MIV22-3-V5
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The Okuma MIV22-3-V5 servo drive, part of the MIV Servo Drives series, supports an applicable motor capacity of 22 kW (30 hp). It features a resolver signal voltage of 6.0 V, a magnetic encoder signal voltage range between 2.6 and 4.6 V, and a 300% max torque to rated torque ratio.
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Product Description:
Okuma is one of the well-known industrial equipment manufacturers around the globe. The company products are specially used by several CNC machining facilities. They produce servo controllers, inverters, circuit boards, motors and other automation equipment. The MIV22-3-V5 Servo Drive is an effective solution for accurate motor control.
The MIV22-3-V5 servo drive is designed to operate a motor with 22 kW capacity. This model is a 1-axis control inverter unit produced for smooth motor operation. The motor voltage error for the D-axis has an output multiplication factor of 1/42. The motor voltage error for the Q-axis also has an output multiplication factor of 1/42. These voltage regulations help maintain system efficiency during operation. This Okuma MIV servo drive features a magnetic encoder for accurate feedback. The a/b-phase magnetic encoder signal voltage ranges from 2.6 V to 4.6 V. The encoder has 1.4 V or higher minimum voltage requirement for Z-phase. These signal specifications help in maintaining stable communication with the motor. This servo drive consists of multiple essential components. It includes a control board, a display card and an inverter unit. These components integrate to offer a functional and stable drive system. The inverter control board type used in this servo drive is ICB3. The combination of a control board and inverter technology provides a functional drive system. The integration of the display card increases monitoring and diagnostic capabilities.
The MIV22-3-V5 servo drive delivers stable output with optimized motor voltage error correction. The signal voltage range offers accurate data transmission and provides a well-structured servo drive solution for automated machinery applications. The servo drive design aligns with industrial motor control requirements for stable operation. This MIV servo drive is made with a unit construction that supports a modular approach for efficient maintenance. It is designed to work with motors that require control and power regulation.
Frequently Asked Questions about MIV22-3-V5:
Q: How does the MIV22-3-V5 Servo Drive ensure accurate motor voltage regulation?
A: The servo drive maintains motor voltage error correction using an output multiplication factor of 1/42 for both D-axis and Q-axis, ensuring stable operation.
Q: What is the significance of the Z-phase minimum voltage in the MIV22-3-V5 Servo Drive?
A: The Z-phase minimum voltage of 1.4 V or higher ensures accurate position feedback, improving synchronization and overall motion control accuracy.
Q: How does the a/b-phase magnetic encoder signal benefit the MIV22-3-V5 Servo Drive?
A: The a/b-phase encoder signal voltage range of 2.6 V to 4.6 V ensures stable communication with the motor, allowing precise speed and position feedback.
Q: What role does the display card play in the MIV22-3-V5 Servo Drive?
A: The display card enhances system monitoring and diagnostics, allowing operators to track performance and troubleshoot potential issues effectively.
Q: How does the modular design of the MIV22-3-V5 Servo Drive improve maintenance?
A: The modular unit construction allows quick replacement of components like the control board and inverter, reducing downtime and improving service efficiency.
