MAF180D-0100-FQ-S2-DH0-35-A1

Product Description:

This is an IndraDyn A Series Asynchronous motor MAF180D-0100-FQ-S2-DH0-35-A1 developed by Bosch Rexroth Indramat. This series was developed for servo and main spindle uses. Another core system in contemporary complex industrial equipment is servo and main spindle control systems serving to provide accuracy and effectiveness in operation. A servo system, which includes servo motor, servo controller, and a feedback element, is required to achieve high position, velocity and acceleration knowledge. They are especially popular in systems, where precise motion and speed is required, like robotics, CNC machines or automated production lines as they provide high accuracy and close repeatability. Main spindle systems on the other hand offer such parameters as required torque and rotational speed for key machining operations such as cutting, drilling and milling. The intended use of these spindles is to provide high power output stability, and to meet the high demand for work loads.

Because of this, these motors are ideal for use in machine tools like the computer numerical control machines, lathes, and drilling machines for operational milling, turning, and grinding capabilities. In the field of printing and paper processing, the MAF series motors meet the requirements of linear speed signals in offset printing machines as well as high precise requirements in some paper cutting and folding machinery. The motors' efficiency and hygiene standards are perfect for packing and food processing machines in filling and sealing machines, conveyors, and sorting systems.

To achieve the highest possible dependability of motor functioning it is necessary to maintain its working conditions as follows: temperature from 0 to + 40 degrees Celsius and an installed altitude no more than 1000 meters. Where these provisions are not provided, the utilized factor may be brought to naught which may further lead to deterioration of the motor. The operating conditions for this motor are divided into climatic categories by using DIN EN 60721 which takes into account the experiences and all influencing factors including ambient air temperature and relative humidity. These standards help to optimize the performance of the motor in relation to the allowable levels of certain environmental conditions while possible factors affecting the motor are considered. Sustaining these conditions is crucial to achieving stable and optimal running of the motor across different forms of industries.