Chapter 7 - Configuring & Operating the SymmetraTM
Step 2: Powering the Loads
1.Use the sequence in figure
Fig
2.The Power Array has now been instructed to power up the load equipment. It conducts a self diagnosis and determines if the conditions are safe to deliver power to the load equip- ment. Depending on the diagnostics, the Power Array will either power the load or one of several startup
Fig
For this procedure, select “start now” for any startup over- ride message that may appear.
Note: If an alarm sounds and a “fault message” appears see Chapter 9 for the cause, and the corrective action.
3.When the load has been successfully powered, the green “LOAD ON” LED will glow, and the message “UPS LOAD IS ON” will appear on the screen.
Note: The yellow “ON BATT” LED will glow momentarily, while the system is conducting the self test.
4.Press the Escape key and return to the startup screen. Note: The output voltage now registers on the display, and the load percentage and run time are now based on the actual load.
Step 3: Review Status Conditions
Status information about the Power Array and the modular components can be reviewed using the PowerView. Status information is accessed via the “Status” menu item on the top level menu. Review the following status screens for con- tent.
Position the arrow cursor next to the “Status” menu item on the top level menu screen. Press the Enter key. The voltage status screen appears.
Fig
Voltage Status Screen
Fig
The voltage status screen displays the following information: Input Voltage (220.1) - the actual input voltage from the util- ity power (mains) source.
Output Voltage (000.0) - the actual output voltage. Load Current (00.0A) - the amperage drawn by the load.
After the voltage status screen has been reviewed, press the Enter key. The load with redundancy status screen appears.
%Load With No Redundancy Status Screen
Fig 7-6 Percent Load With No Redundancy Status Screen
%Load Assuming No Redundancy - displays the percent of the total Power Array capacity that is required by the load. The total Power Array capacity is defined by the number of power modules installed multiplied by 4kVA, and it is lim- ited by the kVA rating of the frame. See table