AKM2G-33H-ANDNCA00
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The AKM2G-33H-ANDNCA00 is a highly efficient magnetic motor offering a continuous torque of 10.3 Nm and a peak torque of 30 Nm. Produced by Kollmorgen as part of the AKM2G Magnetic Motors series, it weighs 10.5 kg. Its design features a rotatable M23 connector, PTC thermal sensor, and IEC B14 flange mounting style.
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Product Description:
The AKM2G-33H-ANDNCA00 is a servo motor built by Kollmorgen. It comes in the AKM2G-33H size, which makes it suitable for use in compact mechanical setups. The motor works with a top input voltage of 400 VAC. It has four magnetic pole pairs that help produce effective torque. Its structure supports a maximum mechanical speed of 8000 rpm.
This AKM2G-33H-ANDNCA00 servo motor can supply 3.85 Nm of steady torque when the winding temperature reaches 100 degrees C. It draws a continuous current of 5.80 A at this same temperature. It delivers a steady torque of 3.67 Nm when operating at 60 degrees C. The motor also reaches a peak torque of 14.6 Nm and can handle a peak current of 23.2 A. These values allow the motor to take on quick load changes while keeping performance stable during brief overloads. The AKM2G-33H-ANDNCA00 servo motor gives a rated torque of 3.20 Nm when powered by 480 VAC. It runs at a rated speed of 4600 rpm under these settings and produces 1.77 kW of output power equal to about 2.38 hp. It delivers 3.11 Nm of rated torque and reaches a rated speed of 5800 rpm with a 400 VAC input. This results in a power output of 1.57 kW, or roughly 2.11 hp. It gives the users adaptability in different voltage settings.
The torque constant of the AKM2G-33H-ANDNCA00 servo motor is 0.683 Nm/A. It shows how much torque is created per amp of phase current. Its back EMF constant is 44.1 Vrms/krpm. The motor constant is 0.426 Nm/W to show the efficiency of the motor related to heating. It has a winding resistance of 3.82 Ohms and a Q-axis inductance of 4.0 mH. The saturation current for inductance is rated at 105.5 A.
Frequently Asked Questions about AKM2G-33H-ANDNCA00:
Q: Why does AKM2G-33H-ANDNCA00 use four pole pairs?
A: The AKM2G-33H-ANDNCA00 servo motor uses four pole pairs to balance torque density with smooth rotation. This improves motion precision while minimizing cogging effects.
Q: How does back EMF affect AKM2G-33H-ANDNCA00 performance?
A: In the AKM2G-33H-ANDNCA00 servo motor, 44.1 Vrms/krpm back EMF ensures better velocity control. It also helps in tuning dynamic response with less overshoot.
Q: What is the role of motor constant 0.426 Nm/W?
A: For the AKM2G-33H-ANDNCA00 servo motor, this value reflects efficient torque-to-heat conversion. It helps in designing thermal management systems effectively.
Q: Why is Q-axis inductance 4.0 mH in AKM2G-33H-ANDNCA00?
A: The AKM2G-33H-ANDNCA00 servo motor uses 4.0 mH Q-axis inductance to filter current ripple. It stabilizes control signals during fast acceleration or deceleration.
Q: Why is winding resistance 3.82 Ohms in AKM2G-33H-ANDNCA00?
A: The AKM2G-33H-ANDNCA00 servo motor uses moderate resistance to balance heat loss and torque control. This supports longer operation at consistent temperatures.
