KISSsoft Release 2022 -SP3
ForEveryOne
File
Name: Unnamed
Changed by: vikas on: 11.09.2024 at: 12:48:07
k-95-flovel-new-final-1_Critical Speed
Power inputs:
_O.gb.ip
Speed [1/min] 1704.545
Torque [Nm] 40269.012
Power [kW] 7188
Power outputs:
_O.gb.op
Speed [1/min] -5634.47
Torque [Nm] 12182.219
Power [kW] 7188
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Inhalt
_O.gb.p1g1.p1g1 3
_O.gb.s1.s1 4
_O.gb.s2.s2 5
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_O.gb.p1g1.p1g1
1 Overview
Calculation method AGMA 2101-D04 (Metric Edition)
------- Gear 1 ----------------- Gear 2 -------
Transmitted power (kW, hp, ft*lb/s) [P] 7188.000 ,9639.252 , 5301581
Speed (1/min) [n] 1704.5 5634.5
Number of load cycles (in mio.) [NL] 10227.273 33806.818
Torque (Nm, ft*lb) [T] 40269.0 ,29700.8
Torque (Nm, ft*lb) [T] 12182.2 ,8985.1
Overload factor [Ko] 2.00
Required service life (h) [H] 100000.00
Gear 1 direction of rotation: Clockwise
------- Gear 1 ----------------- Gear 2 -------
Center distance (in, mm) [a] 37.4016, 950.000
Normal Diametral Pitch (1/in) [Pnd] 2.11667
Transverse Diametral Pitch (1/in) [Pd] 2.08451
Helix angle at reference circle (°) [β] 10.0000
Number of teeth [z] 119 36
Facewidth (mm) [b] 350.00 360.00
2 Geometry
2.1 Diameters and their allowances
Face load distribution factor [Cmf,KHβ] 1.150
------- Gear 1 ----------------- Gear 2 -------
Allowable transmitted power (hp,kW) [Pat] 60468.16 ,45090.80 57764.61 ,43074.78
Allowable transmitted power
at unity service factor (hp,kW) [Patu] 120936.32 ,90181.61 115529.21 ,86149.56
Safety factor, Bending [sateff/st] 6.27 5.99
Allowable transmitted power (hp,kW) [Pac] 57170.33 ,42631.63kW 50005.22 , 37288.64 kW
Allowable transmitted power
at unity service factors (hp,kW) [Pacu] 114340.66 ,85263.26kW 100010.44 , 74577.28 kW
Safety factor, Pitting [saceff/sc] 2.44 2.28
3 Service life, damage
Required safety for tooth flank [SHmin] 1.00
Required service life [H] 100000.00
System service life (h) [Hatt] > 1000000
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_O.gb.s1.s1
0.1 Shafts
0.1.1 Shaft 's1'
Drawing
Initial position (mm) 0.000
Length (mm) 2495.000
Speed (1/min) 1704.545
Direction of rotation: clockwise
Material 30 CrNiMo 8 (1)
0.2 Weight force
SETVAR nameForHeader = (@UNKNOWN DATADICT shafts[0].outerGeoDoc.name[#elemIndex])
SETVAR dForHeader = @UNKNOWN DATADICT shafts[0].outerGeoDoc.pos[#elemIndex]mm ... @UNKNOWN DATADICT
shafts[0].outerGeoDoc.pos[#elemIndex]+shafts[0].outerGeoDoc.length[#elemIndex]mm
SETVAR nameForHeader = (@UNKNOWN DATADICT shafts[0].innerGeoDoc.name[#elemIndex])
SETVAR dForHeader = @UNKNOWN DATADICT shafts[0].innerGeoDoc.pos[#elemIndex]mm ... @UNKNOWN DATADICT
shafts[0].innerGeoDoc.pos[#elemIndex]+shafts[0].innerGeoDoc.length[#elemIndex]mm
0.2.1 Centric force (CentricalLoad1)
Position on shaft (mm) [y local] 1735.0000
0.2.2 Coupling (ipc(ip))
Position on shaft (mm) [y local] 2066.0000
0.2.3 Cylindrical gear (p1)
Position on shaft (mm) [y local] 1268.0000
0.2.4 b1 (SKF 23084 CA/W33)
0.2.5 b2 (SKF 23092 CA/W33)
0.2.6 b3 (SKF 29468 E!)
0.2.7 b4 (SKF 29468 E!)
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_O.gb.s2.s2
0.1 Shafts
0.1.1 Shaft 's2'
Drawing
Initial position (mm) 0.000
Length (mm) 1775.000
Speed (1/min) 5634.470
Direction of rotation: counterclockwise
Material C45 (1)
0.2 Weight force
SETVAR nameForHeader = (@UNKNOWN DATADICT shafts[0].outerGeoDoc.name[#elemIndex])
SETVAR dForHeader = @UNKNOWN DATADICT shafts[0].outerGeoDoc.pos[#elemIndex]mm ... @UNKNOWN DATADICT
shafts[0].outerGeoDoc.pos[#elemIndex]+shafts[0].outerGeoDoc.length[#elemIndex]mm
SETVAR nameForHeader = (@UNKNOWN DATADICT shafts[0].innerGeoDoc.name[#elemIndex])
SETVAR dForHeader = @UNKNOWN DATADICT shafts[0].innerGeoDoc.pos[#elemIndex]mm ... @UNKNOWN DATADICT
shafts[0].innerGeoDoc.pos[#elemIndex]+shafts[0].innerGeoDoc.length[#elemIndex]mm
0.2.1 Cylindrical gear (g1)
Position on shaft (mm) [y local] 1100.0000
0.2.2 Coupling (opc(op))
Position on shaft (mm) [y local] 171.0000
0.2.3 b1 (SKF NU 2344 ECMA)
0.2.4 b2 (SKF NU 2344 ECMA)
0.2.5 b3 (SKF QJ 336 N2MA!)
Rolling bearings, classical calculation (contact angle considered)
0.3 's2' Rolling bearing 'b1'
Dynamic equivalent load [P] 27.88 kN
Static equivalent load [P0] 27.88 kN
0.3.1 Results according to ISO 281
Basic bearing rating life [Lnh] > 1000000 h
Modified bearing rating life [Lnmh] > 1000000 h
Static safety factor [S0] 123.73
0.3.2 Bearing reactions
0.4 's2' Rolling bearing 'b2'
Dynamic equivalent load [P] 28.47 kN
Static equivalent load [P0] 28.47 kN
0.4.1 Results according to ISO 281
Basic bearing rating life [Lnh] > 1000000 h
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Basic bearing rating life [Lnh] > 1000000 h
Modified bearing rating life [Lnmh] > 1000000 h
Static safety factor [S0] 121.17
0.4.2 Bearing reactions
0.5 's2' Rolling bearing 'b3'
Dynamic equivalent load [P] 10.48 kN
Static equivalent load [P0] 5.68 kN
0.5.1 Results according to ISO 281
Basic bearing rating life [Lnh] 664406.73 h
Modified bearing rating life [Lnmh] > 1000000 h
Static safety factor [S0] 179.57
0.5.2 Bearing reactions
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