Product Description
The 2AD132B-B35OA2-BS03-B2N1 is a squirrel cage induction motor, which aims to provide general-purpose spindle and servo uses. This motor is from the 2AD series which was manufactured by the Bosch Group of companies in order to meet the demands of the modern industries. Due to the fact that it can operate as spindle motors and servo motors, the motor is very reliable. In spindle operations this motor is very effective in speed and the control that is an essential aspect in cutting, drilling, and milling. With the use of the motor, it is easy to achieve different torque levels and variable speed range in order to meet challenges in the load in order to achieve optimal performance. This makes it one of the best materials to be used in machine tools where accuracy and reliability are of great importance. In its function for servo purposes, this motor offers several percentages of accuracy together with speed response. It has very effective feedback systems which makes it easy to monitor the position and speed especially in applications that require high levels of precision such as robotics, packing applications and automated manufacturing processes. The motor is very robust seen in its compact construction that is appropriate for these rigorous uses; it is also lightly serviced.
The motor also has an added intelligent forced air cooling technology to enhance the efficiency as well as the useful life of the motor. This motor is equipped with a fixed axial blower which is employed for blowing air from the A end of the motor to the B end. This blower has a flow rate of 1000 m^3/h and it uses 170W power hence it can deliver cool air under any circumstance. It also means that the blower should not be located where it has an interference distance of less than 80mm of other objects. This ensures that air flows through the motor unhampered hence increasing the cooling efficacy of the motor. It therefore means that in order to make sure that the blower and the motor is in order maintenance is required frequently. Any material that may stick on the blower such as dirt will affect the optimal running of the motor and the cooling may be poor hence the motor overheats. In most cases when there is no routine servicing performed, damages to the motor are permanent which results in the decrease of efficiency and the lifespan of the equipment.