VAC-MML3.7-2.2R-153T
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The VAC-MML3.7-2.2R-153T is part of the VAC Servo Motor Series manufactured by Okuma. The VAC-MML3.7-2.2R-153T features a 150 V continous voltage and a 3.7 kW rated motor output. The VAC-MML3.7-2.2R-153T also has a 1500/6000 rpm .
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Product Description:
The VAC-MML3.7-2.2R-153T is a highly durable and compact industrial motor designed by Okuma for operation in industrial manufacturing systems. This motor is produced under ideal conditions; it features some of the latest technological features and can be easily configured to meet the operational requirements of a wide range of industrial machines. This industrial motor is manufactured to operate smoothly in harsh industrial conditions as its housing contains a high metal content and is designed to shut out solid foreign substances and even liquid materials directed at it from any angle. The installation and operation of this industrial motor are very simple and straightforward; however, this should be carried out by a well-trained operator according to the instructions stated in the documentation of the motor. The correct handling of this industrial motor is very important as the wrong handling of the motor can cause it to move dangerously in the servo system.
The temperature generated by the VAC-MML3.7-2.2R-153T during operation is effectively controlled via natural convection; however, the motor can also be equipped with an external air blower which will aid this temperature regulation process by surface cooling. The Unique housing design of the VAC-MML3.7-2.2R-153T industrial motor also makes it possible for industrial operators to integrate the motor into any position in the servo system.
The VAC-MML3.7-2.2R-153T industrial synchronous motor does not generate a high amount of noise during operation; this makes it possible for industrial operators to use the motor at any time without causing an environmental disturbance. The maximum permissible height at which this motor can be installed is 1000 meters above sea level; operating the motor above this height can cause a significant reduction in the efficiency of the device.
