Discover the precision and efficiency of our Rotary Index Table Calculator, designed to enhance your industrial machining processes. This innovative tool aids engineers and technicians in calculating precise rotational positioning, improving production accuracy and reducing setup time. Its user-friendly interface ensures seamless integration into your workflow, while robust algorithms deliver reliable results for a variety of applications. Optimize your operations with this essential resource, crafted to meet the demands of modern engineering. Experience the convenience and accuracy that the Rotary Index Table Calculator brings to your projects today.
Parameter Explanations
Number of Divisions (N): Number of indexing positions for the turntable.
Indexing Drive Time per Division (t1, s): Time for the drive to complete one indexing movement.
Indexing Time per Division (t2, s): Total time for one indexing cycle.
Input Shaft Speed (n, rpm): Rotational speed of the input shaft.
Large Gear Diameter (D2, mm): Diameter of the large gear.
Large Gear Weight (W2, kg): Weight of the large gear.
Small Gear Diameter (D1, mm): Diameter of the small gear.
Small Gear Weight (W1, kg): Weight of the small gear.
Fixture Weight (m1, kg): Weight of a single fixture.
Workpiece Weight (m2, kg): Weight of a single workpiece.
Number of Fixtures (N1): Total number of fixtures on the turntable.
Fixture Pitch Circle Radius (Re, mm): Distance from the center to the fixture position.
Turntable Base Support Effective Radius (Rf, mm): Effective support radius of the turntable base.
Cam Profile Angle (θ, deg): Cam angle for one indexing cycle.
Turntable Diameter (D, mm): Diameter of the turntable.
Turntable Thickness (Dh, mm): Thickness of the turntable.
Safety Factor (e): Design safety factor.
Friction Coefficient (μ): Friction coefficient between moving parts.
Hypothetical Efficiency (η): Assumed mechanical efficiency.
Maximum Radial Speed (Vm, m/s): Maximum radial speed of the turntable.
Maximum Axial Speed (Am, m/s): Maximum axial speed of the turntable.
Maximum Radial Force Coefficient (Qm): Maximum coefficient for radial force calculation.
Calculatrice
Calculation Results
Turntable Weight (Steel) (W3): 0 kg
Total Fixture Weight (W4): 0 kg
Total Workpiece Weight (W5): 0 kg
Small Gear Moment of Inertia (I1): 0 kg·m²
Large Gear Moment of Inertia (I2): 0 kg·m²
Turntable Moment of Inertia (I3): 0 kg·m²
Fixture Moment of Inertia (I4): 0 kg·m²
Workpiece Moment of Inertia (I5): 0 kg·m²
Output Shaft Max Angular Acceleration (α1): 0 rad/s²
Static Torque (Moment of Inertia Torque) (Ti): 0 N·m
Worktable Moment of Inertia Torque (Ti2): 0 N·m
Small Gear Moment of Inertia Torque (Ti1): 0 N·m
Friction Torque (Tf): 0 N·m
Working Torque (Tw): 0 N·m
Total Load Torque (Tt): 0 N·m
Actual Load Torque (Te): 0 N·m
Input Shaft Torque (Tc): 0 N·m
Required Power (P): 0 kW
