2AD132B-B35RBE-DS0A-D2N1
MPN: R911279121
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
Bosch Rexroth Indramat AC Motor in the 2AD Series. This Motor is an Asynchronous Motor Type that has a Motor Size of 132, and a Motor Length of B."
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Rexroth Bosch's 2AD132B-B35RBE-DS0A-D2N1 motor is an asynchronous motor with high performance in different industries. It has a motor size of 132 and its length is B. This motor does not have a holding brake indicated by the "0." A holding brake is used to stop or hold the position of a motor during operation. Such a motor is suitable in applications that require uncontrollable movement, like fans, pumps, or conveyors. The lack of a holding brake also makes the motor lighter and consumes less energy in installations where holding brakes cannot operate.
Another important feature of this motor is the plain shaft balanced with the entire key with the shaft sealing ring denoted by D. It has an entire key, which is a key feature of the shaft that holds on other components such as gears or pulleys. This helps in preventing failure during operations since the motor would be able to drive the other components accurately. Among various components of the motor, the shaft sealing ring is more important as it ensures the protection of the motor needed for efficient functioning. It is located at the end of the shaft and functions as a protection for the motor against contamination by dust, dirt, and moisture. This assists in increasing the life of the motor as its internal components will be well protected from environmental impacts.
In conclusion, the 2AD132B-B35RBE-DS0A-D2N1 motor does not require a holding brake and it is efficient for continuous motion systems. The plain shaft balanced by the entire key with a shaft sealing ring forms stable motors by providing productive performance in numerous fields. Thus, it is suitable for industries where efficiency is required.