P20B10200LCP67 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki P20B10200LCP67 is a brushless servo motor in the P2 Super BL Servo Motors series. It features a rated output of 2000 W, a flange size of 100 mm, and an IP67 protection rating with a fully closed, self-cooling protection system. The motor is equipped with a holding brake at 24V and has insulation grade F type.
Internal Product Review
The P20B10200LCP67 is a Sanyo Denki P2 Super BL servo motor with 2000 W rated output and brushless motor technology. Flange-type mounting and IP67 protection support dependable integration in sealed motion systems. Continuous duty with a 24 V holding brake makes the motor a strong choice for demanding servo applications.
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Product Description:
The P20B10200LCP67 is a servo actuator produced by Sanyo Denki within the P2 Super BL Servo Motors series. It is intended for coordinated-motion stages, packaging spindles, and compact conveyor drives that require repeatable speed and position control. By pairing a fully enclosed housing with electronic commutation, the motor provides a direct interface between a digital amplifier and mechanical equipment. It converts command currents into regulated torque for automated assembly and material-handling applications.
A built-in holding brake operates at 24 V, allowing the shaft to remain stationary when drive power is unavailable. The continuous rated output of 2000 W provides sufficient mechanical power for midsize pick-and-place axes while maintaining modest frame dimensions. The IP67 enclosure blocks dust and resists temporary immersion, making the unit suitable for washdown lines and other demanding industrial environments. The mounting flange measures 100 mm, allowing direct attachment to compatible gearboxes, pulleys, or machine plates. The Class F insulation supports elevated winding temperatures during continuous operation. The housing is fully enclosed and self-cooled, eliminating the need for an external fan or separate cooling circuit. A shaft seal protects the output interface from contaminants, while flange mounting helps maintain alignment between the motor and connected equipment.
Torque is generated through a permanent-magnet rotor and a brushless motor design, eliminating brush wear and supporting responsive speed control. The absence of mechanical commutation components reduces routine wear during repetitive motion cycles. The insulation system withstands a dielectric test voltage of 1,500 VAC for one minute, providing electrical isolation for use with compatible servo drives. Dynamic balancing meets the V10 vibration grade, which helps limit transmitted vibration in precision gantries and other motion systems. Electronic commutation allows the amplifier to regulate torque without the contact wear associated with brushed motors. The sealed output interface also helps protect internal bearings and magnetic components when the actuator operates near moisture, dust, or process debris.
