this condition is not respected, select larger gearbox or apply a forced cooling system. Example of oil re-circulation cooling system: Bb b) Maximum torque Make sure that the maximum torque (considered as instantaneous load peak torque or starting torque under load) does not exceed the M 2max value that the gearbox can withstand. (Refer to the technical data tables concerning the gearboxes sizes.) c) Radial loads Check that radial loads exerted on input and output shafts are lower than or equal to values indicated in the tables on gearbox technical features or charts for each gearbox size. In case they are grater the indicated value, change either gearbox output version, gearbox size or system bearing arrangement. To check proceed as follows: Define radial loads Rc 1 at input and Rc2 at output. Rc 1 =2000Mc 1 Kr 1 /d 1 (F18) Rc 2 =2000Mc 2 Kr 2 /d 2 (F19) In which: Mc 1 , Mc 2 ------ Input and output calculated torque (N.m) d 1 , d 1 ------------Diameter of the part fitted onto the shaft (mm), pulley, gear or chain crown. Kr 1 , Kr 2 -------Stress factor for radial load with following values Chain crown-------1.0 Gear ----------------1.25 Belt pulley--------------1.5-2.5 <strong>Planetary</strong> <strong>Gearboxes</strong> | 9 | B r o w n A d v a n c e
Define the trust load position X onto shaft. Check this value with the chart indicating the load Rx1 and Rx2 bearable by the gearbox. Check that the following is satisfied: Rc 1
Page 1 and 2: Planetary Gearboxes
Page 3 and 4: Symbols, units of measure and descr
Page 5 and 6: Table: 1 ta max. Continuous duty ft
Page 7: selection could be an equivalent re
Page 11 and 12: Some gearbox sizes can be fastened
Page 13 and 14: 1.0 INTRODUCTION The EP300 series c
Page 15 and 16: A: INPUT 1. Hydraulic motor 2. Hydr
Page 17 and 18: Table 7: (right angle ) Planetary G
Page 19 and 20: 5.0 PLUG POSITIONS: 1, 1A, 1B: Fill
Page 21 and 22: 6.0 REFERENCE OIL QUANTITY:` (L) Ta
Page 23 and 24: 7 8 PRODUCT IDENTIFICATION SCHEME H
Page 25 and 26: EP300 series gear motor P1=0.12 KW
Page 27 and 28: EP300 series gear motor P1=0.25KW n
Page 35 and 36: EP300 series gear motor P1=1.1KW n1
Page 57 and 58: EP300 series gear motor P1=11KW n1=
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EP300 series gear motor P1=11KW n1=
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EP300 series gear motor P1=18.5KW n
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EP300L M2’=1000N.m I Mn 2 (N
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EP300L Planetary Gearboxes | 80 | B
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EP300R Planetary Gearboxes | 82 | B
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EP300L - EP300R Planetary Gearboxes
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EP300L - EP300R m z x dp di de H A
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EP301L M2’=2000N.m I Mn 2 (N
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EP301L Planetary Gearboxes | 90 | B
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EP301R Planetary Gearboxes | 92 | B
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EP301L - EP301R FP version Max. tra
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EP303L M2’=3000N.m I Mn 2 (N
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EP303L Planetary Gearboxes | 100 |
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EP303R Planetary Gearboxes | 102 |
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EP305L M2’=5000N.m I Mn 2 (N
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EP306L M2’=8500N.m I Mn 2 (N
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EP307L M2’=12500N.m I Mn 2 (
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EP309L M2’=18500N.m I Mn 2 (
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EP310L M2’=25000N.m I Mn 2 (
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EP311L M2’=35000N.m I Mn 2 (
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EP311 L Planetary Gearboxes | 160 |
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EP311 R Planetary Gearboxes | 162 |
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EP311 L - EP311 R FP version Max. t
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EP311 L - EP311 R m z x dp di de H
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EP313L M2’=50000N.m I Mn 2 (
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EP315L M2’=80000N.m I Mn 2 (
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EP316L M2’=110000N.m I Mn 2
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EP316 L - EP316 R CODE V1 V2 V3 V4
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NOTES
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Planetary Gearboxes - Logismarket

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