27B050FXTH1 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 27B050FXTH1 servo amplifier operates on a 3-phase electrical input of 200–230 VAC and supports 50/60 Hz frequency for precise servo motor control. Part of the BL Super Servo Amplifiers series by Sanyo Denki, this unit is designed for high-performance industrial automation and motion control applications.
Internal Product Review
Sanyo Denki manufactured this 27B050FXTH1 advanced servo amplifier which provides a robust 3-phase electrical input of 200–230 VAC that meets standard power requirements. The unit’s integrated system control allows reliable operation in modern industrial servo applications.
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Product Description:
Manufactured by Sanyo Denki, the 27B050FXTH1 is a servo amplifier from the top-notch BL Super Servo Amplifiers series. The unit accepts an electrical input of typically 200–230 VAC in order to ensure compatibility with standard industrial power supplies. It operates at 50/60 Hz, matching the prevalent frequency supply of global power systems. It is designed as a 3‑phase device and provides balanced power delivery and efficient torque production. These core specifications lay a dependable foundation for integration into automated systems, ensuring reliable operation in rigorous industrial environments.
This amplifier model delivers servo motor control and amplification, ensuring accurate actuation of connected motors. It features integrated system control for high‑performance servo applications, which streamlines overall system management. The device is intended mainly for industrial automation and motion control, making it ideal for demanding production settings. It is capable of delivering up to 50 A, thereby driving large and heavy motors reliably. It operates at 100 VAC, which offers stable performance with legacy industrial circuits. The module features a 2‑axle integrated type (specifically the BL860/861/862 series), which enhances mechanical balance. Its compact architecture facilitates seamless integration into constrained spaces, thus reducing installation complexity and saving valuable panel space.
The 27B050FXTH1 model includes advanced overcurrent and short‑circuit protection to safeguard the drive during fault conditions. It is equipped with an RS‑485 communication interface that enables robust and reliable data exchange with external controllers. This servo variant features offline auto‑tuning for optimized performance, therefore, reduces setup time and improves accuracy. It provides diagnostic LED indicators that offer immediate visual feedback on operating status and fault conditions. The amplifier also features high electrical isolation to protect sensitive components from voltage spikes and interference.
