DBL2M00080-013M000000000-0034 Kollmorgen
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The Kollmorgen DBL2M00080-013M000000000-0034 is a brushless servo motor from the DBL Synchronous Servomotors series with a standard length design and smooth shaft. It features a 55 mm flange size, angled orientation to the B-side, and connectors for connection. The motor supports operation at ambient temperatures between 5 and 40 degrees Celsius and can withstand up to 95 percent relative humidity.
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Product Description:
The DBL2M00080-013M000000000-0034 is a brushless servo motor built by Kollmorgen within the DBL Synchronous Servomotors series. This rotary unit supplies closed-loop torque, speed, and position control to automated machinery that uses permanent-magnet motors for accurate motion commands. By coupling directly to ball screws, timing belts, or gearheads, the motor translates drive commands from a Kollmorgen amplifier into repeatable axis movement. This operating arrangement supports applications such as pick-and-place stations, compact indexing tables, and light material-handling cells without requiring a separate mechanical transmission stage beyond the selected coupling or gearhead.
The motor is supplied with a 55 mm square flange, so it fits within tight mechanical envelopes. Its winding is designed for medium-speed operation, providing a balanced speed-torque curve for general-purpose axes that must accelerate quickly without exceeding midrange rpm limits. A smooth shaft transmits torque to clamping couplings without a keyway, simplifying assembly on small precision loads and supporting accurate alignment. Because the unit is delivered without a holding brake, drive torque or an external clamp must maintain the load position when required. The housing uses a standard-length stack, keeping overall mass low while providing enough space for the electromagnetic components. This compact arrangement allows the motor to be installed near moving mechanisms where available space and supported mass are limited.
Continuous operation is permitted from +5 to +40 °C, covering the temperature range found in many controlled industrial work areas. Storage or short-term exposure may reach 95% relative humidity, provided that condensation does not form on the motor or its electrical connections. Power, Hall sensor, and feedback conductors terminate through compact connectors, which allow the associated cables to be disconnected without opening the motor housing. The connectors are angled toward the B-side, allowing the harnesses to run parallel to the motor body and reducing the clearance needed behind the installation. Proper cable support near the connection points can limit strain from machine movement and help preserve secure electrical contact during repeated operating cycles.
