SEW WAF20 DRN63M2 SO # 30.7942837002.0006.20 2755/167 RPM 16.50/finite 0.33 HP 50 Hz 230/400 delta/star Spiroplan Gearmotor

# Right Angle AC Gearmotor - SEW Eurodrive WAF20 DRN63M2 SO The SEW Eurodrive WAF20 DRN63M2 SO is a high-performance right angle AC gearmotor designed to provide efficient power transmission and reliable operation across various industrial applications. With its robust construction and advanced technological features, this gearmotor is an ideal choice for demanding environments where precision and durability are crucial. ## Key Features • **Power Rating**: 0.33 HP (0.25 kW) with a rated speed of 2755 RPM at 50 Hz • **Gear Ratio**: 16.50:1, offering a finite speed adjustment for enhanced operational flexibility • **Connection Type**: Compatible with both delta and star configurations for versatile installation options (230/400 V) • **Design**: Features a Spiroplan gear design, ensuring compact dimensions and optimal efficiency • **Durability**: Constructed for longevity and minimal maintenance, suited for continuous operation in harsh conditions ## Applications • **Industrial Automation**: Ideal for applications requiring precise positioning and speed control in automated systems • **Conveyor Systems**: Perfect for driving conveyor belts and similar mechanisms where space-saving and effective power transmission are essential • **Material Handling**: Utilized in various material handling equipment, ensuring reliable operation in logistics and manufacturing sectors • **Compatibility**: Can be paired with SEW Eurodrive's extensive range of products for a complete drive solution ## Benefits • **Efficiency**: The gearmotor's design maximizes energy usage, reducing operational costs and increasing system efficiency • **Reliability**: Built to withstand rigorous industrial conditions, ensuring consistent performance and reduced downtime • **Versatility**: The adjustable speed feature allows for easy integration into various applications, making it a flexible choice for engineers --- *Product information compiled with AI assistance for reference purposes.*