Calculation formulas for BE.. brake as a working brake

• Formula 1.0: Static load torque at the motor shaft
• Formula 1.1: Checking the braking torque (braking and holding function)
• Formula 1.2: Speed difference during brake application
• Formula 1.3: Calculating the brake application speed
• Formula 1.4: Calculation of the permitted starting frequency of the motor for an acceleration phase
• Formula 1.5: Calculation of the permitted cycle switching frequency of the motor while considering all acceleration phases
• Formula 1.6: Check of the motor's cycle switching frequency
• Formula 1.7: Calculating the maximum occurring braking work
• Formula 1.8: Check of the maximum occurring braking work against permitted braking work
• Formula 1.9: Calculating the total braking work per travel cycle
• Formula 1.10: Calculation of the number of cycles until brake maintenance
• Formula 1.11: Calculation of the brake service life
• Formula 1.12: Calculating the torque effective on the gear unit output during braking
• Formula 1.13: Back-driving efficiency for gear units with efficiency ηG < 90%
• Formula 1.14: Checking the torque load of the gear unit output
• Formula 1.15: Calculating the effective gear unit radial force during braking
• Formula 1.16: Checking the overhung load of the gear unit output
• Formula 1.17: Calculating the braking speed of the application
• Formula 1.18: Calculating the typical maximum braking time
• Formula 1.19: Calculating the typical maximum braking distance
• Formula 1.20: Calculating the typical maximum stopping distance
• Formula 1.21: Calculating the repeat accuracy of the typical braking and stopping distance
• Formula 1.22a: Calculating the typical minimum braking time (for gear units with nG ≥ 90%)
• Formula 1.22b: Calculating the typical minimum braking time (for gear units with nG < 90%)
• Formula 1.23: Calculating the typical maximum deceleration when braking