MRT530L-3N-0410-NNNN
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911305058
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The MRT530L-3N-0410-NNNN synchronous motor developed by Rexroth Indramat. It offers 1100 min⁻¹ max speed, 112kg rotor mass, and 410mm rotor diameter. Its water cooling and thermal class 155(F) ensure efficient operation.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The MRT530L-3N-0410-NNNN is a new type of synchronous motor developed by Rexroth Indramat and applied to industrial automation systems with precision and stability demands. This motor is one of the top brands in the world and it entails several features that make it appropriate for complex work while emphasizing reliability. Other components include water cooling, a rated winding top temperature of 155C, internal rotor diameter of 410 mm is therefore suitable for steady and controlled operations.
The MRT530L-3N-0410-NNNN Synchronous Motor has a rotor moment of inertia of 5.78 kg•m² /100 and a rotor mass of 112kg, promoting a rotor's smoothness in motion. According to the above graph, its maximum operating speed is 1100 min⁻¹ and it can therefore operate effectively when loaded. Standard operating conditions include an ambient operating temperature range of between 0 and 40 C, and an installation altitude of up to 1000 meters above sea level, all of which are easily met by the motor. The MRT530L-3N-0410-NNNN Synchronous Motor has a protection rating of IP00 and uses water cooling for heat dissipation and is designed for controlled environments only. The motor is classified as thermal class 155(F), originally defining the stator temperature capability without its performance and durability affected by brake equipment supply. Its mechanical design comprises bandaged magnets to protect the rotor structure to enhance reliability during consistent use.
The MRT530L-3N-0410-NNNN Synchronous Motor has a winding warning temperature that is set at 145 C, a warning before the motor gets to the red zone of overheating quality. The lower operating limit is at 155C due to concerns about thermal degradation. Its maximum allowable coolant input pressure is 6 bar which is the best pressure to use when operating the water-cooled system. Such specifications make it appropriate for automation systems that demand accurate temperature regulation thresholds and working safety. By integrating technical efficiency with a long-lasting structure, this motor provides solutions to industrial automation by attaining great reliability and accuracy.
Frequently Asked Questions about MRT530L-3N-0410-NNNN:
Q: How does the rotor inertia improve motor precision in MRT530L-3N-0410-NNNN?
A: The 5.78 kg•m² moment of inertia in the MRT530L-3N-0410-NNNN motor provides enhanced rotational stability, reducing fluctuations for precise control in automation applications.
Q: How does the rotor diameter affect motor performance in MRT530L-3N-0410-NNNN?
A: The 410mm rotor diameter of the MRT530L-3N-0410-NNNN motor enhances torque capacity and improves mechanical efficiency, making it ideal for demanding industrial applications.
Q: What benefits does the thermal class 155(F) offer in MRT530L-3N-0410-NNNN?
A: The thermal class 155(F) of the MRT530L-3N-0410-NNNN motor allows it to operate in higher temperatures without degrading performance, ensuring reliable operation in hotter environments.
Q: How does the maximum coolant pressure impact performance in MRT530L-3N-0410-NNNN?
A: The 6-bar coolant pressure in the MRT530L-3N-0410-NNNN motor improves cooling efficiency, ensuring the motor remains within optimal thermal conditions during continuous operations.
Q: How does the rotor mass influence motion control in MRT530L-3N-0410-NNNN?
A: The 112 kg rotor mass of the MRT530L-3N-0410-NNNN motor enhances smooth rotational motion, reducing vibrations and improving overall stability during high-performance operations in industrial systems.
