AKM2G-41D-ANDNCA00
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The Kollmorgen AKM2G-41D-ANDNCA00, part of the AKM2G Magnetic Motors series, features a frame size of 40 mm and operates at a rated power of 0.3 kW. It delivers a peak torque of 1.44 Nm and a rated torque of 0.48 Nm, running at a rated speed of 6000 RPM. The motor includes an IP65 protection class for enhanced durability.
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Product Description:
The AKM2G-41D-ANDNCA00 Servo motor is designed for industrial automation use. It belongs to the second-generation AKM2G motor family produced by Kollmorgen. This model has a compact 88 mm housing size. It features rotor length 1, the shortest rotor in this series. It is designed with winding code D, which provides consistent electrical output across various operating conditions.
The AKM2G-41D-ANDNCA00 servo motor has a mounting style that follows IEC standards, with a shaft accuracy level labeled as code N. The shaft includes a keyed section with a smooth finish to offer flexible ways to connect with mechanical parts. It operates up to a maximum voltage of 480 VAC. The motor supplies a continuous torque of 2.87 Nm at a winding temperature of 100 degrees C. It also draws the steady current of 2.92 A. The motor comes with standard feedback type A to support Resolver or SFD3 systems. The motor is equipped with both a PT-1000 and a PTC element. This enables efficient temperature tracking. The AKM2G-41D-ANDNCA00 servo motor can reach speeds up to 6000 rpm. The continuous torque drops to 2.22 Nm at 60 degrees C. This servo motor is capable of reaching a peak torque of 7.25 Nm. It requires up to 9.27 Arms during operation. Its static friction is rated at 0.0230 Nm, and viscous friction is measured at 0.00450 Nm/krpm. The thermal impedance from windings to the surrounding air is 0.880 K/W, and the thermal delay time is 17 minutes. It weighs 2.90 kg, not including brake parts.
The AKM2G-41D-ANDNCA00 servo motoris classified under insulation class F to allow the winding temperatures up to 155 degrees C. It should be used in environments not exceeding 40 degrees C. The IP65 rating ensures protection with a shaft seal, and it cools through natural airflow without external cooling systems. The rotor inertia is low at 0.774 kgxcm^2 to support the fast speed changes.
Frequently Asked Questions about AKM2G-41D-ANDNCA00:
Q: Why does AKM2G-41D-ANDNCA00 use low rotor inertia?
A: The AKM2G-41D-ANDNCA00 servo motor uses low rotor inertia to enable rapid speed changes. This benefits applications requiring fast dynamic positioning.
Q: Why is insulation class F used in AKM2G-41D-ANDNCA00?
A: Class F in the AKM2G-41D-ANDNCA00 servo motor allows high thermal tolerance. It extends motor life in thermally demanding conditions.
Q: Why resolver feedback used in AKM2G-41D-ANDNCA00?
A: Resolver feedback in the AKM2G-41D-ANDNCA00 servo motor offers strong resistance to electrical noise. It's ideal for harsh industrial environments.
Q: Why does AKM2G-41D-ANDNCA00 have a keyed smooth shaft?
A: The AKM2G-41D-ANDNCA00 servo motor includes a keyed and smooth shaft for flexible coupling. It enables both slip-fit and tight-fit configurations.
Q: Why is thermal impedance 0.880 K/W in AKM2G-41D-ANDNCA00?
A: The AKM2G-41D-ANDNCA00 servo motor uses this impedance for optimized passive heat flow. It balances compact design with effective thermal transfer.
