SR-L1.0023.060-14.000
Original price
$2,569.32
-
Original price
$13,800.00
Original price
$13,800.00
$2,569.32
-
$13,800.00
Current price
$13,800.00
The Bosch Rexroth Indramat SR-L1.0023.060-14.000 servo motor from the renowned SR Synchronous Servo Motors series exemplifies precision engineering and dynamic performance. This servo motor is engineered for industrial automation applications where high-speed and precise control are critical. Key features include the integrated Resolver encoder for robust feedback, a high rated speed of 6000 rpm, and an impressively light mass of 2.6 kg contributing to its agile dynamic response. Its superior design and feedback mechanism ensure reliable positioning, making it ideal for applications ranging from robotics to packaging machinery.
In terms of technical specifications, the motor features a frame size classified as 1 and is equipped with Ball Bearings on the output side for smooth rotational performance. The rated performance is further enhanced by a measured Moment of Inertia of 1.20 x 10-4 kgm2, which allows for rapid acceleration and efficient deceleration cycles as required in high-speed industrial setups. The incorporation of Thermal Motor Protection through integrated thermistors in the winding safeguards the operational stability under varied thermal conditions. Additionally, the motor adheres to a stringent Protection Class of IP67, ensuring dust and water resistance during operation in harsh environments.
The product also offers specific features that enhance its overall functionality and ease of integration into existing systems. The simple yet effective Shaft Type design supports standard coupling arrangements, while the impressive Torque Constant of 0.69 Nm/A facilitates precise control in demanding kinetic tasks. Engineered with compatibility in mind, this motor pairs seamlessly with motion controllers and drive systems, thus extending its versatility across multiple industrial sectors. The robust build and adherence to industrial standards make this servo motor a dependable choice for achieving optimal performance in continuously running, automated processes.
