AKM2G-31C-ANDNCA00
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The AKM2G-31C-ANDNCA00 synchronous servomotor features a standard flange mounting, a compact 31 (80 mm) frame size, and employs a single cable DSL feedback device. As part of the AKM2G Magnetic Motors series by Kollmorgen, it utilizes natural convection cooling and comes with standard protection for reliable performance.
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Product Description:
The AKM2G-31C-ANDNCA00 is an AKM2G series motor developed by Kollmorgen in a 72 mm frame size. It has a keyless plain shaft which rotates with a peak mechanical speed of 8000 rev/min to deliver a peak torque of 5.99 Nm. This model has four pairs of poles to generate balanced torque and it possess class F electrical insulation to stay stable under rated thermal usage.
The AKM2G-31C-ANDNCA00 motor features a PT sensor and avalanche PTC to provide superior thermal protection. It has a thermal resistance of 0.980 K/W that supports efficient heat dissipation through an integrated platinum plat heatsink, that measures 10" x 10" x 1/4". The continuous torque of the motor is 1.68 Nm and it utilizes 1.48 A of steady current. The AKM2G-31C motor has a rated power consumption of 412 W to fit into mid-level automation applications. It connects through the speedTec rotatable connector to power lines and the connector is IP65 protected for electrical safety. The motor lacks a holding brake from the pre-assemble structure but supports a brake with an angular inertia of 0.120 kgxcm^2. The AKM2G-31C motor has a torque constant of 1.16 Nm/Arms and its internal resistance is 21.4 ~10% Ohm while the minimum inductance is 46.0 mH.
The AKM2G-31C-ANDNCA00 motor is presented with an inertia of 0.426 kgxcm^2and without a holding brake the motor has a mass of 1.8 kg. Its employed feedback system has an accuracy of ~540"and it possess 24 bits resolution for precise positioning. The AKM2G-31C motor requires a three phase 480 V AC supply to operate and has a saturation current of 20 Arms for reliable operation during dynamic control. It is available online on Wake Industrial.
Frequently Asked Questions about AKM2G-31C-ANDNCA00:
Q: What is the significance of the PT-1000 sensor in the AKM2G-31C-ANDNCA00 motor?
A: It provides precise thermal monitoring, ensuring optimal performance under varying load conditions. This helps in preventing overheating and enhancing motor longevity.
Q: Why does the AKM2G-31C-ANDNCA00 motor have a saturation current of 20 Arms?
A: A saturation current of 20 Arms allows the motor to maintain reliable performance during dynamic control without risk of electrical instability or damage. It ensures smooth operation under high-demand scenarios.
Q: How does the motor's feedback system with 24-bit resolution improve performance?
A: The high-resolution feedback system offers precise positioning, which is crucial for applications requiring fine control. With a resolution of 24 bits, it ensures minimal errors in positioning, enhancing overall system accuracy.
Q: Why is the AKM2G-31C-ANDNCA00 motor's rotor inertia set at 0.426 kg cm^2?
A: The rotor inertia of 0.426 kg cm^2 contributes to fast acceleration and deceleration, making the motor suitable for dynamic, high-performance applications. It ensures smooth transitions in controlled environments.
Q: What role does the class F electrical insulation play in the AKM2G-31C-ANDNCA00 motor?
A: Class F electrical insulation ensures the motor can operate under higher temperature conditions, maintaining stability during continuous thermal cycling. This enhances the motor's durability in demanding industrial settings.
