AKM2G-44J-ANDNCA00
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The AKM2G-44J-ANDNCA00 synchronous servo motor boasts a nominal voltage of 230 V, a rated torque of 5.4 Nm, a peak torque of 16.2 Nm, and digital resolver feedback (SFD3). Designed within the AKM2G Magnetic Motors series by Kollmorgen, it features IP65 protection and angular connectors for reliable performance.
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Product Description:
The global producer Kollmorgen as part of the AKM2G magnetic motors series introduces the new variant AKM2G-44J-ANDNCA00 which underscores its role in precision automation. Synchronous servo motor design maintains exact speed tracking under load variations which secures steady motion control. Size 44 frame provides a compact envelope which enables installation in constrained machine layouts. Stack length "J" increases the rotor's axial span which enhances thermal dissipation and supports extended duty cycles.
The nominal rated voltage of 230 V aligns with standard industrial power levels, simplifying overall system compatibility. With a rated power of 1.07 kW, the module supports moderate output demands, making it suitable for applications requiring medium energy input. A rated torque of 5.4 Nm maintains consistent load handling that ensures uniform mechanical force during continuous operation. Moreover, a rated speed of 3000 rpm promotes consistent rotational performance, making it effective for applications involving repetitive motion. With a peak torque rating of 16.2 Nm, the device accommodates temporary torque surges and offers necessary backup strength during rapid acceleration phases. The use of a digital resolver (SFD3) for feedback provides strong positional data, improving motion precision across cycles.
This component employs connection type angular connectors which optimize cable routing and reduce strain on terminations. An IP65 enclosure rating withstands dust ingress and low pressure washdowns to protect internal components. PTC thermal sensor monitors winding temperature that also guards against overheating. 6 frame sizes are offered by this unit to deliver application flexibility across diverse machine scales. 23 frame-stack combinations of AKM2G-44J-ANDNCA00 are further available which permits precise motor matching to space and performance demands. Over 70 standard winding variants support tailored voltage and speed configurations. Its rotor inertia adds only 0.36 kgxcm^2 which improves dynamic responsiveness and minimizes overshoot. The motor's energy efficiency rises by 2-5 percent, thus reduces power consumption and lowers operating costs.
Frequently Asked Questions about AKM2G-44J-ANDNCA00:
Q: What defines the AKM2G-44J-ANDNCA00's motor type?
A: The AKM2G-44J-ANDNCA00 uses synchronous servo motor topology. This aligns rotor magnetic fields with stator currents to maintain constant speed and torque under fluctuating load conditions.
Q: How does frame size impact AKM2G-44J-ANDNCA00 integration?
A: A Size 44 frame encloses stator and rotor in a reduced form factor to enable placement within tight machine architectures without compromising power density.
Q: What role does digital resolver feedback play in AKM2G-44J-ANDNCA00?
A: Digital resolver feedback (SFD3) delivers high-resolution position data which enhances loop precision and minimizes tracking errors.
Q: How does 16.2 Nm peak torque improve AKM2G-44J-ANDNCA00 performance?
A: Its peak torque of 16.2 Nm offers short-term overload capacity, accommodating an abrupt acceleration demands without motor stall.
Q: Why is no brake option selected for AKM2G-44J-ANDNCA00 module?
A: Excluding a holding brake reduces motor mass and simplifies control wiring which lowers total system complexity.
