MIV08-3-VAC
The Okuma MIV08-3-VAC is a powerful inverter component from the MIV Servo Drives series by Okuma. Designed as a 1st gen inverter unit for VAC motors, it delivers an applicable motor capacity of 7.5 kW (10 hp), integrating seamlessly into industrial automation setups. Featuring an external cooling fan for optimized thermal management and a compact profile, this unit supports precision control in both spindle and axis drive applications. At only 7.3 kg (16.1 lb), its lightweight build simplifies installation without sacrificing robustness. Its primary function is to convert DC power into controlled AC output, ensuring reliable operation of VAC motors in demanding environments.
In terms of technical specifications, the MIV08-3-VAC requires a main power supply of 300 VDC along with 24 VDC control power for proper operation. It is configured as a 1-axis inverter and incorporates a VAC motor control board, model ICB3H, which is compatible with both ICB3 and ICB3F versions. Communication interfaces include servo link, encoder link, and converter link, enabling versatile data exchange and synchronization with other motion control components. The inverter’s external dimensions of 380×100×325 mm provide a compact footprint, while its model code is designated as A006-2257 for straightforward identification and maintenance.
The MIV08-3-VAC is engineered for high compatibility within Okuma motion control systems, ensuring seamless integration into existing automation lines. Its external cooling fan enhances durability by maintaining consistent operating temperatures during prolonged cycles. The unit’s streamlined design and precise control links contribute to operational efficiency, reducing downtime and energy waste. Conforming to industrial-grade performance standards, this inverter unit is ideal for applications that demand reliable torque delivery and thermal stability. By utilizing this product, facilities benefit from improved machine responsiveness, lower maintenance requirements, and enhanced overall productivity in manufacturing processes.