MOT-FC-NV3-FCB-324T-4-6CL- 40-C3L-WEG
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The Bosch Rexroth Indramat MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG, part of the MOT Low Voltage Induction Motors family, is designed with two CAN interfaces. This controller module offers electrical isolation and operates within an input voltage range of 100-240 VAC. The module can be screw-mounted, with the TB712 terminal block ordered separately.
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Product Description:
Bosch Rexroth Indramat has developed a new generation of MOT Low Voltage Induction Motors, the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG, to fulfill the performance and dependability requirements of modern industrial applications.
This model is perfect for the energy-efficient operations of the contemporary industrial sector since it has a power supply of 100-240 VAC and a minimum power usage of 14.5W. Its two CAN connections improve its communication capabilities within networked structures, which is essential for automation and control of systems. To ensure the motor's safe and efficient operation in networked systems, it has highly developed network interfaces and excellent electrical insulation. This structure employs a TB712 terminal block, which must be bought separately, and is simple to install because the module is screw-in. This design not only enhances the motor's performance in demanding manufacturing environments but also makes it easy to adapt to various situations. Its 40-horsepower rated power is sufficient to provide the force required to operate a variety of major tasks.
To improve its electromagnetic properties and allow for balanced and efficient operation, the motor is constructed with four poles. The Totally Enclosed Fan Cooled (TEFC) cooling system, which is crucial for controlling temperature and shielding the motor from impurities, serves as the cooling mechanism for the 324T motor. The motor's insulation class F allows it to operate at greater temperatures, which increases its longevity and durability. It runs at the maximum degree of energy efficiency to assist save operating expenses and support environmental conservation since it belongs to the Premium Efficiency IE3 efficiency class. The product can be purchased at Wake Industrial with a one-year warranty.
Frequently Asked Questions about MOT-FC-NV3-FCB-324T-4-6CL- 40-C3L-WEG:
Q: What advantages do the dual CAN interfaces provide for the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG motor?
A: The dual CAN interfaces in the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG enhance the motor’s integration into networked systems, crucial for real-time control and automation in complex industrial applications, promoting efficient and synchronized operations.
Q: How does the TEFC cooling system benefit the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG motor?
A: The Totally Enclosed Fan-cooled (TEFC) system in the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG protects the motor from environmental contaminants while managing internal temperatures, ensuring reliable operation under harsh conditions and extending the motor’s service life.
Q: What is the significance of the IE3 efficiency class for the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG motor?
A: The IE3, or Premium Efficiency class, for the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG signifies that the motor operates at the highest efficiency standards, reducing operational costs and contributes significantly to environmental sustainability by minimizing energy consumption.
Q: Can the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG motor handle high temperatures?
A: Yes, the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG, with its insulation class F, allows the motor to operate at higher temperatures than standard motors, enhancing its durability and making it suitable for demanding industrial environments where temperature fluctuations are common.
Q: What should be considered when installing the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG motor?
A: Installation of the MOT-FC-NV3-FCB-324T-4-6CL-40-C3L-WEG requires the separate purchase of a TB712 terminal block and involves a screw-in module type, which facilitates easy setup but should be carefully handled to ensure secure and correct installation in diverse industrial settings.
