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Answer given is 524 rpm
Question 2 A compound epicydic gear is as shown in Figure...
Question 1 In the epicyclic gear shown in Figure Q1 the Annulus A1 and the Sun...
Question 1 In the epicyclic gear shown in Figure Q1 the Annulus A1 and the Sun wheel S2 are compound, the Sun wheel Si rotates with the input shaft and both Planet cages rotate with the output shaft. The numbers of teeth on the o wheels are Si=24, A1=72, Sz=40 and A2=80. (1) Find the gear ratio of the system when the Annulus A1 is held fixed. S Find the gear ratio of the system when the Figure Q1 Annulus...
Answer given is No=-143rpm (in opposite direction to A) A compound epicyclic gear is as shown...
Answer given is No=-143rpm (in opposite direction to A)
A compound epicyclic gear is as shown in Figure 4.9. Ai and S2 form a compound wheel, which rotates freely on shaft O. The Planet wheels P1 and P2 rotate on pins fixed in arms attached to shaft O. and A2 have internal teeth: the others have external teeth, with the following numbers, tsi=40; tp1=30 ; tpz=20; ts2=50. If Si rotates at 500 rpm and wheel Az is fixed, find the...
1. In an epicyclic gear train, as shown in Figure, the wheel C is keyed to...
1. In an epicyclic gear train, as shown in Figure, the wheel C is keyed to the shaft B and wheel F is keyed to shaft A. The wheels D and E rotate together on a pin fixed to the arm G. The number of teeth on wheels C, D, E and F are 35, 65, 32 and 68 respectively. If the shaft A rotates at 60 rpm and the shaft B rotates at 28 rpm in the opposite direction,...
The top half of a compound epicyclic gear set is as shown in Figure Q2. If...
The top half of a compound epicyclic gear set is as shown in Figure Q2. If the input shaft I rotate at dockwise direction at a speed of 1,200 rpm and gear Al is set as the output, determine the following. (a) The output speed Nal when gear X rotates counter-clockwise direction at the speed of 3,000 rpm. (b) The magnitude and direction of the torque required to lock gear X if 300 Nm torque is applied on input shaft...
Answer given is 325 rpm O2 P2 Figure 4.12 shows the arrangement of part of a...
Answer given is 325 rpm
O2 P2 Figure 4.12 shows the arrangement of part of a pre- selective compound gearbox. Input shaft I is rotating at 700 rpm while gear N is rotating at 600 rpm. The number of teeth are as follow : Ai(internal)=75; Al(external)=90 ; Si=25 ; Sz=35; Az=105 and N=30. With this condition, calculate the velocity of shaft 01, gear Ai and Az if the overall efficiency is 90%. [325 rpm] Si S2 Figure 4.12
Answer given is No=-3500rpm Figure 4.8(C) shows the top half of a compound epicydic gearset. If...
Answer given is No=-3500rpm
Figure 4.8(C) shows the top half of a compound epicydic gearset. If the input shaft . is rotating at 4500 rpm and the Annulus gear A, rotating at 4500 rpm, determine the speed and direction of the output shaft, o. Given number of teeth : A1 (internal) = 100 ; Su = 50; Az (internal) = 120 and S2 = 40. A2 All S1 S2 Figure 4.8(c) [No=-3500rpm
2. Fig.2 shows an epicyclic gear train in which the internal teeth on the gears A and B have the same diametral p...
2. Fig.2 shows an epicyclic gear train in which the internal teeth on the gears A and B have the same diametral pitch. Gear A has 88 teeth and gear B has 100 teeth both internally and externally. The sun-wheel C which is keyed to shaft P has 44 teeth and the pinion E keyed to shaft R has 25. There are floating compound planet wheels F, G. The power input to shaft R is 8 kW at 1440 rev/min....
UU 7. A planetary gear train is shown in Figure P7. The carrier (link 2) serves...
UU 7. A planetary gear train is shown in Figure P7. The carrier (link 2) serves as the input to the train. The sun (gear 1) serves as the output from the train and has a 1.0-in. pitch diameter with a diametric pitch of 20. Gear 3 has 45 teeth and gear 4 has 20 teeth Gear 5 has 30 teeth and is keyed to the same shaft as gear 4. Gear 5 mates with the ring gear (gear 6),...
compound epicyclic gear train.
The Fig. shows the arrangement of wheels in a compound epicyclic gear train. The sun wheel S₂ is integral with the annular wheel A₁. The two arms are also integral with each other. The number of teeth on the wheels are as follows: S₁=24, A₁=96, S₂=30, A₂ = 90If the shaft P rotates at 1980 r.p.m., find the speed of the shaft Q, when A₂ is fixed At what speed does Q rotate, when A₂ instead of being fixed, rotates...
A compound epicyclic gear train is shown in the Figure. The shaft P is driven at...
A compound epicyclic gear train is shown in the Figure. The
shaft P is driven at 2500 rpm in the clockwise direction by a motor
of power rating 8 kW. The sun S2 is fixed. The number of teeth in
the gears are S1, 34; S2, 21; A1, 86 and A2, 73. Determine
The magnitude and direction of the angular velocity of the
shaft Q and
The torque required to fix the sun, S2
A, Q P S, 5,
Question 1 In the epicyclic gear shown in Figure Q1 the Annulus A1 and the Sun wheel S2 are compound, the Sun wheel Si rotates with the input shaft and both Planet cages rotate with the output shaft. The numbers of teeth on the o wheels are Si=24, A1=72, Sz=40 and A2=80. (1) Find the gear ratio of the system when the Annulus A1 is held fixed. S Find the gear ratio of the system when the Figure Q1 Annulus...
Answer given is No=-143rpm (in opposite direction to A)
A compound epicyclic gear is as shown in Figure 4.9. Ai and S2 form a compound wheel, which rotates freely on shaft O. The Planet wheels P1 and P2 rotate on pins fixed in arms attached to shaft O. and A2 have internal teeth: the others have external teeth, with the following numbers, tsi=40; tp1=30 ; tpz=20; ts2=50. If Si rotates at 500 rpm and wheel Az is fixed, find the...
1. In an epicyclic gear train, as shown in Figure, the wheel C is keyed to the shaft B and wheel F is keyed to shaft A. The wheels D and E rotate together on a pin fixed to the arm G. The number of teeth on wheels C, D, E and F are 35, 65, 32 and 68 respectively. If the shaft A rotates at 60 rpm and the shaft B rotates at 28 rpm in the opposite direction,...
The top half of a compound epicyclic gear set is as shown in Figure Q2. If the input shaft I rotate at dockwise direction at a speed of 1,200 rpm and gear Al is set as the output, determine the following. (a) The output speed Nal when gear X rotates counter-clockwise direction at the speed of 3,000 rpm. (b) The magnitude and direction of the torque required to lock gear X if 300 Nm torque is applied on input shaft...
Answer given is 325 rpm
O2 P2 Figure 4.12 shows the arrangement of part of a pre- selective compound gearbox. Input shaft I is rotating at 700 rpm while gear N is rotating at 600 rpm. The number of teeth are as follow : Ai(internal)=75; Al(external)=90 ; Si=25 ; Sz=35; Az=105 and N=30. With this condition, calculate the velocity of shaft 01, gear Ai and Az if the overall efficiency is 90%. [325 rpm] Si S2 Figure 4.12
Answer given is No=-3500rpm
Figure 4.8(C) shows the top half of a compound epicydic gearset. If the input shaft . is rotating at 4500 rpm and the Annulus gear A, rotating at 4500 rpm, determine the speed and direction of the output shaft, o. Given number of teeth : A1 (internal) = 100 ; Su = 50; Az (internal) = 120 and S2 = 40. A2 All S1 S2 Figure 4.8(c) [No=-3500rpm
2. Fig.2 shows an epicyclic gear train in which the internal teeth on the gears A and B have the same diametral pitch. Gear A has 88 teeth and gear B has 100 teeth both internally and externally. The sun-wheel C which is keyed to shaft P has 44 teeth and the pinion E keyed to shaft R has 25. There are floating compound planet wheels F, G. The power input to shaft R is 8 kW at 1440 rev/min....
UU 7. A planetary gear train is shown in Figure P7. The carrier (link 2) serves as the input to the train. The sun (gear 1) serves as the output from the train and has a 1.0-in. pitch diameter with a diametric pitch of 20. Gear 3 has 45 teeth and gear 4 has 20 teeth Gear 5 has 30 teeth and is keyed to the same shaft as gear 4. Gear 5 mates with the ring gear (gear 6),...
A compound epicyclic gear train is shown in the Figure. The
shaft P is driven at 2500 rpm in the clockwise direction by a motor
of power rating 8 kW. The sun S2 is fixed. The number of teeth in
the gears are S1, 34; S2, 21; A1, 86 and A2, 73. Determine
The magnitude and direction of the angular velocity of the
shaft Q and
The torque required to fix the sun, S2
A, Q P S, 5,
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