SG-B2.027.049-10.010
Original price
$1,276.66
-
Original price
$1,276.66
Original price
$1,276.66
$1,276.66
-
$1,276.66
Current price
$1,276.66
The SG-B2.027.049-10.010 servo motor by Bosch Rexroth Indramat is part of the SG Synchronous Servo Motors series and is engineered for high-performance industrial applications. Its design is optimized for DIN rail mounting, facilitating secure installation in standard control cabinets. Key features include a precise standstill torque of 2.6 Nm, operation within an input voltage range of 12-24 V DC, and an impressive nominal speed of 5500 RPM. These specifications work together to ensure that the motor is not only efficient in power consumption but also well-suited for rapid and accurate motion control in automated systems.
Detailed technical attributes highlight the motor's robust construction and effective performance metrics. With communication capabilities via Ethernet and RS485 interfaces, the motor supports seamless real-time data exchange that is critical in modern industrial networks. The design incorporates a reliable connection cross-section of 1.5 mm^2, ensuring proper conductivity and safety. Additionally, its power consumption is rated at only 5 W, which underlines its energy-efficient nature. The specifications further state that the motor is designed to function reliably within an operating temperature range of -25 degrees C to +70 degrees C, offering flexibility under varying environmental conditions.
The servo motor is further characterized by its compatibility with standard industrial systems and its emphasis on ease of integration. With a mounting method based on DIN rail, installation is simplified, allowing for quick replacement or configuration adjustments. The motor demonstrates durability and sustained performance even under stringent ambient conditions typically ranging from 0 degrees to 40 degrees C. These technical and design features combine to create a product that meets the high standards required for industrial automation, ensuring enhanced reliability, efficient communication, and longevity in rigorous applications.
