Product Description:

The DBL1X00020-0R2-LL0-P40 is a brushless servo motor produced by Kollmorgen in the DBL Synchronous Servomotors series. This compact unit is engineered to deliver precise rotary positioning and velocity regulation for feeder axes, light pick-and-place heads, and other low-torque motion stages in automated machinery. By pairing a low-inertia rotor with permanent-magnet excitation, the motor converts drive current into controlled torque that can be managed through resolver feedback for stable, repeatable movement in multi-axis systems. Its compact format also suits installations where axis mass must stay low to support quick direction changes and short cycle times.

A standstill torque of 0.2 Nm indicates how much static load the shaft can resist while the motor is energized and motionless. The square mounting face follows a 37 mm flange pattern, simplifying attachment to miniature gearheads or direct-drive brackets. Internal magnet spacing creates a 2-pole electromagnetic structure that favors high speed with moderate torque ripple. Position and speed are reported by a resolver, so the drive can maintain sinusoidal commutation even under electrical noise. Sealing is rated IP54, which helps protect the stator from dust ingress and water splashes while the motor continues to rely on convection cooling. The motor also uses a smooth shaft, a standard-length housing, and a PTC temperature sensor at the feedback connector.

The motor operates between 5 to 40 °C ambient and tolerates up to 95% relative humidity without condensation, making it suitable for most indoor production floors. Because it is supplied without a holding brake, vertical loads must be secured by external hardware when power is removed. Power and feedback leave the housing through flying leads, which helps when cable routing must pass through narrow raceways or compact cable carriers. The special option code is standard, so no custom mechanical or electrical deviations are included. This cable arrangement is useful in compact machine sections where fixed connectors would reduce bend clearance.