What to do if my FE GX200 UPS is beeping?
If your FE UPS is emitting a warning beep, you can try the following steps: * Press the RESET switch on the front of the UPS for 1 second. * Turn OFF the connected device. * Press the ON/OFF switch on the front of the UPS for 1 second. * Turn off the input breaker on the back of the UPS. * Reduce the capacity of the connected device to the UPS.
Instructions on reading the manual and clarifying the UPS is for general, not high-safety, use.
Notes the UPS is Class A and may cause interference in residential areas.
States compliance with JIS C61000-3-2 for harmonic current.
Explains the meaning of Warning, Caution, and Important labels for user safety.
Details the meaning of symbols and LED states (Lit, Flashing, Out) for UPS condition.
Elaborates on critical warnings such as 'Warning' and 'Caution' for preventing injury or damage.
Highlights risks of electric shock from internal parts and injury from improper handling of vents.
Advises against stepping on the UPS or placing objects on it, and emphasizes careful handling due to weight.
Lists the weights of different UPS models to aid in safe handling and installation.
Details potential damage from magnetism, voltage mismatch, incorrect battery use, and AC input handling.
Stresses that labels on the UPS should never be removed.
Lists environments and conditions that are unsuitable for UPS installation and storage.
Covers battery check frequency, charging, and legal restrictions for disposing of used batteries.
Emphasizes keeping vents clear and the need for periodic cooling fan replacement.
Specifies allowable voltage range, surge withstand capability, and output voltage matching.
Discusses grounding requirements, particularly for 3-phase supplies, and avoiding single-line grounding.
Guides on safely removing the UPS from packaging, avoiding drops or overturns.
Instructs users to check for damages and confirm all accessories are included.
Identifies and explains the functions of the LEDs and switches on the UPS front panel.
Explains how the UPS functions with AC power and switches to battery during power failures.
Describes how the UPS automatically switches to bypass mode during internal faults or abnormalities.
Details the procedure for manually switching the UPS to bypass mode using front panel switches.
Highlights safety warnings against stepping on the UPS and using it in residential areas.
Lists suitable and unsuitable locations for UPS installation based on environmental factors.
Specifies the necessary space around the UPS for proper ventilation and maintenance access.
Details the ideal temperature and humidity ranges for optimal UPS performance.
Provides guidelines for the correct orientation and tilting of the UPS during installation.
Explains how to use stabilizers or brackets to securely mount the UPS.
Instructions for securing the M-UPS030AE2C with L-type brackets and anchor bolts.
Steps for installing rack-mountable UPS models, adjusting rails for rack fit.
Emphasizes electrical shock risks, proper grounding, and avoiding reverse connections.
Details voltage limits, surge protection, input range, and grounding best practices.
Advises on connecting to 3-phase supplies and generator specifications for power outages.
Lists required input power supply specifications for proper UPS operation.
Describes the specifications for input/output terminal blocks and grounding connections.
Provides specifications for AC input plugs and outlets, including connector types.
Step-by-step instructions for connecting the output cables to the UPS.
Step-by-step instructions for connecting the input cables to the UPS.
Explains the CN1 port, its pinout, signal types, and contact output capabilities for monitoring.
Details the CN2 port for PC communication, including pinout, signals, and serial communication settings.
Step-by-step guide to adjust the UPS output voltage using the rear panel switch.
Instructions for checking cable connections and ensuring the voltage setting is correct before turning on the UPS.
Details pressing the RUN/STOP switch and observing the RUN and BATTERY CONDITION LEDs.
Explains the automatic battery check performed at startup and how to interpret its results.
Outlines the safe steps to power off the UPS, including precautions against improper disconnection.
Describes the final steps to ensure the UPS has shut down correctly, including turning off the breaker.
Emphasizes critical safety measures for preventing electric shock and damage during UPS inspection.
Guides on daily cleaning of vents and checking for abnormal conditions like overheating or unusual sounds.
Lists critical specifications for generators to be used during planned power outages.
Instructions for shutting down the UPS before a planned power outage begins.
Steps to safely restart and resume normal UPS operation after a planned power outage.
Warns against continuous battery checks and advises on proper battery health monitoring.
Guide on checking the UPS status by observing the RUN LED indicator.
Step-by-step instructions for initiating and performing a manual battery check using the BATT CHECK switch.
Explains how to interpret the LED indicators after a battery check to determine charge level.
Details the steps to charge the UPS battery, including duration and indicator status.
Lists indicators such as LED warnings and reduced backup time for battery replacement.
Illustrates how ambient temperature influences the expected lifespan and replacement cycle of the battery.
Covers safety during replacement, using specified batteries, and proper disposal of used batteries.
Lists the required battery types, quantities, and capacities for different UPS models.
Provides guidance on safely disposing of and storing used batteries, including recycling considerations.
Explains why periodic replacement of cooling fans is crucial to prevent UPS overheating.
Details safety precautions during fan replacement and lists compatible cooling fan models.
Outlines steps for preparing the UPS for storage and identifies suitable storage environments.
Advises on battery charging and checking procedures for UPS units stored for extended periods.
Provides instructions on how to stop warning beeps and troubleshoot persistent issues.
Explains the meaning of different LED flashing patterns on the UPS front panel.
Details the various audible warning sounds emitted by the UPS and their significance.
Describes the normal operating state, stopped states due to power issues, and bypass running.
Explains UPS indicators related to cooling fan abnormalities and input power errors.
Details how the UPS responds to output overload situations in various operating modes.
Describes UPS status when experiencing overload during battery operation and battery voltage drops.
Explains UPS states indicating battery end-of-life, incorrect voltage settings, or waiting for restart.
Lists detailed technical specifications including capacity, voltage, frequency, and backup time for M-UPS015 models.
Lists detailed technical specifications including capacity, voltage, frequency, and backup time for M-UPS030 models.
Covers crucial safety instructions, battery voltages, and environmental requirements for UL type UPS.
Details UL-specific wiring standards, external protection devices, and connector requirements.
Specifies input ratings, wire sizes, torques, and external circuit breaker sizing for UL type.
Details output ratings, wire sizes, torques, and external circuit breaker sizing for UL type.
Presents the electrical circuit diagram for the M-UPS015AE2 UPS model.
Presents the electrical circuit diagram for the M-UPS030AE2 UPS model.
Details DANGER, WARNING, and CAUTION statements regarding electric shock, battery handling, and servicing.
Lists essential safety measures to follow when working with UPS batteries to prevent electric shock and short circuits.
General| Type | Line Interactive |
|---|---|
| Frequency | 50/60Hz |
| Waveform | Simulated Sine Wave |
| Display | LED Indicators |
| Model | GX200 Series |
| Input Voltage | 230 VAC |
| Output Voltage | 230 VAC |
| Battery Type | Sealed Lead Acid (SLA) |
| Typical Recharge Time | 4-6 hours |
| Protection | Overload Protection |
| Outlets | IEC |
| Operating Temperature | 0°C to 40°C |
| Humidity | 0% to 90% (non-condensing) |
| Dimensions | Varies by model |
| Weight | Varies by model |
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