MDD115A-N-030-N2M-180GA1 MDD Synchronous Motors

MDD115A-N-030-N2M-180GA1 is part of the MDD Synchronous Motors Series by Indramat Motors.

The MDD115A-N-030-N2M-180GA1 is a specific type of MDD synchronous motor. A synchronous motor is

a type of motor powered by AC power, and its speed is strictly synchronized with the frequency of the power

supply. MDD synchronous motors may belong to a certain family or brand of products, with unique performance and design characteristics.

The following is an analysis of what each part of the motor of this model may represent:

MDD: This is usually the motor series or type identification, used to distinguish between different motor series or product lines.
115A: This may indicate a certain rating or specification of the motor, such as power, torque, or other electrical parameters.
N: May represent a specific design or configuration, such as cooling method, installation method, etc.
030: This value may represent some physical dimensions of the motor, such as center height, flange diameter, etc.

MDD115A-N-030-N2M-180GA1

N2M: This may represent the number of poles and phases of the motor. For example, N may represent the number of poles, while 2M May represent a two-phase motor.
180GA1: This section may contain further information about the motor, such as rated speed, protection class, special options, etc.
Please note that specific meanings and interpretations may vary depending on the manufacturer and product range.

In order to obtain accurate performance parameters, technical specifications and application guidelines, you should

consult the official documentation of this type of motor or contact the manufacturer.

Synchronous motors are commonly used in applications that require precise control of speed and position, such as

power systems, machine tools, compressors, etc. They can provide stable operating performance and high efficiency,

suitable for a variety of industrial and commercial environments. When selecting and using a synchronous motor, it is

necessary to consider the rated parameters, environmental conditions, load characteristics and other factors of the motor to ensure its normal operation and long-term use.