of FAG 6213 single row deep groove ball bearing to be used in the bearing of the rotary axis in hours. spindle speed = 2000 rpm loads: vertical radial:1600N
Q: turns together with an angular velocity of 30 rad/s. Select the most suitable bearing and calculate…
A:
Q: A self-aligning ball bearing has a basic dynamic load rating ( C_10, for 10^6 revolutions) of 35 kN.…
A: Given data: The dynamic load is C = 35 kN. The equivalent radial load is Fc = 45 kN.
Q: A deep groove ball bearing (with normal clearance) is subject to an axial load of 17 kN and a radial…
A:
Q: A self-aligning ball bearing used in the car manufacturing industry has a basic dynamic load rating…
A:
Q: Select a single row deep groove ball bearing for a radial load of 4000 N and an axial load of 5000…
A:
Q: The recommended class of fit for the hub shrunk on a shaft is 50H7/s6. However, it is necessary to…
A: Use the tolerance table for holes and shaft. The hub hole dimension - 50 H7 that means the size is…
Q: 2. Select a single row deep groove ball bearing with the operating cycle listed below, which will…
A:
Q: A designer is selecting a ball bearing for a particular application, which requires the bearing to…
A: Write the given data. N=200 rpmt=24×180×60=259200 minr=0.90Fr=450 lbf
Q: A 02-series single-row deep-groove ball bearing is to be selected from Table 11-2 for the…
A:
Q: Select an angular contact ball bearing to carry a radial load of (336+ID) lb at a shaft speed of…
A: Given data Application factor = 1.2 reliability = 96% Shaft speed(N)= 1800 rpm Time = 5500 hours…
Q: rating life at 95% reliability for the following thrust ball bearing and conditions. Fa: 5.17 kN…
A:
Q: An 02-series ball bearing is to be selected to carry a radial load of 8 kN and a thrust load of 4…
A: Bearing is a machine member which supports the rotating element and also supports the load. Bearing…
Q: For the gearwheel mechanism operating under dynamic load, roller bearing was selected for L 10h…
A:
Q: A ball bearing carries a load of 1000 N at 1760 rpm for 0.4 of the time and a load of2000 N at 880…
A: Here, RPM of first loading = N1 = 1760 rpm Load in first loading = P1 = 1000 N Fraction of time…
Q: Select an angular contact ball bearing to carry a radial load of (336+12) lb at a shaft speed of…
A: Given data: The radial load is W=336+12lb=348 lb The shaft speed is N=1800 rpm The time is t=5500…
Q: Select an angular contact ball bearing to carry a radial load of (336+01)lbat a shaft speed of 1800…
A:
Q: A stamping and folding machine has a turning moment diagram for the shown in figure 1. The machine…
A:
Q: i need the answer quickly
A:
Q: (a)Select an angular contact ball bearing to carry a radial load of (336+12) lb at a shaft speed of…
A: Given:- shaft speed N= 1800 rpm time t = 5500 hrs…
Q: An 02-series ball bearing is to be selected to carry a radial load of 8 kN and a thrust load of 4…
A: Given dataRadial load Fr = 8kNThrust load Fa = 4kNDesired liafe of bearing LD = 5000hoursReliablity…
Q: The deep groove ball bearing DIN 625 6208…
A:
Q: A shaft rotating at constant speed is subjected to variable load. The bearings supporting the shaft…
A: We have to determine dynamic loadrating of the ball bearing
Q: For the given details, design a self-aligning ball bearing to be used in a textile machinery to…
A: Given that, combined radial load=6139N thrust (axial) load =1153N expected life of bearing…
Q: A self-aligning ball bearing used in the car manufacturing industry has a basic dynamic load rating…
A: Given data dynamic load rating of (C) = 48899 N life of the bearing (L) = 2303 millions of…
Q: make a full design of shaft and bearings of proble 13.73 A shaft has the bearing reactions and axial…
A: Introduction: A correct shaft and housing fit are critical to the longevity of the bearings. The…
Q: What is the nominal life in working hours of a deep groove ball bearing 6308, which is carrying a…
A:
Q: Bearing number 6211 is carrying the set of loads in Table 1 while rotating at 1700 rpm for each 8 hr…
A: Given: Rotational speed (N)=1700rpmShift hour=8hrs or 480minDynamic load (C) for 6211 bearing=43600N…
Q: Angular contact ball bearing and tapered roller bearing are often used in pairs on a shaft in…
A: Given: Angular contact ball bearing and tapered roller bearing To define why these type bearing…
Q: Select appropriate type of rolling contact bearing under the following condition of loading giving…
A: In rolling contact bearings spherical balls or some type of rollers are present there in between…
Q: The bearing for a power transmission arrangement is required to carry an 9.8 equivalent radial load…
A:
Q: A single row deep groove ball bearing is operating at a speed of 2000rpm acted upon by a radial load…
A: Given Speed, N = 2000 rpm Load, P = 8 kN C = 10 kN Find Rated life, L
Q: (a) Check and interpret whether it is selected correctly for Lh=20000 hours. (b) Calculate the…
A: For solution refer below images.
Q: Question 2 Deep groove ball bearings are most widely used bearing type and suitable for many…
A:
Q: A taper roller bearing used in a windmill has a dynamic load capacity of 26 kN. The desired life for…
A:
Q: Explain the static rating of rolling contact bearings.
A: Static rating of loading contact bearing You have posted multiple different questions on…
Q: 3 A bearing is required to support a radial load of 2800 N for a shaft of 30 mm nominal diameter…
A:
Q: 6. The belt suffers the varying stress, this is the cause of fatigue failure. 7. The maximum…
A: solution 6- true Solution 7- true Solution 8- true
Q: (b)Find the torque required to raise the load of 15kN and mean diameter of triple threaded screw…
A:
Q: A rolling contact bearing is subjected to the following work cycle: (a) Radial load of 6000 N at 150…
A: Write the given values with the suitable variables. P1=6000 NP2=7500 NP3=2000 NN1=150 rpmN2=600…
Q: A 20° full depth involute spur pinion of 4 mm module and 21 teeth is to transmit 15 kW at 960 rpm.…
A: Given data, m= 4 mm Z= 21 P= 15 kW N= 960 rpm b= 25 mm
Q: A certain application requires a ball bearing with the inner ring rotating, with a design life of 25…
A:
Q: A 5/8 inch diameter double-thread Acme power screw with a thread coefficient of friction of 0.1 is…
A: Given, Diameter of thread = 5/8 in We can use below table to find threads per inch for given ACME…
Q: Select an angular contact ball bearing to carry a radial load of 336lb at a shaft speed of 1800 rpm…
A: Given data: The radial load is W=336lb The shaft speed is N=1800 rpm The time is t=5500 hours The…
Q: A ball bearing that has a life of 12000 hours will carry a radial load of 34 kN. If you study If…
A: GIVEN :- w=34 KN N=1200 RPM life : Lh=12000 hrs FORMULA REQUIRED :- L=cwk million…
Q: A 02-series single-row deep-groove ball bearing is to be selected from Table 11–2 for the…
A:
Q: A self-aligning ball bearing has a basic dynamic load rating (C0, for 10° revolutions) of 35 kN. If…
A:
Q: Answer this ASAP plz A ball bearing operates with an equivalent radial load of 3,000 N at 750 rpm…
A:
Q: sing the power-angle characteristic illustrate the Critical Clearing Angle (CCA) for three different…
A: The value of critical clearing angle using the equal area criterion: The system will be stable if…
According to the data below, determine the life of FAG 6213 single row deep groove ball bearing to be used in the bearing of the rotary axis in hours.
spindle speed = 2000 rpm
loads:
vertical radial:1600N
horizontal radial:3600N
axial: 1000 N
BEARING FEATURES:
NUMBER OF STATIC LOAD: 41.5 KN
DYNAMIC LOAD NUMBER: 60KN
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
- For the gearwheel mechanism operating under dynamic load, roller bearing was selected for L 10h foresight = 22.000 operating hours. The “62.20” bearing has been selected as the deep groove ball bearing from the table below. The radial force acting is 1200 daN. What is the operating cycle for a gear wheel? (p-value = 3 for deep groove ball bearing, = 10/3 for roller bearing)ASAPThe spherical roller bearings shown below are often used for large machines because: Excellent radial load capacity and self aligning features Good radial load capacity and high speed rating Ease of mounting and sealing Tolerence of misalignment and compatibility with y-bearing housings
- 7. A typical drive train for a 'geared' bicycle meant to be used on paved road (see a representative image) has 48 teeth on front sprocket (Crank side), the diameter of front sprocket being 10.5 inches. The rear wheel has a cassette with a cluster of 6 sprockets, with number of teeth on Sprocket #1 (lowest gear) to Sprocket # 6 (highest gear) being 30, 26, 23, 20, 16 and 12, respectively. (Ignore wind resistance and friction between machine elements) (a) If the rider is pedaling at a constant 105 rpm with an effective force of 28 lb acting on periphery of front Sprocket (at 5.25 inch radius length, the force location indicated by red arrow), and is engaged in Sprocket #5, what would be the torque acting on Sprocket # 5, and the RPM at which the rear wheel is spinning? (b) For the condition as described in (a), If the diameter of wheels is 26 inches, what is the speed of the bicycle? &Theory of Machines -Thired Stage. a/ A pinion having 20 in volute teeth of module pitch 6mm ayear wheel rotutes at 2o r.p.m. and traurmits /.5kw to l having 5o teeth The adden dum on both the wheels is Vy of the circular pitch -The angle of obliquity is 20' Find ca) the bength of the path of appsoach (b) the length of the arc of approach,(c) the normal force betmen the teeth atn Instant where thare is only pairof tath in Con tact. [Ans. 13.2Fmm, 14.02 mm. il 93NJSelect a single row deep groove ball bearing with the operating cycle listed below, which will have a life of 15 000 hours. Fraction of cycle Type of load Radial Thrust Speed (R.P.M.) Service factor (N) (N) 3/10 Heavy shocks 2000 1000 200 3.0 4/10 Light shocks 1000 1000 200 1.5 3/10 Moderate shocks 2000 2000 100 2.0 Assume radial and axial load factors to be 1.0 and 1.5 respectively and inner race rotates.
- Two single-row 02-series angular contact ball bearings with inner ring rotation are to be selected by a student for her Capstone project from Table 11-2 to support a radial load of 3.5 kN and axial load of 1.25 kN. The desired total machine reliability is 95%. The desired life of the bearings is 1 year of continuous operation in a machine operating at 900 rpm with light to moderate impact. Use the "manufacturer 2" Weibull values from Shigley Table 11-6 and equivalent radial load factors from Table 11-1. Fully specify the smallest bore size for these conditions.A significant disadvantage of using a flywheel with a reduced moment of inertia would most likely be: The flywheel would decrease in speed between power strokes of the piston The engine would be more difficult to start The engine as a whole would weight less The flywheel would be subject to higher stressesA new machine in the machine shop will use an 02-series 45 mm deep groove bearing and operate with varying loads and speeds. 5% of the time with radial load of 750 lb at 2000 rpm with low side of light impact 15% of the time with radial load of 375 lb at 2500 rpm with high side of moderate impact 35% of the time with radial load of 250 lb at 3000 rpm with low side of moderate impact 45% of the time with radial load of 150 lb at 3500 rpm with low side of light impact Estimate the life (in years) of this bearing if it is in continuous operation with 85% total machine reliability.
- Calculation for drive system and rack/spur gear of a crane. System needs to able to climb an incline of 12.457 beam tilt from horizontal With a payload weight of 27,500 lbs. using a 2 hp motor, 1725 rpm, 60 hz Gear reducer with 8.5 output rpm, ratio 204.75 Drive speed of 2.238 in/s Tooth force of 5931.798 lbf Rack - 20 PA, 2.5" face width, 1.5" thickness, 6' length, diametral pitch 5 in, 1018 steel Spur gear - 2.5" face width, diametral pitch 5 in, 20 PA, 30 teeth, 6.4 OD, 6 PD, 1144 steel Will this system work? If not, what material/gear reducer will work? Also, what is the max angle a 10 ft-lb electrical brake can statically hold a 27,500 lbs payload?6. A ball bearing operates on the following work cycle : Radial load (N) Element No. 1 2. 3. 3000 7000 5000 Speed (R.P.M.) 720 1440 900 Element time (%) 30 40 30 The dynamic load capacity of the bearing is 16 600 N. Calculate 1. the average speed of rotation ; 2. the equivalent radial load; and 3. the bearing life. [Ans. 1062 r.p.m.; 6.067 kN; 20.5 × 106 rev]The spherical roller bearings shown below are often used for large machines because: Excellent radial load capacity and self aligning features Good radial load capacity and high speed rating Ease of mounting and sealing Tolerence of misalignment and compatibility with y-bearing housings QUESTION 17 The bearing arrangement depicted below is often used for car wheel hubs because: The inner bearing always carries more load The bearings carry radial and axial load The opposed bearings can only resist axial loads in a right to left direction The axial loads from cornering are shared equally between the bearings