8BVI0330HWSS.000-1
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The B & R Automation 8BVI0330HWSS.000-1 is part of the 8BVI Servo Controllers Series and features a frame size of 330 mm with water cooling. It delivers a rated power of 145 kW, a rated torque of 920 Nm, and a maximum torque of 2200 Nm. The servo controller operates at a rated speed of 1500 rpm and boasts IP65 protection.
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Product Description:
The 8BVI0330HWSS.000-1 from B&R Automation is an inverter module designed for precise motor control in automation systems. It has UL approval (cULus E225616) and can handle a trigger input voltage of 24 VDC. The module is meant to be mounted on the wall and weighs about 5.4 kg.
The 8BVI0330HWSS.000-1 inverter module's motor links can handle a maximum current of 83 A rms and a steady current of 33 A rms. Your device can be set to cycle at 5, 10, or 20 kHz, and its highest frequency is 598 Hz. For DC bus voltages between 315 VDC and 800 VDC, the module gives a 24 VDC output voltage range of ±6%. An encoder's power source voltage is usually 12.5 V, and its link is type EnDat 2.2. Regardless of the regularity of change, the longest motor line that can be used is 25 meters. The resistance for the temperature monitor is between 500 Ω and 5 kΩ. A 250-mA slow-blow fuse protects the module and restarts itself automatically on the 24 VDC output. It is said that the DC bus capacitance is 990 µF. The highest temperature is 55C, and the average range is 5C to 40C.
The 8BVI0330HWSS.000-1 inverter module is 106.5 mm wide, 317 mm tall, and 263 mm deep. The module can work reliably within a certain temperature and humidity range because it has an IP20 security class. Electricity is kept between the encoder interface and trigger inputs to keep the signal's integrity. With losses of 1.2% at 10.25% load and 2.2% at 90-100% load, the inverter module is made in a way that makes it more energy efficient. This makes it an IE2 module. The product's fuse protection and temperature sensor support help keep things safe and under control.
Frequently Asked Questions about 8BVI0330HWSS.000-1:
Q: Why does 8BVI0330HWSS.000-1 use 24 VDC trigger input?
A: The 24 VDC trigger input matches common industrial control voltages. It ensures compatibility with standard automation systems.
Q: How does 8BVI0330HWSS.000-1 handle maximum output frequency?
A: It supports up to 598 Hz output frequency. This allows precise control of motor speed in various applications.
Q: Why is the motor peak current 83 A rms in 8BVI0330HWSS.000-1?
A: The peak current supports short-term motor acceleration. It ensures the motor can handle transient load demands.
Q: Does 8BVI0330HWSS.000-1 support multiple switching frequencies?
A: Yes, it supports 5, 10, and 20 kHz switching frequencies. This flexibility optimizes noise and efficiency trade-offs.
Q: How does the fuse protection work in 8BVI0330HWSS.000-1?
A: The 250 mA slow-blow fuse protects the 24 VDC output. It automatically resets after fault clearance to maintain operation.
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