8LSA44.R2030D200-3

Product Description:

The 8LSA44.R2030D200-3 servo motor (synchronous) has a measured output of 2.0 kilowatts (kW) and cool itself down on the outside (IC410). It features a multiturn encoder and connectors that can be rotated, which makes it simple to install. A three-phase winding includes three separate coils that are powered in a phased sequence, which together create a spinning magnetic field. In the star or Y shape, the free ends of each coil meet at a common neutral point. This setup is used in industrial motors because it helps keep the phase loads balanced, reduces high beginning currents, and distributes power very well. The motor is designed with smaller parts that reduce its weight without affecting how well it works. These weight reductions make it easier to deploy in small spaces and work well for applications that need to move quickly, such robots, packing lines, or pick-and-place devices. A small footprint and high power density make it easier to change the layout and make machines work more quickly. Engineers specify a rotor assembly with an intentionally slender profile, so the internal mass distributes toward the shaft as efficiently as practicable. Such design yields a gravimetric moment of inertia that is markedly lower than conventional cylinders of comparable diameter. The drag-free character of a lightweight rotor permits almost immediate response to control commands, shortening both the rise time and settling period of the velocity loop. It can quickly be noticed that the motor starts, holds, and reverses speed with an urgency normally reserved for laboratory instrumentation. Built around a stout lamination stack and generous winding allowance, the motor can tolerate peak currents that would normally violate the nameplate torque rating.