TL-A110P-BJ32AA

The Allen-Bradley/Rockwell Automation TL-A110P-BJ32AA low-inertia servo motor is part of the TL-Series that offers powerful and high-performance motors that are extremely compact for their class. These motors have power-dense design and they fall under the category of rotary motors. The TL-Series compact servo motor is an excellent solution for machine designers and users that require a motor with considerable power features in a small frame. In addition to that, these motors have high-torque density thanks to their top-grade stator design and they include high-resolution absolute encoder along with 2000-line incremental encoder. The low-inertia servo motor with the TL-A110P-BJ32AA catalog number features a rated speed of 5000 RPM and a voltage rating of 200 Volts. This TL Series servo motor variation has a 46-millimeter (NEMA 17) frame and a magnet stack length of 10. In addition to that, the enclosure and shaft key are marked with an IP65 designation for a level of ingress protection.

As far as the connector goes, this servo motor requires cables with connectors that are rectangular and at least 300 millimeters long. The feedback of the TL-A110P-BJ32AA is of the absolute type and it includes 131,072 counts per revolution and an encoder that can be powered by an additional battery (the serial protocol). In regard to the physical characteristics of the TL-A110P-BJ32AA servo motor, it is important to mention the dimensions of its heatsink. The heatsink of this model includes a height of 203 millimeters (8 inches), a width of 203 millimeters (8 inches), and a depth of 6.4 millimeters (0.25 inches). In addition to that, the thermal rating of the TL-A110P-BJ32AA includes an ambient temperature of 40 degrees Celsius (104 degrees Fahrenheit). The servo motor of this type must always be allowed to have regulated clearances in the area in order to work properly within its temperature range. It should be noted that the TL Series servo motor cannot be connected directly to an AC power source and that they are designed to be connected to a servo drive that controls the AC power application.