Italian OEM synchronous motor LTS160M

ItalyOEMERsynchronous motorLTS160MHas high rotational accuracy

OEMER MOTORI ELETTRICI S.P.A.It is an Italian manufacturer of high-performance industrial motors 1949 We have been operating in Milan for years. High performance motors are produced using induction, permanent magnet, and reluctance technologies. Specialized electrical and mechanical design focuses on customization according to customer requirements.

Main products:

OEMERAC motor

OEMERservo motor

Liquid cooled synchronous motor is a type of synchronous motor that uses a liquid cooling system to dissipate heat. This type of motor is typically used for applications that require high power density and high performance, such as industrial machinery, electric vehicles, ships, and other fields that require high power output.

In liquid cooled synchronous motors, high rotational accuracy refers to the ability of the motor to maintain a stable rotational speed during operation, and requires high precision in speed control. This accuracy usually depends on factors such as optimization of motor design, stability of control system, and accuracy of feedback system.

Motor design and manufacturing quality: High quality motor design and manufacturing can ensure the accuracy and stability of various components inside the motor, thereby helping to improve rotational accuracy.

Control system design: A precise control system can accurately monitor the rotational speed of the motor and adjust the control signal in a timely manner to achieve the required rotational accuracy. Closed loop control systems are commonly used to improve accuracy, where feedback devices such as encoders are used to monitor the rotor position of the motor in real-time.

Cooling system design: The liquid cooling system can effectively control the temperature of the motor, preventing performance degradation and reduced rotational accuracy caused by overheating.

The stability of mechanical systems: The stability of mechanical structures is also crucial for the rotational accuracy of motors. Reducing vibration and mechanical looseness can help ensure the stability of the rotating system, thereby improving rotational accuracy.

To achieve high rotational accuracy of liquid cooled synchronous motors, multiple factors such as motor design, manufacturing quality, control system design, cooling system design, and mechanical system stability need to be comprehensively considered.

OEMERLiquid cooled synchronous high torque direct drive motorLTS 160M

Rated torque（200RPM）449NM

Rated current（200RPM）23,1A

Rated power（200RPM）9,4kW

Peak current（200RPM）41,8A

Rated torque（500RPM）445NM

Rated current（500RPM）49,3A

Rated power（500RPM）23,3kW

Peak current（500RPM）90,1A

Rated torque（700RPM）433NM

Rated current（700RPM）66,5A

Rated power（700RPM）31,8kW

Peak current（700RPM）125A

Maximum Torque810NM

Low speed sustained torque456NM

Lock rotor stalling torque319NM

Number of motor poles16

Model example:

OEMERmotorLTS 160M

OEMERmotorLTS 160S

OEMERmotorLTS 132X

OEMERmotorLTS 132P

OEMERmotorLTS 132L

OEMERmotorLTS 132M

OEMERmotorLTS 132S

OEMERmotorLTS 160L

OEMERmotorLTS 160P

OEMERmotorLTS 160X

ItalyOEMERsynchronous motorLTS160MHas high rotational accuracy