How to fix AEC IST3010 battery not connected?
If you receive a warning that the battery is not connected or is weak, it may be due to the battery not being connected properly or the battery being weak. Check the battery connections to ensure they are secure. If the connections are good, replace the batteries.
What to do if AEC IST3010 inverter is overloaded?
If the inverter is overloaded on your AEC UPS, it means the loads connected are exceeding the UPS's capacity. Remove some loads to ensure that the total load is under the capacity of the UPS.
What to do if AEC IST3010 UPS shows bypass overload?
If your AEC UPS indicates a bypass overload, it means the load is on bypass and is exceeding the capacity. To resolve this, remove some loads to ensure that the total load is less than 95% of the rated capacity.
Why is my AEC IST3010 overheating?
If your AEC UPS is overheating, it could be due to the environment temperature being too high or blocked ventilation. Ensure that nothing is blocking the ventilation, and the environmental temperature must be between 0~40°C.
Why is the AEC IST3010 UPS battery discharge time so short?
A diminished battery discharge time on your AEC UPS can occur for several reasons: * The battery has not been fully charged: Charge the battery for more than 10 hours. * The UPS is overloaded: Check the loads and remove some devices. * The battery is aged.
What to do if AEC IST3010 UPS bypass overload timeout occurs?
If the AEC UPS experiences a bypass overload timeout, it means the load on bypass is exceeding capacity for too long, which will cause the UPS to shut down output and loads will lose power. Remove some loads and restart the UPS. When the UPS is working normally, turn on loads one by one.
What does inverter overload timeout mean on AEC IST3010?
An inverter overload timeout on the AEC UPS means the load is exceeding the UPS's capacity for too long. To resolve this, remove some loads to under 95%. The UPS will then transfer to the inverter automatically.
What causes an abnormal input voltage on AEC IST3010 UPS?
An abnormal input voltage on your AEC UPS can be caused by: * Utility failure. * The input surge protector opening. If the utility is normal but the rectifier is not working, reset the input surge protector.
How to fix AEC UPS line neutral wires reversed error?
If you receive a warning about reversed line neutral wires or PE not grounded on your AEC UPS: * Check the polarity of the line wire and neutral wire. * Check if PE on input plug is shorted with UPS rear panel. If yes, please check PE wire in input power socket.
Why does the AEC IST3010 transfer too many times?
If the AEC UPS transfers between inverter and bypass too many times (over 5 in 1 hour), it will work in bypass mode. This can happen if the output is overloaded or some loads are shorted. Check if the output is overloaded or if some loads are shorted. Remove the failing loads and restart the UPS, or wait for the inverter to start automatically.
Components that provide surge protection and filter EMI/RFI for sensitive equipment.
Converts AC to DC for the inverter, improving input current waveform and efficiency.
Converts DC to regulated AC power, providing clean sinewave output.
Regulates utility power to continuously float charge the batteries.
Raises DC voltage from the battery for the inverter, includes boost circuit for PFC.
Standard models use value-regulated, non-spillable, lead-acid batteries; operate within 15-25°C.
Provides alternate path for utility power during UPS malfunction or overload.
Lists applicable UPS models, including standard and long backup time variants.
Details general specifications like power rating, input/output voltage, dimensions, and weight.
Details input and output electrical characteristics, including voltage, frequency, distortion, and overload capacity.
Specifies temperature, humidity, altitude, and storage temperature ranges for optimal UPS operation.
Guidance on unpacking the UPS and checking package contents for damage or missing parts.
Instructions on connecting power cables, including notes on ventilation and cable connections.
Procedure for connecting external batteries for extended backup time, noting voltage and capacity requirements.
Details the controls (ON/OFF, FUNC) and their functions on the UPS display panel.
Describes the indicators on the UPS panel and their meanings.
Illustrates the UPS LCD main menu and its display sections like Input, Converter, and Output.
Details input voltage, frequency, and current displayed on the UPS.
Explains fault and warning codes, working modes, rated voltage/frequency, and mute status.
Provides battery voltage, capacity percentage, firmware version, and low battery warnings.
Displays load percentage, active load in kW, apparent load in kVA, and protocol code.
Shows output voltage, frequency, and current.
Describes how to turn the UPS on/off in normal and battery modes, and how to turn off completely.
Safety precautions and steps for disposing of batteries, emphasizing hazards and proper methods.
Step-by-step guide for replacing UPS batteries, including safety precautions during the process.
Recommended checks for UPS operation status, including fault indicators and operating modes.
Troubleshooting guide for fault and warning codes, providing possible causes and solutions.
Lists various warning and fault codes, their possible causes, and recommended solutions for UPS issues.
Details specific fault conditions like inverter faults, overloads, battery issues, and charger problems with solutions.
Illustrates wiring diagrams for DB9 and Phoenix port intelligent slots.
Details the function of each pin in the intelligent slot for both DB9 and Phoenix ports.
Explains the input port for remote EPO, including position, name, and purpose of connections.
Procedure to set the UPS rated voltage via the front panel controls.
Procedure to set the UPS rated frequency via the front panel controls.
Procedure to set the UPS operating mode (normal or ECO) via the front panel.
Procedure to set the UPS ID number (protocol setting) via the front panel.
Procedure to set the UPS communication protocol type (Modbus, SNT) via the front panel.
Instructions on how to save current settings and exit the parameter setting mode.
General| Topology | Line Interactive |
|---|---|
| Input Frequency | 50/60Hz ± 5% |
| Typical Recharge Time | 4-6 hours |
| Protection | Overload, Overcharge |
| Outlets | 6 x IEC C13 |
| Communication Interface | USB |
| Audible Alarm | Battery Mode, Low Battery, Overload, Fault |
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