P50B02002BXS26

Product Description:

In the P50B02002BXS26 servo motor, one finds performance characteristics suitable for varied industrial applications. Supplying a rated output of approximately 0.2 kW, and showcasing a rated rotating speed of 3,000 rpm, integrating these characteristics creates a solution for advanced automation requirements. The torque constant equals approximately 0.9 N·m/Arms, which enables precise motor control. It’s engineered to interface using a 200 to 230V AC amplifier power supply, and it maintains operational effectiveness through temperatures reaching 55C, ensuring reliability inside diverse settings; it is built to last through the test of modern industrial standards and expectations, along with its components. The BXS26 flange dimensions, approximated at 26x26 mm, will permit adaptation to numerous machinery configurations.

Delving deeper, the motor displays a maximum rotating speed of 3,000 rpm, mirroring the rated speed, and providing consistent performance with the applications. Assessing torque metrics, the estimated rated torque falls around ~2.0 to 2.5 N·m. The continuous stall torque usually surpasses rated torque through 20–25%, which empowers sustained productivity under demanding circumstances. At instantaneous peak, maximum stall torque achieves approximately 5 to 9 N·m. Electrical specifications include a rated armature current around 4.0 Arms, with continuous stall armature current approximately 4.5 Arms; for instantaneous maximum stall armature current, expect the range to span from 14 to 18 Arms. The induced voltage constant is about 30–31 mV/(min⁻¹), and showing consistency when matched alongside a phase armature resistance nearly 1.6 Ω.

Concerning power supply characteristics, the amplifier power supply requires 200 to 230V AC (±10%/–15%), operating at 50/60Hz through a 3-phase connection. Given varying industrial environments, it is designed to operate through temperatures ranging from 0 to 55C, and with humidity up to 90% non‐condensing, ensuring constant operation across various settings.