MDD090C-N-020-N2L-130GL1

How does the holding brake enhance safety during unexpected power loss or shutdowns?

The holding brake in the MDD090C-N-020-N2L-130GL1 motor prevents unintended motion during power interruptions. It ensures stability, protecting machinery, operators, and maintaining precise positioning under load.

Why is digital servo feedback (DSF) critical for precise motion control?

The DSF provides accurate real-time position and speed data to controllers. It allows the motor to achieve high precision and consistent performance in automated systems.

How does the 130 mm centering diameter influence installation accuracy and stability?

The 130 mm centering diameter ensures precise shaft alignment with connected components. This reduces vibration, mechanical stress, and improves long-term operational reliability.

Why is a plain shaft with a shaft seal advantageous in industrial use?

The shaft seal protects internal motor components from dust, moisture, and contaminants. It helps maintain torque performance, reliability, and prolongs the motor’s operational life.

How does the 10.4 Nm continuous torque at standstill affect load handling?

The MDD090C-N-020-N2L-130GL1 motor can hold loads without motion at standstill. This prevents energy loss, reduces mechanical strain, and ensures precise load retention.

MDD-090C-N-020-N2L-130GL1

MDD090C N 020 N2L 130GL1

MDD090C-N-020-N2L-130-GL1

MDD090CN020N2L130GL1

MDD90C-N-020-N2L-130GL1

MDDO90C-N-020-N2L-130GL1

MDDO9OC-N-O2O-N2L-13OGL1

The MDD090C-N-020-N2L-130GL1 Synchronous Motor is designed for digital drive controllers with a motor size of 090 and a continuous torque at standstill of 10.4 Nm. It features a plain shaft with a shaft seal, a 130 mm centering diameter, and standard housing and balancing. It is equipped with a left-side connector, digital servo feedback (DSF), and a holding brake with 6.5 Nm torque and operates at a nominal speed of 2000 min⁻¹ which make it precise and reliable for controlled motion applications.