Float

• [mm] all parameters values are transmitted as float values =>
  position [mm], velocity [(mm)/(s)], acceleration [(mm)/(s^(2))], jerk [(mm)/(s^(3))] , current values [A], times [s]
• [m] all parameters values are transmitted as float values =>
  position [m], velocity [(m)/(s)], acceleration [(m)/(s^(2))], jerk [(m)/(s^(3))] , current values [A], times [s]
• [Inch] all parameters values are transmitted as float values =>
  position [Inch], velocity [(Inch)/(s)], acceleration [(Inch)/(s^(2))], Ruck [(Inch)/(s^(3))] , current values [A], times [s]
• [rad] all parameters values are transmitted as float values =>
  position [rad], velocity [(rad)/(s)], acceleration [(rad)/(s^(2))], jerk [(rad)/(s^(3))] , current values [A], times [s]
• [Degree] all parameters values are transmitted as float values =>
  position [Degree], velocity [(Degree)/(s)], acceleration [(Degree)/(s^(2))], jerk [(Degree)/(s^(3))] , current values [A], times [s]
• [intern] all parameters values are transmitted as float values =>
  position [intern], velocity [(intern)/(s)], acceleration [(intern)/(s^(2))], jerk [(intern)/(s^(3))] , current values [A], times [s]

  All data in this unit system is calculated internally with a system that is based on the motor revolutions. The gear transmission ratios are not taken into account.

  
  

  This system should only be used for testing purposes!