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Series 22-45 6 Watts, 10,000 RPM Magnet AINiCo Efficiency up to 85% Commutator CuAg 0.15 segments Rotor Moment Brushes Graphite of Inertia 2010 oz-in^2 Bearings Oilite Mechanical Time Const. approx. 20 ms M2x4 Weight 2.7 oz 222 2 Dimensions - mm 1 mm + 0.0394 in Possible Combinations GearHeads H30, H40, P24 Tacho 20-08 Encoder HEDS-5500 Recommended Operational Data Speed max. 10,000 rpm Torque 0.7 oz-in Temperature -4 to +175F 13.5 12 455 Type Voltage No load speed Resistance Stall torque No load current approx. Recommended current Counter-EMF Speed/Torque Gradient 22-45-30 3 7,500 0.8 1.89 65 1000 0.51 3980 22-45-20 6 10,000 2.5 1.80 55 800 0.77 5560 22-45-16 9 10,100 4.5 2.19 45 600 1.15 4510 22-45-14 12 10,000 6 3.07 35 450 1.56 3270 22-45-12 18 9,700 14 2.95 25 300 2.34 3420 22-45-10 24 9,900 28 2.63 20 250 3.15 3780 22-45-08 36 V 9,700 rpm 65 Ohms 2.12 oz-in 18 mA 150 mA 4.78 4740 rpm/oz-in Gear Heads H30 and H40 with Oilite Bearings GearHead Max. torque Max. Motor Speed Max. Power Max. Axial Load Max. Radial Load Weight with motor H30 30 5000 1 36 36 4.2 H40 42 7500 2 54 36 5 Standard Gear Ratios 20:1 60:1 H40 40:1 100:1 oz-in rpm W oz oz 200:1 200:1 600:1 500:1 2500:1 1000:1 2000:1 5. For the motor in Figure 2 (a), draw the torque-speed curve for model 22-45-16.

          Series 22-45 6 Watts, 10,000 RPM Magnet AINiCo Efficiency up to 85% Commutator CuAg 0.15 segments Rotor Moment Brushes Graphite of Inertia 2010 oz-in^2 Bearings Oilite Mechanical Time Const. approx. 20 ms M2x4 Weight 2.7 oz 222 2
Dimensions - mm 1 mm + 0.0394 in Possible Combinations GearHeads H30, H40, P24 Tacho 20-08 Encoder HEDS-5500
Recommended Operational Data Speed max. 10,000 rpm Torque 0.7 oz-in Temperature -4 to +175F
13.5
12
455
Type Voltage No load speed Resistance Stall torque No load current approx. Recommended current Counter-EMF Speed/Torque Gradient
22-45-30 3 7,500 0.8 1.89 65 1000 0.51 3980
22-45-20 6 10,000 2.5 1.80 55 800 0.77 5560
22-45-16 9 10,100 4.5 2.19 45 600 1.15 4510
22-45-14 12 10,000 6 3.07 35 450 1.56 3270
22-45-12 18 9,700 14 2.95 25 300 2.34 3420
22-45-10 24 9,900 28 2.63 20 250 3.15 3780
22-45-08 36 V 9,700 rpm 65 Ohms 2.12 oz-in 18 mA 150 mA 4.78 4740 rpm/oz-in
Gear Heads H30 and H40 with Oilite Bearings
GearHead Max. torque Max. Motor Speed Max. Power Max. Axial Load Max. Radial Load Weight with motor
H30 30 5000 1 36 36 4.2
H40 42 7500 2 54 36 5
Standard Gear Ratios 20:1 60:1 H40 40:1 100:1
oz-in rpm W oz oz
200:1 200:1
600:1 500:1
2500:1 1000:1
2000:1
5. For the motor in Figure 2 (a), draw the torque-speed curve for model 22-45-16.
        
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series 22 45 6 watts 10000rpm magnet ainico efficiency up to 85 commutator cuag 015 segments rotor moment brushes graphite of inertia 2010oz in2 bearings oilite mechanical time constappr 20  18716

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Series 22-45 6 Watts, 10,000 RPM Magnet AINiCo Efficiency up to 85% Commutator CuAg 0.15 segments Rotor Moment Brushes Graphite of Inertia 2010 oz-in^2 Bearings Oilite Mechanical Time Const. approx. 20 ms M2x4 Weight 2.7 oz 222 2 Dimensions - mm 1 mm + 0.0394 in Possible Combinations GearHeads H30, H40, P24 Tacho 20-08 Encoder HEDS-5500 Recommended Operational Data Speed max. 10,000 rpm Torque 0.7 oz-in Temperature -4 to +175F 13.5 12 455 Type Voltage No load speed Resistance Stall torque No load current approx. Recommended current Counter-EMF Speed/Torque Gradient 22-45-30 3 7,500 0.8 1.89 65 1000 0.51 3980 22-45-20 6 10,000 2.5 1.80 55 800 0.77 5560 22-45-16 9 10,100 4.5 2.19 45 600 1.15 4510 22-45-14 12 10,000 6 3.07 35 450 1.56 3270 22-45-12 18 9,700 14 2.95 25 300 2.34 3420 22-45-10 24 9,900 28 2.63 20 250 3.15 3780 22-45-08 36 V 9,700 rpm 65 Ohms 2.12 oz-in 18 mA 150 mA 4.78 4740 rpm/oz-in Gear Heads H30 and H40 with Oilite Bearings GearHead Max. torque Max. Motor Speed Max. Power Max. Axial Load Max. Radial Load Weight with motor H30 30 5000 1 36 36 4.2 H40 42 7500 2 54 36 5 Standard Gear Ratios 20:1 60:1 H40 40:1 100:1 oz-in rpm W oz oz 200:1 200:1 600:1 500:1 2500:1 1000:1 2000:1 5. For the motor in Figure 2 (a), draw the torque-speed curve for model 22-45-16.
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Problem 4: A fan has four blades attached to a central shaft. The blades are l_f = 11 cm long and each blade have a uniformly distributed mass of m_f = 0.18 kg. The fan spins up from rest to an angular speed of ω_f = 111 rad/s in t_f = 0.85 s. 33% Part (a) Treat each fan blade as a uniform rod of length l_f rotating about its end. Enter an expression for the total change in the angular momentum ΔL of the fan during the spin up. Assume the angular momentum of the central shaft is insignificant. ΔL = 4/3 ( m_f l_f² ω_f ) Correct! 33% Part (b) Give an expression for the average torque τ_f that the fan’s motor exerts on the fan as it spins up. τ = 4/3 m ΔL_f² ( ω_f t_f ) (θ) X Attempts Remain 33% Part (c) If the fan spins through 7.5 rotations during the spin up, calculate the work W in joules, that the fan’s motor does on the fan.

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Transcript

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00:01 Hello students, in this question we have to find the transfer function between the output ? and the input voltage.
00:07 So the voltage equation from the circuit is, voltage equation from circuit is ldi dta plus ria plus kb d ?m by dt is equal to ei.
00:39 Now taking laplace on both side, laplace on both sides, ls plus r into ias plus kb s?, s ?m of s is equal to ei of s.
01:08 Now the other equations are, other equations are, let this be equation 1, jm ? double dot m plus t is equal to tm, that is equal to kia, well let this be equation 2.
01:36 Now t is equal to ? by ?m into tl and this is equal to ntl.
01:47 Jl ? double dot is equal to tl.
01:52 Now taking the laplace transform of equation number 2, equation number 2 is jm ? double dot m plus t is equal to tm, that is equal to kia.
02:05 Now taking the laplace, laplace of equation 2, we get jm plus n square jl into s square ?s is equal to nki, nkias...
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