2AD132C-B35OB2-CS01-B2N1

Product Description:

The 2AD132C-B35OB2-CS01-B2N1 is an asynchronous motor from the 2AD 3-Phase Induction Motors, presenting a robust solution for industrial applications. This motor is designed to provide a rated torque of 120 Nm and operates at a rated speed of 1100 rpm, making it suitable for tasks needing consistent power and speed. The design includes a standard bearing, providing reliable performance throughout many operations, and the motor also features flange and foot mounting offering options in a wide range of installations which is important; further the overall thermal time constant of 50 min allows the machine to operate within safe temperature boundaries for prolonged periods. The inclusion of axial blower cooling enhances the motor’s ability to dissipate heat efficiently, contributing to the long life through many intense industrial settings.

The 2AD132C-B35OB2-CS01-B2N1 also includes an axial blower with suction to take away heated air and ensure the internal parts are not overheated; this is important because the motor is designed with a winding code of CS and, to have best performance with a rated power of 13.7 kW, needs strong cooling systems; the absence of a holding brake or a motor feedback system keeps the design simple, focusing only on delivering dependable power delivery. The motor doesn’t have any shaft end side B and has a driven shaft with shaft seal and balanced with full key; furthermore, this motor is designed with the output direction of the power connection to side B, with the position of the power connection on the left (L) side, which helps users connect it within many types of machinery settings.

The motor uses a flange and foot mounting style which is also named B35 and the motor length is specified as C, while motor size is 132; these are some basic specifications so users can decide if the machine is of the right size for them; its vibration severity grade is rated as R. This specific model from 2AD 3-Phase Induction Motors aims to provide very good performance under heavy loads, with simple structure to ensure easier integration into existing manufacturing setups as well as new production facilities, giving user a dependable performance.