AM3033-0H40-0000
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The AM3033-0H40-0000 servo motor features a rotary encoder type, a shaft diameter of 6 mm, and a protection class of IP65. Part of the AM Synchronous Servo Motors series by Beckhoff, it operates at a maximum rotational speed of 6000 rpm and supports a supply voltage range of 4.75 to 30 VDC.
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Product Description:
Beckhoff designed AM3033-0H40-0000 Servomotor is built for accuracy motion applications for industrial automation. It has an EnDAT encoder for precise position feedback. Smooth shaft and no brake are found in this version. Flexible cable routing is accommodated through the rotatable angled connector. Special configurations are not implemented in this version.
The AM3033-0H40-0000 servomotor length is 171.8 mm without the brake and up to 203.3 mm with the brake included. The unit is 2.90 kg when in the normal configuration and 3.25 kg with a brake. The maximum radial load allowed in this motor is 195 N. The rated axial load capacity of the motor is 65 N. Rotor moment of inertia is 0.85 kg·cm². This helps the motor to maintain stable operations. The time constant for heat is 20 minutes, helping in the controlled heating buildup. The housing of AM3033-0H40-0000 servomotor is protected to IP65 standards, whereas the shaft meets IP54. The motor utilizes Class F insulation according to IEC 60085 standards for safe operation under high temperatures. The resistance of the winding is 1.96 Ω at 25°C, and the inductance is 4.1 mH rated. This servomotor is designed for reliable and consistent electrical performance.
The AM3033-0H40-0000 servomotor has a rated output of 1.31 kW. It has a rated speed of 2500 min⁻¹ and a mechanical limit of 8000 min⁻¹. It has a rated torque of 2.27 Nm and a standstill torque of 2.88 Nm. The peak torque of the motor is 12.0 Nm under load. Standstill current is 5.62 A, while peak current is up to 28.1 A. The torque constant is 0.52 Nm/A, and the voltage constant is 33.4 mV/min. It features a design of 8 poles for optimal torque production. Static friction torque is rated at 0.026 Nm.
Frequently Asked Questions about AM3033-0H40-0000:
Q: Why is IP54 protection sufficient for the shaft in AM3033-0H40-0000 servomotor?
A: The IP54 shaft protection in AM3033-0H40-0000 is adequate for guarding against dust and splashes. It ensures functional reliability in controlled industrial environments.
Q: How does the EnDAT encoder in AM3033-0H40-0000 enhance position accuracy?
A: The EnDAT encoder in AM3033-0H40-0000 provides high-resolution feedback, enabling precise position control vital for automation. This enhances responsiveness and reduces positioning errors.
Q: How does the 8-pole design of AM3033-0H40-0000 contribute to its torque profile?
A: The 8-pole design of AM3033-0H40-0000 improves magnetic field interactions for better torque density. This supports high-performance motion control applications.
Q: How does Class F insulation improve thermal performance in AM3033-0H40-0000?
A: Class F insulation in AM3033-0H40-0000 allows it to operate at higher temperatures safely. This ensures longer motor lifespan under demanding thermal conditions.
Q: Why is 0.85 kg·cm² rotor inertia important in AM3033-0H40-0000?
A: With 0.85 kg·cm² rotor inertia, AM3033-0H40-0000 achieves smoother acceleration and deceleration. This helps maintain stability during high-speed changes.
