The current loading on the power supply for a group of ConveyLinx-Ai Family Moduless depends upon the Motor Type selected in EasyRoll+. Each of these motor types is based upon the desired acceleration torque performance required and is shown in EasyRoll+ as a current value.
![]()
!Unlike 24V Senergy-Ai where starting current, starting current duration, and ECO vs. BOOST modes are used; ConveyLinx-Ai2-48 and ConveyLinx-Ai3-48-FC modules provide Acceleration Torque on Demand and this torque is limited by the Motor Type current limit settings applied in EasyRoll.
| |
EasyRoll+ Motor Type Setting |
| 1.7A |
2A |
2.5A |
3.5A |
4A |
| Power supply load per Motor Port at rated torque at maximum speed |
1.9 A |
2.2 A |
2.7 A |
3.7 A |
4.0 A |
!IMPOTRANT: Even though you can size your power distribution based upon the Acceleration Torque on Demand Current Limit, extended operation at any current above the Rated Current of 1.6A will eventually result in overheating of the motor.
*Please note that the current values shown are per Motor Port, so if both Motor Ports are being used on a given ConveyLinx-Ai Family Modules.
The current load seen by the power supply for that module will be 2 x value shown.
*The current values are at rated speed and at rated torque. The current will be less if rated torque is not required by the motor.
!Pulseroller assumes the user is aware of MDR power requirements for the application and that the user and/or installer have properly sized 24VDC power supplies and wiring based upon all applicable codes and standards. Pulseroller also assumes installation will follow proper equipment grounding practices. “DC common or -”on all power supplies should always be connected to ground. Improper power supply sizing and/or improper grounding practices may produce unexpected results.
