Product Description

The 8CVI045E1HCS0.00-1 inverter module, manufactured by B&R Automation, is an advanced and reliable component of the ACOPOSremote series. Designed with cutting-edge technology, this module ensures both uncontrolled and safe stops are seamlessly integrated, enhancing operational safety in high-demand industrial environments. The module features an EnDat 2.1 encoder connection, which provides precise and accurate feedback essential for complex automation systems. Additionally, it offers integrated connections for local I/O nodes, streamlining the setup process and significantly reducing the need for extensive cabling through its daisy chain configuration. This reduction in cabling not only simplifies installation but also contributes to a cleaner, more efficient system layout.

The 8CVI045E1HCS0.00-1 via its 15-pin Tyco connector, ensuring robust performance under various operational conditions. The module is designed for cold plate mounting, which provides efficient thermal management, crucial for maintaining optimal performance and longevity in demanding environments. It also supports Dynamic Node Allocation (DNA), allowing for flexible and adaptive system configurations, which is particularly beneficial in complex automation scenarios. The module's DC bus connection operates at a nominal voltage of 750 VDC, providing stable and reliable power delivery across a wide range of applications.

Power dissipation is a critical aspect of any inverter module, and the 8CVI045E1HCS0.00-1 is designed to handle it efficiently. Depending on the switching frequency, the module's power dissipation varies; for instance, at a 5 kHz switching frequency, power dissipation follows the formula [0.16 * IM^2 + 5.6 * IM + 55 + (Pout/750)^2 * 0.25], while at 10 kHz, it adjusts to [0.49 * IM^2 + 4.7 * IM + 95 + (Pout/750)^2 * 0.25] W. These precise calculations ensure that the module can maintain efficiency while managing heat dissipation.