Versatile Hg-jr1534k Series [EvwaYQUt]

High-Performance AC Brushless Servo Motor

Introducing the Versatile Hg-jr1534k Series [EvwaYQUt], a cutting-edge AC brushless rotary servo motor designed for precision and reliability. This motor is a prime example of Mitsubishi Electric's MELSERVO J4 series, renowned for its exceptional performance and durability. With its robust construction and advanced features, the Versatile Hg-jr1534k Series [EvwaYQUt] is ideal for a wide range of applications where precision and efficiency are paramount.

Key Specifications and Features

Equipped with a built-in absolute feedback encoder, the Versatile Hg-jr1534k Series [EvwaYQUt] offers unparalleled accuracy and control. The 22-bit feedback provides an exceptional resolution of 4194304ppr, ensuring precise positioning and speed control. This motor boasts a powerful rated output of 1500W / 1.5kW and a nominal rated torque of 4.8Nm, making it suitable for demanding operations. With a supply voltage of 400Vac class and a flange mounting design, the Versatile Hg-jr1534k Series [EvwaYQUt] is versatile and easy to integrate into various systems. Key features include:

• 22-bit Absolute Feedback Encoder for precise control and positioning
• 1500W / 1.5kW Rated Output for robust performance
• 4.8Nm Rated Torque for heavy-duty applications
• 400Vac Supply Voltage for wide compatibility

Practical Applications and Benefits

Whether you're working on industrial machinery, robotics, or precision control systems, the Versatile Hg-jr1534k Series [EvwaYQUt] is a versatile solution. Its high torque and precise feedback make it perfect for applications requiring consistent and reliable performance. The IP67 rating ensures that the motor is protected against dust and water, making it suitable for harsh environments. With a wide operating temperature range of 0...+40°C, the Versatile Hg-jr1534k Series [EvwaYQUt] is designed to perform consistently in various conditions. This motor is an excellent choice for professionals who demand the best in performance, reliability, and precision.