DBL4N00950-013M000000000-0047 Kollmorgen
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The Kollmorgen DBL4N00950-013M000000000-0047 is a brushless servo motor from the DBL Synchronous Servomotors series. It has a standard length design, a 105 mm flange size, and a smooth shaft shaft design. The motor uses connectors for connection, is angled to the B-side, and operates in ambient temperatures between 5 and 40°C with up to 95% relative humidity.
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Product Description:
The DBL4N00950-013M000000000-0047 is a brushless servo motor manufactured by Kollmorgen for the DBL Synchronous Servomotors series. This permanent-magnet device is installed on machinery where the drive controller requires fast, repeatable position and speed regulation. By responding linearly to current commands, the unit supplies tightly controlled shaft motion for indexing tables, robots, and precision conveyors. Electronic commutation eliminates brush contact, reducing routine wear while allowing the controller to regulate torque across repeated acceleration and deceleration cycles.
A flange diameter of 105 mm sets the mechanical interface and allows direct mounting to gearboxes or load couplings. Power and feedback are routed through sealed connectors, simplifying cable routing and disconnection compared with hard-wired glands. The rotor-stator stack has a standard length, so the motor delivers its rated torque without extending the frame depth beyond the typical 105 × 105 mm footprint. Because the motor is supplied without a holding brake, any vertical axis must rely on external clamping or drive torque when power is removed. Continuous operation is intended for ambient temperatures from +5 to +40 °C; temperatures outside this range can reduce winding insulation life or require derating.
Installation permits a maximum of 95% relative humidity, allowing operation in high-moisture areas when condensation is prevented. The motor features a smooth shaft, making it suitable for couplings that use clamp collars instead of keyways. Service connectors are angled toward side B, so the cables run parallel to the stator housing and remain clear of adjacent components in compact installations. The selected winding supports standard-speed operation, matching its torque constant to commonly available drives without requiring specialized high-voltage inverters.