67BA030KDT10
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The Sanyo Denki 67BA030KDT10, part of the BL Super Servo Amplifiers series, is a 3-phase device equipped with forced air cooling. It features a typical input voltage of 200–230 VAC and a frequency of 60 Hz. The amplifier provides overload, overvoltage, and short-circuit protection, ensuring reliable operation.
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Product Description:
Sanyo Denki has designed the 67BA030KDT10 Servo amplifier drive to be a top-tier option in the motion control systems market. Its intended uses are precise placement and speed control within automation processes. Its applications include CNC machinery, robotic arms, and industrial automation, where motion control is crucial.
The 67BA030KDT10 servo amplifier drive features a keyed shaft for connection to mechanical parts. This drive comes with a square flange style and has four bolts that allow it to be securely fixed. Natural air circulation helps to cool the drive within optimal operating temperatures. The power terminal is designed for a 3-phase input connected to the electrical system. This drive has a rated operating voltage of 200V to 230V AC, meaning it can be used in most industrial power systems without any additional configurations. The drive has an approximate power rating of 300W, allowing effective and reliable torque output under demanding working conditions. Feedback signals are sent to the control unit via a separate cable bundle to the encoder system. This drive enables signal transmission using RS-485 or differential signals or via an external controller using other proprietary protocols, thus improving communication with external controllers. The feedback control provides finely-tuned position control, therefore optimizing control accuracy. Enhanced efficiency is achieved through a reduced minimum response time for system motion.
The 67BA030KDT10 servo amplifier drive is best suited for precision motion control tasks with stable operational requirements. The drive is capable of maintaining speed and torque, which enhances reliability for continuous-duty applications. A control system improves performance in real-time based on changes in load magnitude. Incorporating encoder feedback improves operational precision by providing accurate positional data. The system uses PWM modulation with encoder feedback to achieve stable performance. An optimized power and control system allows smooth operation while reducing electrical noise.
Frequently Asked Questions about 67BA030KDT10:
Q: Why does 67BA030KDT10 use three-phase power input?
A: Three-phase power input ensures balanced electrical operation that reduces power fluctuations. This enhances motor efficiency and prevents overheating in continuous-duty applications.
Q: Do 67BA030KDT10 signals support RS-485 communication protocols?
A: Yes, the motor supports RS-485, differential signals, and proprietary protocols. These protocols enable reliable data transmission between the motor and external controllers.
Q: How does 67BA030KDT10 maintain thermal stability?
A: The motor relies on natural air cooling that dissipates heat efficiently. This cooling mechanism prevents thermal buildup that enhances long-term reliability.
Q: Why is PWM control used in 67BA030KDT10?
A: PWM control ensures precise speed and torque regulation in motion applications. It minimizes energy losses that improve motor efficiency and durability.
Q: Does 67BA030KDT10 have a standard mounting configuration?
A: Yes, the motor has a square flange mount with four bolt holes. This ensures easy and secure installation in various automation systems.
