65BA030VXT27 by Sanyo Denki

The Sanyo Denki 65BA030VXT27 amplifier is a high-performance unit from the BL Super Servo Amplifiers series, designed by Sanyo Denki for precise motion control in industrial automation. This device supports servo control mode and delivers a rated output current of 30 A at a rated input voltage of 200 VAC, ensuring robust power delivery to BL series servo motors. With a compact design and integrated LED indicators, the primary function of this servo amplifier is to regulate motor speed and torque with exceptional accuracy, making it ideal for applications requiring precise positioning and dynamic response.

In terms of technical specifications, the 65BA030VXT27 features a versatile Communication Interface combining Analog and Digital I/O for seamless integration with modern control systems. Its Cooling Method employs forced-air cooling to maintain stable operation under heavy loads, while achieving an Efficiency of over 90%. The amplifier’s Protection Features include comprehensive over-voltage, under-voltage, and overcurrent protection, safeguarding both the amplifier and connected motors from electrical faults. Housed in a robust enclosure treated with black varnish, it withstands operating temperatures from 0 to 50 degrees and storage temperatures up to 75 degrees, with a maximum relative humidity rating of 0.95 and an installation altitude of up to 1000 m without derating.

Additional attributes of the 65BA030VXT27 emphasize its compatibility and durability in demanding environments. The forced-air cooling system ensures efficient heat dissipation during continuous operation, while the black varnish protective coating enhances resistance to dust and corrosion. This servo amplifier’s broad operating temperature and humidity tolerances facilitate reliable performance across varied industrial settings. With a 12-month warranty duration and integrated safeguards, this device minimizes maintenance requirements and downtime. Employing the 65BA030VXT27 in industrial automation delivers precise motion control, enhanced system stability, and improved process efficiency for mission-critical applications.