Product Description:

The P30B06010DXV20 servo motor is produced by Sanyo Denki as part of the P3 Super BL Servo Motors series. As a brushless rotary actuator, it converts current from a compatible amplifier into mechanical motion for position and velocity control on pick-and-place axes, coil winders, and compact robotic systems. Its compact format supports installation in industrial automation cells where limited mounting space and repeatable motion are important. The matched servo drive regulates motor current in response to motion commands, allowing the shaft to follow programmed acceleration, speed, and position profiles. This operating method supports repetitive indexing and controlled movement in machinery with modest load inertia.

This model incorporates a built-in supercapacitor that sustains encoder power during brief mains interruptions, allowing the controller to retain position data. Rotor angle is measured by an absolute sensor (ABS-R II), eliminating the need for a homing cycle each time the system starts. The mounting interface uses a 60 mm square flange pattern, which fits lightweight gearheads and brackets commonly used with NEMA 23-sized equipment. Maximum mechanical speed reaches 4500 rpm, permitting rapid traverse moves while remaining within the motor’s bearing and winding limits. Continuous shaft power is rated at 100 W, making the motor suitable for compact actuators that do not require high continuous output. The square mounting profile also provides a straightforward interface for rigid alignment with couplings, gearboxes, and machine plates. Its power level and speed range suit applications that require quick motion from a relatively small motor frame.

For stopped-load retention, an external brake or counterbalance mechanism is required because the motor is supplied with no holding brake. Its brushless motor construction eliminates commutator wear and supports precise torque regulation through the servo drive’s current loop. The absence of brushes also removes the need for periodic brush inspection and avoids particles caused by mechanical commutation. When used on a vertical axis, the machine must provide a separate method of preventing the load from drifting after motor power is removed. The motor can be paired with compact mechanical assemblies in packaging equipment, semiconductor handling systems, laboratory automation, and small robotic mechanisms. Its absolute position capability is particularly useful on machines that must resume controlled sequences without performing a mechanical reference move after a brief interruption.