With safe isolation at UO ≤ 60 V DC | AEG 8000012364 BAL guide

"UniVert 2" inverter

- Power cables	Burst test in acc. with
	EN 61000-4-4, 2 kV
	Surge test in acc. with
	EN 61000-4-5,
	2 kV asymmetrical
- Control cables	Burst test in acc. with
	EN 61000-4-4, 2 kV
	Surge test in acc. with
	EN 61000-4-5,
	2 kV asymmetrical
Functional extra-low voltage	With safe isolation at UO ≤ 60 V DC
	to VDE 0100 Part 410 11.83
	Section 4.3.2
Overload behaviour	1.6 x rated current for 1 minute
	1.3 x rated current for 10 minutes
	The mains fuse used must be
	taken into consideration!
Max. load fusing	gL 40A
Messages	- Operation	LED green
	- INV voltage present	LED green
	- Mains volt. present	LED green
	- Synchronism	LED green
	- INV supplies the load LED green
	- SBS suppl. the load	LED green
	- Collective fault	LED red
Remote signals (X4)	Collective fault signal via potential-
	free relay contact X4.1,2,3
	(safe isolation)
	INV operation signal via potential-
	free relay contact X4.4,5,6
	(safe isolation)
	Max. contact load:
	150 V DC < 1.6 A
	Min. contact load: 12 V 0.1 A
Monitoring systems	- Load undervoltage
	- Load overvoltage
	- Mains undervoltage
	- Mains overvoltage
	- Heat sink overtemperature
	- Mains / INV synchronism
	- Self-test, watchdog
	- Internal auxiliary voltages
Design	19" mounting rail for installation in
	module rack in acc. with
	DIN 41494

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8000012364 BAL, en

Image 34

AEG 8000012364 BAL operating instructions With safe isolation at UO ≤ 60 V DC

Contents

Operating Instructions UniVert 2 inverter and SBS option Validity WarrantyDuty to Provide Information Handling Hotline AbbreviationsCopyright Table of Contents Technical Data Maintenance TroubleshootingDimensional Drawing Important Instructions and Explanations Safety InstructionsAccident Prevention Regulations Qualified Personnel Safety Awareness Application Liability Directives General Information System Description Parallel INV operation Function of the SystemIndividual INV operation Individual or parallel operation with SBS Parallel INV operation Block diagram of the inverter Description of the INV Principle of Operation of the INV, Electrical Description of the SBS SBS Principle of Operation of the SBS, Electrical Function of the Inverter Can Bus Interfaces X6 ON/OFF SwitchDIL Switch S2.1 S2.2 S2.3 INVs Settings must be the same on all INVs and the SBS Switches S2.4, S2.5 and S2.6 Own Address INVSwitches S2.7 and S2.8 Number of redundant INVs S2.4 S2.5 S2.6 Address Signalling, Displays and Remote Signals Display Colour Operating status Function of the SBS optional Switchback AttemptsOperating Statuses AC Busbar Reset ButtonAC Mains Input AC Mains Monitoring System S3.1 S3.2 S3.3 S3.7 S3.8 INVs Switchover without gap Assignment of the signal terminalsOperating modes Switchover with gap Start-Up InstallationConnecting the Loads / DC / Mains Connection Disconnection Maintenance Output Voltage Deviation TroubleshootingFor systems with SBS additionally Technical Data General Data INV Collective fault FaultOvertemperature ϑ Operation General Data SBS With safe isolation at UO ≤ 60 V DC UniVert 2 inverter Electrical Data At 24 Type E-number G110 E230/10,9/2rfg-CFp2,5 3000000263 Type E-number E230 E230/115/2-VFp26,5-8 3000000646 Dimensional Drawing Inverter dimensions type 1.5 and 3.3 kVA Inverter dimensions type 2.5 kVA SBS dimensions