What to do if the 'Fault' LED lights up and the warning signal sounds twice per second on my AEG PROTECT 1?
If the 'Fault' LED is illuminated and the warning signal sounds twice per second, this indicates an overload of the AEG UPS system. To resolve this, immediately reduce the capacity utilization of the UPS by disconnecting some of your loads.
Why are the 'Line' and 'Fault' LEDs lit with a continuous warning signal on my AEG UPS?
The simultaneous illumination of the 'Line' and 'Fault' LEDs accompanied by a continuous warning signal indicates a switch-off due to the AEG UPS's internal overtemperature detection. Ensure that there is no overload, the UPS fans are not blocked, and the ambient temperature is within the correct range. Allow the UPS to cool down for 10 minutes before switching it back on.
What to do if the AEG UPS switches to battery mode?
The AEG UPS switches to battery mode because the mains voltage supply has been interrupted. Try to re-establish the mains voltage, checking for triggered fuses. If the acoustic signal sounds every second, the battery is almost completely discharged. Immediately perform a system shutdown of your IT equipment.
How to troubleshoot no display and no acoustic signal on my AEG UPS?
If there is no display and no acoustic signal, even when the system is connected to the mains, the mains and/or battery voltage may be outside the tolerance range, or the battery may be totally discharged. Check the mains connection, the back-up fuse, and the mains input miniature circuit breaker.
Why is the emergency power supply duration shorter than expected on my AEG PROTECT 1?
The emergency power supply duration might be shorter than the setpoint because the batteries are not completely charged or they are aged or faulty. Charge the batteries for at least the recharging time. If the problem persists, contact your dealer.
What does it mean when the 'Line' LED flashes and the 'Battery' LED lights up on my AEG PROTECT 1?
When the 'Line' LED flashes and the 'Battery' LED is lit, the mains voltage and/or mains frequency are outside of tolerance. Check the mains voltage and frequency.
What to do if my AEG UPS does not switch to bypass even when mains is OK?
If the AEG UPS does not switch to bypass even when the mains is OK, the mains input use may be in the “OFF” position. Switch the mains input miniature circuit breaker to “ON”.
How to fix error description no. 19 on my AEG PROTECT 1 UPS?
Error description no. 19 indicates a switch-off due to a short-circuit in the AEG UPS output. Correct the short-circuit, then switch the UPS on again, connecting loads one after the other.
What does it mean if the 'Fault' LED lights up, the 'Battery' LED flashes, and a warning signal sounds once per second on my AEG PROTECT 1?
If the 'Fault' LED lights up, the 'Battery' LED flashes, and the warning signal sounds once per second, this indicates a fault in the DC circuit or a faulty battery system. Notify your dealer.
What does it mean when the 'Fault' LED lights up with a continuous warning signal on my AEG PROTECT 1?
If the 'Fault' LED is illuminated with a continuous warning signal, this indicates a fault in the AEG UPS. Notify your dealer.
Explains the purpose and importance of the operating instructions.
States that instructions comply with current specifications and are for information only.
Outlines AEG's rights regarding specifications and warranty exclusions.
Specifies that only qualified personnel should perform maintenance and repairs.
Provides contact information for questions and support.
States reproduction restrictions and copyright ownership.
Describes the PROTECT 1. UPS and its components.
Explains how the UPS connects between mains and loads, and its functional blocks.
Lists detailed specifications for the PROTECT 1. UPS models.
Lists compliance with EC outline directives and product standards.
Notes that the product is for industrial/commercial use and may require precautions.
Emphasizes compliance with safety regulations for personnel and unit availability.
Mandates compliance with country-specific and IEC safety regulations.
Defines qualified personnel for installation, servicing, and operation.
Highlights specific safety warnings for the PROTECT 1. unit.
Declares conformity of the PROTECT 1. product with relevant standards and directives.
Provides guidelines for checking delivery and asserting transport damage claims.
Recommends ideal locations and conditions for UPS installation.
Notes points to consider when setting up the UPS system and battery units.
Introduces the elements and views of the UPS units.
Shows the front panel appearance of different PROTECT 1. models.
Explains the function of each LED and pushbutton on the UPS front panel.
Illustrates and labels the rear connection terminals of the UPS.
Lists safety precautions for personnel during setup and connection.
Details general requirements for equipping the mains cable with fuses.
Provides a step-by-step checklist for connecting cables and terminals.
Specifies required cable dimensions and fuse ratings for UPS connections.
Covers preparation steps for three-phase mains connection.
Lists checks before performing three-phase mains connection work.
Details safety conditions and steps for connecting three-phase input voltage.
Advises on output cabling, fuse protection, and subdistribution labeling.
Outlines safety conditions and steps for connecting loads to the UPS output.
Explains the use and types of external battery modules for extended standby time.
Describes the preconfigured connection of the PROTECT 1.100 BP battery unit.
Details the connection process for the PROTECT 1. BP20 battery cubicle.
Explains how to secure cubicles against slipping after connection.
Provides a step-by-step guide for powering on the UPS from the mains.
Distinguishes between different operating modes of the UPS.
Explains the "online" mode where the UPS continuously supplies loads.
Describes operation when mains power fails and the UPS uses battery power.
Explains bypass mode for overloads or inverter faults.
Details the use of manual bypass for maintenance without switching off loads.
Warns against exceeding the rated load and explains overload indicators.
Describes connecting the UPS to a PC via RS232 for control and monitoring.
Explains the use of the communication slot for optional expansion boards.
Introduces the "CompuWatch" software for UPS monitoring and control.
Explains the meaning of various LEDs and pushbuttons on the UPS.
Provides a comprehensive table mapping operating modes to LED indications and signals.
Introduces error messages and troubleshooting guidance.
Lists common error messages, their causes, and solutions.
Explains the n+x technology for parallel UPS systems.
Guides on connecting the parallel operation board and ensuring phase sequence.
Explains how to operate multiple UPS units connected in parallel.
Details the startup procedure for a parallel UPS system.
Describes procedures for adding or removing UPS units from a parallel system.
Explains automatic battery charging when mains is connected.
Lists recommended maintenance tasks and their intervals.
Details what to inspect during a visual check of the unit.
Advises on performing regular capacity checks to detect battery ageing.
Guides on checking fans for dust and abnormal noise.
Provides guidelines for storing the UPS and battery units to prevent damage.
States that dismantling should be done in reverse order of installation.
Advises on environmentally sound disposal of components according to regulations.
Defines technical terms used in the manual.
General| Form factor | Tower |
|---|---|
| Communication Interface | USB |
| Topology | Line Interactive |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -15°C to 45°C |
| Relative Humidity | 0 - 95% (non-condensing) |
| Certifications | CE |
| Noise Level | < 40 dB at 1 meter |
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