To Next Page
D
donnamitchellAug 3, 2025
Why does my AEC IST7 beep intermittently?
- MMark GriffinAug 3, 2025
If the AEC UPS outputs normally but the buzzer beeps intermittently, check if the mains input breaker is disconnected. If it is, close the breaker again.
Why does my AEC IST7 beep intermittently?
If the AEC UPS outputs normally but the buzzer beeps intermittently, check if the mains input breaker is disconnected. If it is, close the breaker again.
What to do if my AEC IST7 output is overload?
If your AEC UPS indicates an overload, it means the connected load exceeds the UPS's rated power capacity. To resolve this, either decrease the amount of equipment drawing power from the UPS or consider upgrading to an UPS model with a higher power capacity.
What to do if AEC UPS stops when connecting with load?
If your AEC UPS stops when connecting with a load after starting, it may be due to a serious overload or a short circuit in the output. Try reducing the load to an appropriate capacity. Also, investigate and fix any short-circuit issues.
What to do if AEC UPS battery cannot transfer to battery mode when power failure occurs?
If your AEC UPS does not switch to battery mode during a power failure, the battery charger may be faulty. Regularly check if the battery can be charged during normal operation.
What to do if AEC UPS is outputting immediately but load not started?
If your AEC UPS outputs immediately but the load doesn't start, the load may not be started correctly. Restart the UPS. After the UPS works steadily, start high-power loads first, then start small-power loads successively.
Why does the fuse blow after connecting AEC IST7 with power?
If the fuse blows or causes a tripping operation after connecting the AEC UPS to power, it indicates a short circuit in the UPS input or output wiring.
Introduction to the manual and its purpose.
Explains safety symbols and their meanings used in the manual.
Introduces safety announcements for installation, use, and maintenance.
Outlines safe operation, maintenance, and environmental conditions for UPS.
Introduces the IST7 series UPS and its applications.
Highlights digital control, energy efficiency, and fan speed control.
Describes the physical appearance, operation panel, and rear panel layout.
Details supported communication methods and hardware ports.
Illustrates and describes optional fittings like jumpers and wiring assemblies.
Provides a schematic diagram of the UPS work principle.
Lists and briefly explains the five work modes of the UPS.
Explains Normal Mains, Battery Inverter, Bypass, ECO, and Maintenance Bypass modes.
Lists safety announcements and preparation steps for UPS installation.
Guides on selecting appropriate breakers and wires based on current ratings.
Instructions for safely transporting and unpacking the UPS unit.
Covers physical mounting and all electrical wiring procedures.
Details connecting external batteries and wiring UPS units in parallel.
Explains menu hierarchy, main page layout, and icon meanings.
Shows UPS working statuses and how to access information pages.
Accesses login, run info, history records, user logs, and device info.
Navigates to system, battery, test, dry contact, comms, HMI, password, and device settings.
Addresses current faults, buzzer control, and UPS power ON/OFF operations.
Lists checks before startup and the procedure for powering on the UPS.
Details UPS shutdown and managing parallel systems.
Covers periodic maintenance, battery care, and common fault resolution.
Explains the meaning of fault symbols and buzzer statuses for diagnostics.
Provides guidelines for packaging, transporting, and storing the UPS.
Specifies technical parameters related to UPS input and output.
Lists other technical specifications including noise and operating temperature.
General| Output Waveform | Simulated Sine Wave |
|---|---|
| Operating Temperature | 0-40°C |
| Input Frequency | 50/60 Hz |
| Output Voltage | 220/230/240 VAC |
| Output Frequency | 50/60 Hz |
| Typical Recharge Time | 4-6 hours |
| Protection | Overload protection |
| Outlets | 4 x IEC C13 |
