DBL4N00950-0002000000000 Kollmorgen
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The Kollmorgen DBL4N00950-0002000000000 is a brushless servo motor in the DBL Synchronous Servomotors series with a standard length design and a flange size of 105 mm. It features a smooth shaft, an angled orientation to the B-side, and is connected using connectors. The motor operates in ambient temperatures from 5 to 40 degrees Celsius and allows up to 95 percent relative humidity.
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Product Description:
The DBL4N00950-0002000000000 is a brushless servo motor manufactured by Kollmorgen for the DBL Synchronous Servomotors series. It converts drive current into precise rotational motion that positions tooling, feed tables, and pick-and-place heads inside automated equipment. Because the rotor uses permanent magnets and the stator windings are driven by a servo amplifier, phase switching remains synchronized with feedback devices, minimizing maintenance compared with brushed designs.
Mechanical fit is established by a 105 mm square flange that bolts directly to IEC gearboxes, while the frame uses a standard-length stack to balance continuous torque and overall weight. Power and feedback cables exit through connectors, and these plugs are positioned at an angle toward side B, so harnesses can be routed along the machine frame without tight bends. A smooth shaft carries couplings or pulleys without keyways, reducing runout during high-speed indexing. The motor has a standard special-option code, indicating that no custom seals or sensors are added. Installation procedures therefore remain consistent with those used for comparable DBL models.
The motor operates within a temperature range of +5 to +40 °C, allowing use in most conditioned production facilities without enclosure heaters or chillers. Varnished electrical components and selected gaskets tolerate up to 95% relative humidity, helping protect the insulation from moisture absorption during washdown or operation in humid conditions. The motor is supplied without a holding brake, so vertical axes must rely on an external brake or drive torque to prevent back-driving when power is removed. Its electromagnetic design uses a standard-speed winding variant, providing nominal electrical parameters that match standard Kollmorgen servo amplifiers. This winding also supports consistent response times across coordinated axes without requiring a specialized motor configuration.