INSTALLATION

8.Optional. To prevent the software configuration tool from synchronizing with the PC date and time, select Don’t auto update.

9.Click Save Sys Config to save the settings to the EMS−UGK. Depending on communication speed, updates take effect within 15–20 seconds.

10.Optional. Voltage and current calibration is performed at the factory. The EMS−UGK does not require calibration. If you choose to recalibrate, the original calibrated values will be lost.

To recalibrate the settings, click the Calibration tab to display the EMS System Calibration page.

NOTE For optimal results, verify that the circuits are loaded to nominal load levels prior to starting calibration. Have qualified service personnel (such as a licensed electrician) obtain the physical measurements using a multimeter and RMS current probe. For calibration, measure the L−N voltage (not L−L voltage).

Enter the voltage and current measurements from the installed panel(s) on the EMS System Calibration page. Blank fields will not be calibrated.

NOTE To revert any changes made on the current page back to default settings before saving, click Reload Cal Data.

Click Save Cal Data to update the voltage calibration data and save the settings to the EMS−UGK. Depending on communication speed, updates take effect within 15–20 seconds.

EATON Powerware® Energy Management System (EMS) Upgrade Kit User’s Guide S 164201724 Rev 1 www.powerware.com

29

Page 35
Image 35
Powerware 208/120V, 400/230V, 380/220V, 415/240V manual Installation

415/240V, 380/220V, 208/120V, 400/230V specifications

The Powerware series of uninterruptible power supplies (UPS) is renowned for its versatility and reliability in providing essential power protection for critical equipment across various environments. Specifically, the configurations of 208/120V, 400/230V, 380/220V, and 415/240V cater to a wide range of geographic voltage standards, making it an ideal solution for diverse industrial and commercial applications.

One of the defining features of the Powerware UPS is its robust architecture which ensures high availability and reliability. Designed for mission-critical environments, these units often come equipped with advanced technologies that facilitate seamless operation during power interruptions or fluctuations.

The Powerware UPS employs double-conversion online technology that offers superior protection by continuously converting incoming AC power to DC and then back to AC. This process isolates the connected equipment from all power disturbances, such as surges, sags, and electrical noise, thus ensuring clean and stable output power. With this technology, users can rest assured that their sensitive electronics and IT infrastructure are shielded from any potential damage caused by irregular power supply.

Additionally, the Powerware series includes intelligent battery management systems that extend battery life and optimize performance. This feature involves real-time monitoring of battery health and automatic adjustment of charging methods to enhance efficiency. Users benefit from reduced maintenance costs and increased operational uptime due to improved battery management.

Moreover, the Powerware UPS is designed with scalability in mind. These units can be configured in parallel for load sharing, allowing organizations to expand their power capacity as needed without having to invest in entirely new systems. This flexibility is particularly beneficial for growing businesses that anticipate increased power needs over time.

The compact design and enhanced cooling systems further characterize the Powerware UPS, making it suitable for installations in space-constrained environments. The units are often equipped with user-friendly interfaces, providing easy access to critical information and diagnostics for power management.

In summary, the Powerware series with 208/120V, 400/230V, 380/220V, and 415/240V configurations represents a comprehensive solution for ensuring uninterrupted power supply in various settings. Its advanced technology, battery management features, scalability, and space-saving design make it an excellent choice for organizations seeking reliable power protection.