P60B18450RXV00 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki P60B18450RXV00 is a standard motor that belongs to the P6 Super BL Servo Motors series. It has a flange size of 180 mm and is designed with brushless motor technology. The motor features an absolute sensor (ABS-R II), a built-in super-capacitor, and a maximum speed of 2500 min-1.
Internal Product Review
The P60B18450RXV00 is a Sanyo Denki P6 Super BL servo motor with brushless motor technology and a standard motor design. An ABS-R II absolute sensor and a built-in super-capacitor support dependable position retention and streamlined startup behavior. Operation up to 2500 min-1 makes the unit a strong choice for precise servo applications.
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Product Description:
The P60B18450RXV00 is a servo motor manufactured by Sanyo Denki for the P6 Super BL Servo Motors series. It delivers commanded rotary motion for indexing tables, feeders, and other axis drives in industrial automation systems. Precise speed and position feedback allows the connected drive to regulate motion during acceleration, steady operation, and deceleration. Its large-frame design is suitable for machinery that requires stable rotation and repeatable positioning under changing loads.
The stator integrates a built-in supercapacitor backup that preserves sensor data when control power is removed, eliminating the need for a separate battery module. A square mounting interface with a 180 mm flange supports direct attachment to compatible gearheads and machine plates. Continuous operation is permitted at speeds up to 2500 rpm, providing moderate speed capacity for large-frame machinery while limiting torsional vibration. The shaft is supplied without a holding brake, so an external clamping device or another load-retention method must secure static or vertical loads when power is unavailable. Torque is generated by a brushless motor architecture that eliminates commutator wear and reduces the maintenance associated with brushes and mechanical commutation.
Position data comes from an absolute sensor (ABS-R II) that tracks multi-turn shaft angle and preserves the recorded position through a power interruption. This feedback allows the drive to resume a programmed motion sequence after power is restored without requiring the axis to repeat its normal reference movement. The unit follows a standard motor layout, with mounting points and connector positions arranged for integration with compatible equipment in the same product line. Separate power and feedback connections allow motor current and sensor signals to be routed through the machine without combining their electrical paths. The mounting face provides a stable connection for rigid alignment, helping reduce coupling stress and position error during repeated indexing cycles.
