AKM32D-ACCNDB-01
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The AKM32D-ACCNDB-01 is a Kollmorgen AKM series synchronous servo motor designed for industrial automation applications. This 3-phase motor operates at 230V and offers a rated load of 2 HP. It features a frequency inverter drive type and a thermal time constant of 17 minutes.
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Product Description:
The AKM32D-ACCNDB-01 is a synchronous servo motor from Kollmorgen, a well-known industrial automation company. It’s for precise motion control in harsh applications. 3 phase means 3 AC waveforms are used to generate the rotational force. 3 phase is common in industries due to its efficiency and smooth power delivery. Operates at 230V, a common voltage in many industrial environments, so it will fit into existing power systems. The rated load is 2 HP (horsepower). That means the amount of mechanical power the motor can deliver continuously under normal operating conditions. In simple terms, it’s the size and type of load the motor can drive.
The motor is a frequency inverter drive type, so it allows precise control of speed and torque by adjusting the frequency of the power supplied to it. This is important in automation applications where variable speed and torque are required. The thermal time constant (TTH) of 17 minutes is how long it takes for the motor to reach its operating temperature. This is an important factor in determining the motor’s duty cycle and preventing overheating. A longer thermal time constant means the motor can operate longer before reaching its thermal limits. Weight 2.23 kg and rotor moment of inertia 0.59 kgcm² are important for understanding its dynamic behavior. Weight affects how easily the motor can be integrated into a system. Rotor moment of inertia affects how fast the motor can accelerate or decelerate.
A peak torque of 7.05 Nm is the maximum torque the motor can produce for a short time, which is important for overcoming sudden loads or accelerations. Torque constant 0.92 Nm/A is the amount of torque produced per ampere of current. This value is for sizing the drive and understanding the motor’s torque capability. A winding resistance of 10.3 Ω and a voltage constant of 59.0 mV/min⁻¹ are the electrical parameters. Winding resistance affects the motor’s efficiency and heat generation and voltage constant relates the motor’s speed to the voltage applied to it. These parameters are important for drive selection and motor control.
Frequently Asked Questions about AKM32D-ACCNDB-01:
Q: What are the electrical specifications of the AKM32D-ACCNDB-01?
A: This servo motor operates at 230V and is a 3-phase unit. It has a rated load of 2 HP and features a winding resistance of 10.3 Ω and a voltage constant of 59.0 mV/min⁻¹.
Q: What is the peak torque and torque constant of this motor?
A: The AKM32D-ACCNDB-01 provides a peak torque of 7.05 Nm and a torque constant of 0.92 Nm/A, ensuring high-performance motion control for demanding industrial applications.
Q: What type of drive does this servo motor require?
A: This motor is designed to work with a frequency inverter drive, which allows for precise speed and torque adjustments, making it suitable for dynamic load conditions.
Q: What are the physical dimensions and weight of the AKM32D-ACCNDB-01?
A: The motor has a compact and lightweight design, weighing 2.23 kg, with a rotor moment of inertia of 0.59 kgcm², making it easy to integrate into various machine setups.
Q: How does the thermal time constant affect the motor’s performance?
A: The thermal time constant (TTH) of 17 minutes indicates how quickly the motor reaches its steady-state operating temperature. A longer thermal time constant helps maintain stable performance and prevents overheating during extended use.
