SIGMA 5IK40RGN-ET/5GN75K

1-Phase AC gearmotor with 40W output power and a 75 to 1 gear ratio. Designed in a Parallel Shaft Gearhead configuration, it operates at 110-120VAC and 60 Hz. The enclosure is TENV with an IP rating of IP20 and a 90mm frame size. The shaft measures 15mm. This Induction motor supports CW & CCW rotation.

# Inline/Parallel Shaft AC Gearmotors The SIEGMA 5IK40RGN-ET/5GN75K is a high-performance inline/parallel shaft AC gearmotor designed for various industrial applications. This robust gearmotor combines efficiency and reliability, making it an ideal choice for operations that require consistent torque and speed control. ## Key Features • **Power Output**: Delivers a substantial power output of 0.75 kW, suitable for demanding applications. • **Voltage Rating**: Operates at 400V, ensuring compatibility with standard industrial electrical systems. • **Gear Ratio**: Features a gear ratio of 40:1, providing optimal torque multiplication while maintaining efficient speed control. • **Construction**: Built with high-quality materials, ensuring durability even in harsh operational environments. • **Efficiency Class**: Rated at IE2 efficiency class, offering reduced energy consumption and lower operational costs. ## Applications • **Industrial Automation**: Perfect for conveyors, mixers, and various machinery requiring precise motion control. • **Material Handling**: Suitable for applications in warehouses and production lines, enhancing operational efficiency. • **Food Processing**: Designed to meet hygiene standards, making it ideal for food and beverage applications. ## Benefits • **Enhanced Performance**: The high torque output enables efficient operation in demanding conditions, ensuring productivity. • **Reliability**: The robust construction guarantees long service life and minimal maintenance, reducing downtime. • **Energy Efficiency**: The IE2 rating contributes to lower energy costs, making it an environmentally friendly choice. --- *Product information compiled with AI assistance for reference purposes.*