Product Description:

The AKM2G-54L-ANDNCA00 is a servo motor manufactured by Kollmorgen and supplied within the AKM2G Magnetic Motors series. As a rotary actuator for industrial automation, it converts commanded current into accurate torque and position, allowing coordinated motion in packaging, printing, and material-handling axes. Its compact servo design supports precise speed control and repeatable positioning in automated machinery that requires smooth dynamic response. This makes the motor suitable for synchronized axes that must follow changing commands without excessive settling time.

The motor’s I/O hardware supports field installation through an htec M23 hybrid connector that combines power and feedback leads. This connector is sealed to IP65, so dust ingress and low-pressure water jets will not compromise electrical joints. Position and speed information are returned by the SFD3 Smart Feedback Device Gen. 3, enabling high-resolution electronic commutation without a separate encoder cable. Mechanical coupling follows an IEC flange with accuracy N pattern, simplifying alignment to gearboxes or machine frames that use IEC dimensions. Thermal supervision is handled by a PT-1000 + PTC sensor pair; the platinum element supplies linear temperature data for the drive, while the PTC acts as an over-temperature switch. The motor is a standard customization and is built without a holding brake, so external means must secure the load when power is removed. A rotor length code of 4 increases electromagnetic stack height and continuous torque density compared with shorter variants.

Environmental limits place the winding and bearing system within 5 to 40 °C ambient conditions, and the varnish system tolerates up to 95% relative humidity without condensation. The housing corresponds to a 114 mm frame size, providing consistent mounting holes and a compact mass moment for servo response. A smooth shaft reduces wear on lip seals and permits backlash-free clamping couplings in precision drives. Proper installation and ventilation help the motor remain within these operating limits during continuous duty, frequent cycling, and other demanding motion tasks.