Product Description:

The P30B04010DXV20 is a compact servo actuator manufactured by Sanyo Denki as a member of the P3 Super BL Servo Motors series. Designed for integration into pick-and-place heads, miniature conveyors, and laboratory automation axes, the motor converts drive commands into precise rotary motion while maintaining a small frame. Within an industrial control loop, it pairs with a compatible amplifier to provide the speed and torque adjustments required for positioning, tensioning, or indexing tasks in automated machinery. Its compact form allows the actuator to fit into equipment where installation space is limited, while closed-loop control supports accurate movement under changing loads.

Energy buffering is handled by a supercapacitor built into the encoder section, which keeps the feedback electronics active long enough to preserve positional data during brief power interruptions. The drive section delivers a continuous mechanical output of 100 W without exceeding its normal thermal limits. When rapid acceleration is required, the rotor can reach a maximum speed of 4500 rpm, providing additional speed for short-stroke movements. Mechanical attachment uses a square face with a 40 or 42 mm flange, allowing the motor to be installed in compact equipment with matching mounting dimensions. The stator uses a brushless motor design, eliminating commutator wear and reducing routine maintenance. This design also supports efficient torque production because electronic commutation controls the stator current without physical brushes.

High-resolution position feedback originates from an Absolute Sensor (ABS-R II), which provides multi-turn position data so the control system can determine the rotor angle immediately after power is restored. The motor has no internal brake, so applications that require the shaft to remain locked must use an external holding device or drive-applied torque. As a P3 motor, it uses the connector orientation and thermal characteristics associated with the platform. A compatible P3 drive can process the absolute encoder signals directly, allowing the control loop to regulate position, speed, and torque without requiring a separate external feedback module. The preserved position information reduces the need for repeated reference movements after short interruptions, while the encoder continues to support precise closed-loop operation during normal machine cycles.