MDD093D-N-040-N2L-110GL0

Without a holding brake, it cannot reliably resist external torque when power is off—so it’s unsuitable for vertical axes or applications needing passive hold during power loss. It must always be in a driven, actively controlled state or backed by a mechanical lock.

As speed increases, voltage and current limits typically reduce available torque; the motor’s torque curve will decline. The system’s drive must ensure enough voltage headroom and current margin to sustain useful torque at target speeds.

Heat must dissipate through the housing and shaft seal; adequate ambient cooling or forced ventilation is needed to keep winding temps under limits. Thermal time constants and insulation class determine how long it can endure peaks before overheating.

A shaft seal helps retain bearing lubrication and protects internal components from ingress of coolant, dust, or oil mist. But under heavy side loads or shaft misalignment, the seal may wear faster and require maintenance planning.

The left-side connector orientation establishes cable routing constraints; mis-oriented connectors may complicate harness routing or force extra bends, increasing EMI risk. You must ensure the servo drive interface, cable assembly, and protection outer conduit align with that orientation.