Servo Motors

The SGMVV-3ZDDDLG servo motor, part of the M. SIGMA5 series, stands out for its exceptional capability in motion control tasks. With a 400-volt operation and delivering a powerful torque of 358Nm, it is perfectly suited for high-demand applications in various industrial settings. Optimal for precision-driven automation projects, this servo motor represents a reliable solution for complex motion control needs.

The SGM7A04DFF6C AC servo motor is engineered for precision and power in automation tasks, with a 0.40kW output and compatibility with a 3-phase 400V supply. It achieves a balance of speed and torque, offering a rated speed of 3000 RPM that can reach up to 6000 RPM, alongside torque values of 1.27 Nm (rated) and 4.46 Nm (peak). Designed for intricate control, this servo motor features a key and tapped straight shaft, a 24-bit serial incremental encoder, and is reinforced with a 24 VDC holding brake for enhanced operational reliability.

The SGMAH08AAP41 Servo Motor is engineered to provide reliable performance with its 750W power capacity and operates efficiently at 200V with a current draw of 4.4A. Featuring a straight shaft with a keyway, this servo motor is well-suited for applications that demand precision and durability. Its high power density combined with a streamlined design ensures optimal functionality in various servo system configurations.

The SGM7A30D7F6F AC servomotor stands out for its robust 3.00 kW output and efficient operation at 400V in three-phase configurations, reaching operational speeds of 3000 RPM and peak speeds up to 6000 RPM. Its design ensures a consistent delivery of 9.80 Nm in rated torque with the capacity to surge up to 29.4 Nm for peak performance needs. Further enhancing its application flexibility and reliability is the incorporation of a straight shaft with key and tap, a dust seal for protection against environmental contaminants, and a precise 24-bit serial absolute encoder for exact positioning and feedback.

The SGM7G13D7FKH is an advanced AC servo motor engineered to deliver exceptional performance in industrial settings, with a power output of 1.30 kW and a continuous torque of 8.34 Nm, reaching up to 23.3 Nm at peak. This 400V three-phase motor operates efficiently at a nominal speed of 1500 RPM and can achieve a maximum speed of 3000 RPM. It features a 24-bit absolute encoder for precise position feedback, alongside a dust-resistant design and a straight shaft end that includes a key and tap, facilitating seamless integration into various applications.

The SGLGM-60225CT-M-E linear motor, with its 200V SGLGM magnet track, stands out for its precision in motion control tasks, particularly suited for the SGLGW series. Its construction includes a 225mm magnetic way optimized for high-force environments, ensuring durability and performance. Additionally, this model comes with conveniently positioned bottom mounting screws, facilitating straightforward integration into machine parts, making it an essential component for specialized automation projects.

The SGMAH03DAA4CDOY servo motor from the Sigma-II series offers an impressive 0.3 kW power output and operates efficiently at 400 VAC. It incorporates a 13-bit incremental encoder for enhanced precision in motion control and comes equipped with a 24 V brake to ensure safety during operation. Featuring a standard, straight design and utilizing a Hypertac connector, this motor is well-suited for diverse industrial applications requiring robust performance and reliable connectivity.

The SGM7F14BFA12 stands out in the direct drive motor category with its robust offering from the DD-MOTOR SGM7F series, delivering efficient operation with a 0.440 kW power output. This servomotor achieves a seamless operational range with speeds from 300 RPM up to a maximum of 600 RPM, complemented by strong torque performance, providing 14 Nm under normal conditions and up to 42 Nm at peak. Designed for precision and ease of integration, it comes equipped with a 24-bit serial incremental encoder and features a streamlined profile with an outer diameter of 135mm and a conveniently placed cable at the bottom, enhancing its application in systems demanding high mechanical precision without compromising on spatial efficiency.