Conveylinx-Ai2/Ai3 48V Family

• Dropdown of Motor Types
• Each type is related to motor performance
• List shows only types available for the controller being viewed

• Checkbox to enable the speed to be 7% faster than the configured speed setting

• Selects either Clockwise or Counterclokwise
• See Motor Rotation in Appendix for more information

• Dropdown of Holding Brake Methods
• List shows only types available for the controller being viewed

• Value input box to enter desired speed
• Motor speed value is in m/sec
• Valid max and min speeds are encoded into the motor roller and read by the ConveyLinx module

• When checked, motor accel / decel is based upon constant G-force
• With this setting enabled the accel time and distance is variable

• Value input box to enter desired acceleration value
• When Use G-Force is unchecked, the value is distance in mm
• When Use G-Force is checked, the value is in m/sec²

• Value input box to enter desired deceleration value
• When Use G-Force is unchecked, the value is distance in mm
• When Use G-Force is checked, the value is in m/sec²

• Click button to apply these settings to a range of modules.
• Pop-up dialogue box will provide list of other controllers to apply the settings to
• Settings will only apply to the side of the controller (Left or Right) for which you are changing settings

• Includes Motor Type drop down, 7% Overspeed checkbox, Motor Direction drop down, Brake Method drop down, Speed textbox, Use G-Force checkbox, Acceleration textbox, Deceleration textbox, and the Set All button.
• The Set All button provides the ability to make a setting apply to multiple motors in one or more subnets
• This section of the image is the only portion that is available when online AND offline

• When toggled the motor will run, great for trouble shooting

• Potential motor errors include Voltage Drop (<18V), Motor Short-Circuit, Max Torque, Overload, Motor Stalled, Motor Sensor Error, Overheat, Overvoltage, Compensator Overload, Performance Limit
• At the end of this section shows the number of Motor Errors that have been counted by the module

• Includes Real Speed, Current, Motor Temperature, Module Temperature, and Operating Time
• Each represented data point will change as the reading changes when online, these values are not represented when offline

• Shows the information for motors that have been connected to the left motor port for the left, and right motor port for the right.
• Please note that this may display testing / factory data on new modules, so seeing Japan or Europe on this log is normal.

• If the Roller has a greater diameter due to the circumstance of your application (coatings, etc), this should be entered and accounted for so that the system can accurately track the roller
• Diameter must be in millimeters

• Clear short-circuit errors on both connected motors by clicking this button