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B. SYSTEM ON: VIA STATIC BYPASS COMMAND
Switch on the Mains and Bypass Input lines.
The system will activate in “Stand-By” mode (The Leds on PSU1 and PSU2 - if present - will be lit).
Verify the Mains and Bypass input voltages on the “System Status” page.
Verify that no anomalies are present on the system status page (except the alarm “Batteries not present”).
Verify that all the configured PMs are ready (the red led “ALARM” blinks slowly).
Verify that all the configured BM are ready (the green led “BYPASS READY” is lit fixed).
From the “Command Panel” page, slide “OnBypass” from “O” to “I” to start the system to static bypass.
Confirm “Load On Bypass Command”.
This will supply power to the load via the bypass line. The system PMs will remain in Stand-By.
Verify the output Voltages on the “System Status” page.
From the “Command Panel” page, slide “System Off/On” from “O” to “I” to start the PMs.
Confirm “Inverter On Command”.
The inverters will synchronise within all of the PMs ready to start, but the system will remain on bypass.
The “Awaiting Start Up” process will take approximately one minute.
Verify that no anomalies are present on the system status page (except the alarm “Batteries not present”).
From the “Command Panel” page, slide “OnBypass” from “I” to “O”.
Confirm “Load On Inverter Command”.
The system will transfer the load from the bypass onto the inverter output.
Verify that the output Voltages and the operational status are correct on the “System Status” page.
Connect the batteries to the system.
Check the battery status and verify the measurements.
From the “Command Panel” page slide the “Battery Test” from “O” to “I” to execute the test.
Verify that the Alarm “Batteries Not Present” is no longer present anymore.
From this point the system is in normal operation.
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