Features

  Up to 20 axes in a shared bus or stand alone configuration

  Rotary and linear motors

  Full database search, add, edit and delete:
          Motors, gear motors, gearboxes, couplings, drives, infeed, bleeder and capacitor modules

  Power calculations for:
          Regenerative power modules with a controlled bus
          Line rectifier power modules with an uncontrolled bus

  Gearbox efficiency curves

  Metric and Imperial units

  12 drive mechanisms which include both rotary and linear loads

  Up to 5000 move segments per axis
           Motion Profiles
                    S-curved (jerk) profiles (E.g. m/s³, °/s³, or % Scurving)
                    Sine
                    Cycloidal
                    Modified Sine
                    Modified Trapezoid
                    Parabolic
                    Polynomial 5th
                    Polynomial 7th
          In-position window calculation to determine the effective move time
          Input parameters include:

 

Stroke

(m or °)

 

Start Velocity

(m/s or °/s)

 

Max Velocity

(m/s or °/s)

 

End Velocity

(m/s or °/s)

 

Acceleration

(m/s² or °/s²)

 

Deceleration

(m/s² or °/s²)

 

Accel Jerk

(m/s³, °/s³, or % SCurving)

 

Decel Jerk

(m/s³, °/s³, or % SCurving)

  Overload monitoring
          Infeed Module: Pxt
          Inverter: Ixt
          Motor: I2t

  User specified safety margins for all components

  System Check ensures all components are operating within margins

  Bill of Material

  Ratio Analysis for gearboxes and transformations

  Bus Discharge analysis

  Inertia and mass calculator (inputs saved with project)

  Charting and exporting of key performance data

 

Load

Position vs time
 Velocity vs time
 Accel vs time
Jerk vs time
Mass/Inertia vs time
Thrust vs time

 

Transformation 2

Output position vs time
Output velocity vs time
Output accel vs time
Output torque vs input rpm

 

Gearbox

Output position vs time
Output velocity vs time
Output accel vs time
Output torque vs time
Output torque vs input rpm
Efficiency vs input rpm
 Axial load at output
Radial load at output
Axial load at input
Radial load at input
 

Transformation 1

Output position vs time
Output velocity vs time
Output accel vs time
Output torque vs input rpm

 

Motor

Position vs time
 Velocity vs time
 Accel vs time
 Torque vs time
Energy vs time
Torque vs rpm
 Torque vs current

 

Drive

Inverter current vs time
 Inverter real power (W) vs time
Inverter apparent power (VA) vs time

 

System Power

System supply power vs time
 Bus supply power vs time
Bleeder power vs time
Bus energy vs time
 Bus discharge energy vs time


Related topics

  Overview
  Compare Versions
   Common Tasks