AM3021-0C01
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The Beckhoff AM3021-0C01 is a synchronous servomotor and part of the AM Servo Motor Series with a rated speed of 8000 min^-1. It operates on 480 V AC and delivers a peak torque of 1.65 Nm, while the nominal voltage is 480 V. Maximum standstill torque is 0.48 Nm while the rotor moment of inertia measures 0.107 kgcm².
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The servo motor AM3021-0C01 is manufactured by Beckhoff. The Beckhoff AM3021-0C01 is a synchronous servomotor, a brushless DC motor designed for precise motion control in demanding applications. It is part of the AM Servo Motor Series and boasts a rated speed of 8000 min^-1, making it suitable for high-speed operations. The motor operates on a 480 V AC power supply and delivers a peak torque of 1.65 Nm, providing substantial power for driving mechanical loads. A key feature of the AM3021-0C01 is its synchronous operation. Synchronous motors are known for their ability to maintain a constant speed directly proportional to the supply frequency, ensuring precise timing and control.
The motor's maximum standstill torque is 0.48 Nm, indicating its ability to overcome static friction and initiate motion from a standstill. This is important for applications requiring quick starts and stops, as well as holding a load in a fixed position. The rotor moment of inertia, measuring 0.107 kgcm² is a critical parameter influencing the motor's dynamic response. A lower moment of inertia allows for faster acceleration and deceleration, making the motor more responsive to changes in speed or position commands. This is particularly important in applications requiring rapid and precise movements, such as robotics and automation systems. The motor is designed to operate within an ambient temperature range of +5 to +40 °C, ensuring reliable performance in typical industrial settings.
The AM3021-0C01 employs a resolver, a rotary electrical transformer, as its feedback mechanism. Resolvers provide accurate information about the rotor's position, enabling the motor controller to precisely regulate speed and torque. This feedback loop ensures that the motor performs as commanded, maintaining stability and accuracy even under varying load conditions. The motor is convection-cooled, relying on the natural flow of air to dissipate heat generated during operation. This cooling method is suitable for applications where the motor is not enclosed or operating under extreme load conditions. The AM3021-0C01 utilizes an M23 connector for electrical connections, providing a secure and reliable interface for power and feedback signals. Wake Industrial offers a year warranty after purchase.
Frequently Asked Questions about AM3021-0C01:
Q: What kind of feedback mechanism does the AM3021-0C01 use?
A: The AM3021-0C01 uses a resolver for feedback. This provides accurate information about the rotor's position, allowing for precise control of speed and torque.
Q: How is the AM3021-0C01 cooled?
A: This servo motor is convection-cooled, meaning it relies on the natural flow of air to dissipate heat. This is suitable for most applications unless the motor is enclosed or operating under very high loads.
Q: What is the peak torque of the AM3021-0C01?
A: The AM3021-0C01 has a peak torque of 1.65 Nm. This represents the maximum torque the motor can deliver for short periods, useful for acceleration or overcoming high loads.
Q: What is the significance of the rotor moment of inertia?
A: The rotor moment of inertia, measuring 0.107 kgcm² in this motor, affects its dynamic response. A lower value allows for faster acceleration and deceleration, making the motor more responsive.
Q: What type of connector does the AM3021-0C01 use?
A: The AM3021-0C01 utilizes an M23 connector for electrical connections. This type of connector provides a secure and reliable interface for power and feedback signals.
