SYSTEM.INITIALIZE: BLUEPRINT_UNFOLD
DWG TITLEPORTFOLIO BLUEPRINT
DRAWN BYDINESH KUMAR
SCALE1:1
REVISIONA.02
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Mechanical Engineering

Belt Drive Simulator

Analyze rotation, velocity ratios, and belt travel speeds. Toggle standard presets or customize diameters to witness real-time driven pulley responses.

Drive Type
Flat Belt
Open arrangement
Sample Nodes
25 steps
Live sweep
Output
CSV
Export ready

Parameters

Drive Ratio Preset
Animate pulleys

Belt Kinematic Model

Driven pulley Speed
N2 = N1 × (D1 / D2) RPM
Speed Ratio
SR = D1 / D2
Belt Linear Velocity
v = (π × D1 × N1) / 60,000 m/s

At D1 = 100mm and D2 = 200mm, speed reduction ratio is 0.500.

Maximum belt speed reached is 25.66 m/s at 5000 RPM.

Variable-Linked Belt Diagram

C = 390 mmDriving Pulley (D1)100 mm @ 1500 RPMDriven Pulley (D2)750 RPM
Driven Speed (N2)
750RPM
Speed Ratio (SR)
0.500
Belt Velocity
7.85m/s
Centrifugal State
26%

Capacity percentage (Ref: 30 m/s max)

Velocity Profile curves (Driven vs Driving RPM)

Kinematic Sweep Nodes

Driving Speed (RPM)Driven Speed (RPM)Speed RatioBelt Velocity (m/s)
100 RPM50 RPM0.5000.52 m/s
300 RPM150 RPM0.5001.57 m/s
500 RPM250 RPM0.5002.62 m/s
700 RPM350 RPM0.5003.67 m/s
900 RPM450 RPM0.5004.71 m/s
1100 RPM550 RPM0.5005.76 m/s
1300 RPM650 RPM0.5006.81 m/s
1500 RPM750 RPM0.5007.85 m/s
1700 RPM850 RPM0.5008.90 m/s
1900 RPM950 RPM0.5009.95 m/s
2100 RPM1050 RPM0.50011.00 m/s
2300 RPM1150 RPM0.50012.04 m/s
2500 RPM1250 RPM0.50013.09 m/s
2700 RPM1350 RPM0.50014.14 m/s
2900 RPM1450 RPM0.50015.18 m/s
3100 RPM1550 RPM0.50016.23 m/s
3300 RPM1650 RPM0.50017.28 m/s
3500 RPM1750 RPM0.50018.33 m/s
3700 RPM1850 RPM0.50019.37 m/s
3900 RPM1950 RPM0.50020.42 m/s
4100 RPM2050 RPM0.50021.47 m/s
4300 RPM2150 RPM0.50022.51 m/s
4500 RPM2250 RPM0.50023.56 m/s
4700 RPM2350 RPM0.50024.61 m/s
4900 RPM2450 RPM0.50025.66 m/s