MAF180D-0150-FQ-C0-EQ0-35-N3
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MPN: R911342264
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MAF180D-0150-FQ-C0-EQ0-35-N3 Induction Motor is manufactured by Bosch Rexroth Indramat. This motor has a Incremental encoder with 2048 Increments encoder and a Standard bearing. It also has a Balanced with Entire Key Without Shaft Sealing Ring shaft and is not equipped with a holding brake.
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Product Description:
The MAF180D-0150-FQ-C0-EQ0-35-N3 motor is the latest liquid-cooled, asynchronous motor produced by Rexroth Bosch. The winding code 0150 in this motor is used to manage long working hours of complex tasks. It ensures efficient operation with a rated current of 94.8 A. A unique feature of this motor is the incremental encoder with 2048 increments denoted by "C0". Incremental encoders measure shaft position and speed. These encoders measure changes in position.
Incremental encoders are different from absolute encoders. The 2048 increments refer to the number of steps, the encoder completes in one complete rotation of the motor's shaft. It is suitable for applications where accuracy is necessary, such as conveyor systems. It has standard bearings designated by N. The motor has a vibration severity grade of S1 = 3. The standard bearings support rotating parts, reduce frictional forces and provide smooth motion. Standard bearings work well in most industrial applications and provide stable performance under normal conditions. Liquid cooling's main purpose is to cool the MAF motor when operating.
The vibration severity grade of the motor is 3 which denotes the robustness of the motor under vibratory conditions in operation. The higher the vibration severity grade, the more vibration levels a motor can withstand. This motor is designed to work with good performance during a condition with moderate levels of vibration. In short, the robust design of a motor enables it to function effectively even under harsh conditions. It increases the life span of the MAD motor. The incorporation of liquid cooling systems as well as flange and foot mounting enhance the cooling ability of the motor making it suitable for high-efficiency industrial applications.
