27BA050FXTH2 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 27BA050FXTH2 servo amplifiers offers AC 100 V input, 3-phase motor output, and analog command input. Its dual CN connectors and integrated reset switch ensure high-performance motor control and easy diagnostics.
Internal Product Review
The 27BA050FXTH2 Servo Amplifier by Sanyo Denki delivers optimal performance with full metal chassis, ±10% voltage tolerance, and dual-mode control. The relay terminals (OH1, OH2), 20-pin interface ports, and integrated fuse protection ensure reliability. It's the best industrial-grade solution for consistent, long-term motor control.
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Product Description:
The 27BA050FXTH2 Servo Amplifier by Sanyo Denki is designed for precise motor control in industrial applications. It supports brushless DC and AC servo motors and operates on an AC 100 V power supply. It features robust protection systems and analog command input for responsive motor control.
This 27BA050FXTH2 servo amplifier offers full metal chassis construction with a black finish that provides durable housing and structural stability. Passive cooling is achieved via a large finned heat sink. It supports panel and rack mounting using flanged screw holes. Input voltage is AC 100 V with ± 10 % tolerance that is suitable for industrial power systems. The terminal block includes DC bus input (+, -), power input (P, N), 3-phase motor output (U, V, W) and grounding (E). It also includes relay signal terminals (OH1, OH2) for overheat or protection feedback. Two fuses are integrated: a 30 A rotary main fuse (F1) and a 5 A auxiliary glass type fuse (F2). The unit features CN1 and CN2 20 pin connectors for interface connectivity. A manual reset switch in the model allows hardware resets without system disassembly.
Control and monitoring of this 27BA050FXTH2 servo amplifier are handled via several dedicated test points and terminals. The VCMD terminal supports analog voltage input for command control. IA and VTG terminals provide current and voltage feedback. Gain tuning is performed using the Kp terminal for proportional control adjustments. A ground reference (GND) ensures signal integrity. The control method of the model includes both velocity and torque modes. Integrated protection features cover overcurrent, overload, servo error and tachometer error conditions. These safeguards support long term functionality and reduce downtime. The system is designed to deliver consistent performance under demanding conditions.
