Product Description

The 2AD104B-B05OB6-CS06-A2N1 asynchronous motor delivers rugged dependable functionality able to withstand punishing industrial environments. Starting with the oversized 104 frame and extending lengthwise, the motor's reinforced construction provides a solid foundation for managing substantial loads across intermittent or continuous duty cycles. Ambient operating temperatures swing wildly in mills, plants, and muddy work sites. With a wide 0°C to 45°C temperature range, the motor delivers consistent torque and efficiency without overheating - even in hot, humid conditions that spell trouble for standard motors.

Integrated electrical holding brakes add security ensuring loads remain securely in place. Whether hoisting apparatus into position or holding material on inclined conveyors, the brakes engage preventing uncontrolled motion during routine operation or power failures. This failsafe contributes an extra layer of safety. The unit also touts sealed IP65 construction locking out moisture, dust, and debris. The enhanced sealing safeguards internal components from corrosion, short circuits, and wear - common failure points as contaminants work their way into lesser protected motors. Installation proves straightforward courtesy of sturdy flanges that simplify mounting and realignment. The popular shaft design also accommodates a variety of mechanical power transmission components allowing adaptation to existing drum drives, rollers, and custom gearing.

For automation environments, an integrated encoder connection provides real-time position and velocity feedback data. Tapping into these signals enables closed-loop motor control delivering smooth, accurate motion trajectories imperative for high-throughput packaging, labeling, and transport applications. Blending robust sealing, intelligent operation, and industrial-grade construction, the 2AD104B-B05OB6-CS06-A2N1 brings reliability to demanding automation and material handling applications. The asynchronous motor provides the resilience needed to excel in punishing settings while minimizing total cost of ownership.