Product Description:

The AKM2G-33E-ANDNCA00 is a servo motor produced by Kollmorgen within the AKM2G Magnetic Motors series. Designed for closed-loop industrial automation, the unit converts drive commands into precise rotary motion that can be coupled directly to machinery or used through a gearbox. The motor uses rotor length code 3 for medium torque requirements, and the standard customization level keeps the configuration straightforward within the series. This makes the unit suitable for compact indexing axes, packaging equipment, and other machines that rely on repeatable position control during continuous production.

It can operate in ambient temperatures from 5–40 °C, allowing installation in normal plant environments without additional climate control. The housing supports a compact 72 mm frame that helps reduce the footprint in multi-axis assemblies. Power and feedback are routed through a single HTEC M23 connector, and the mating side is sealed to IP65, so airborne dust and washdown splashes do not easily reach the connection point. Integrated position data is supplied by the SFD3 Smart Feedback Device Gen. 3, which gives compatible drives the information needed for smooth speed regulation and accurate commutation. The motor is supplied without a holding brake, so power-off shaft retention must be provided by an external device when the application requires it.

For alignment with standard gearboxes and mounting plates, the flange uses an IEC with accuracy N profile that supports precise mounting on common machine interfaces. During operation, the winding insulation tolerates ambient moisture up to 95% relative humidity, allowing use in humid production areas when condensation is avoided. The motor has a smooth shaft, which supports direct coupling with clamp hubs or collets and helps reduce wear at the sealing surface. Continuous temperature monitoring is handled by a PT-1000 + PTC sensor pair that relays real-time coil data to the drive. This lets the control system respond to rising winding temperature before thermal stress affects sustained operation.