To Next PageTo Next PageWhat to do if Eaton 700VA shows output overload?
If your Eaton UPS indicates an output overload, turn off the least important equipment connected to it. If this resolves the issue, the UPS should switch from bypass mode back to normal operation.
Why is my Eaton 700VA overheating?
Your Eaton UPS may be overheating due to a high ambient temperature or blocked fans and vent holes. Ensure that the fans and vent holes are not obstructed and that the surrounding temperature is not above 40 degrees Celsius. If the problem persists, contact your service representative.
What to do if Eaton 700VA UPS is on battery?
If your Eaton UPS is operating on battery, save your data and perform a controlled shutdown of your equipment.
Why does my Eaton 700VA show a site wiring fault?
A site wiring fault on your Eaton UPS indicates voltage detected between neutral and ground. This can be due to: * Incorrect UPS mains connector polarity. Rotate the connector (Schuko). * UPS installed to mains supply without ground. Refer to page 15 on how to disable the Site wiring alarm.
What to do if Eaton 700VA has bus fault?
If your Eaton UPS indicates a bus fault, which is caused by a high internal DC bus voltage, turn off the protected loads, turn off the UPS, and call your local dealer.
What to do if Eaton UPS is over-charged?
If your Eaton UPS is over-charged, turn off the protected loads, turn off the UPS, and call your local dealer.
What to do if Eaton UPS has high output voltage?
If your Eaton UPS has a high output voltage, call your local dealer for assistance.
What to do if Eaton UPS has low output voltage?
If your Eaton UPS has a low output voltage, call your local dealer for assistance.
What to do if Eaton 700VA has output short?
If your Eaton UPS experiences an output short, call your local dealer for assistance.
How to fix charger failure on Eaton UPS?
If your Eaton UPS has a charger failure, contact your local dealer.
General| Model | 700VA |
|---|---|
| Output Power | 420 W |
| Form Factor | Tower |
| Input Frequency | 50/60 Hz |
| Output Frequency | 50/60 Hz |
| Waveform Type | Stepped approximation to a sinewave |
| Communication Interface | USB |
| Power Capacity | 700 VA |
| Battery Type | Sealed lead-acid |
| Topology | Line Interactive |
Complies with FCC rules for Class B/A digital devices, offering protection against interference.
Meets Canadian Interference Causing Equipment Regulations for Class B equipment.
Units with CE mark comply with EU directives and standards; Declaration available on request.
Crucial safety guidelines regarding electric shock, battery handling, fire risk, and proper use of the UPS.
Covers single-phase UPS systems, their functions, operating procedures, and emergency situations.
Protects sensitive equipment from power quality issues, outages, and electrical interference.
Explains the double conversion on-line UPS providing uninterrupted, clean power and battery charging.
Considers total demand, backup time, and available options like external cabinets and connectivity cards.
Lists UPS models (700VA to 3000VA) with their internal battery backup times and recharge times.
Details automatic bypass mode, system tests, and diagnostics for UPS operation.
Covers storage, transportation, installation safety, and permitted user operations for the UPS.
Guidelines for storing the UPS and specifying environmental conditions for safe installation.
Illustrates installation methods for vertical and wall-mounted UPS units with accessories.
Shows how to install UPS units in racks using bottom or rear brackets with specified hardware.
Provides illustrations for stacking UPS units for installation.
Details the rear panel layout for 700-1.5KVA models, showing ports and connectors.
Illustrates rear panel configurations for 2K-3KVA and RM-1U models, including ports and breakers.
Depicts rear panels for RM-1U 220V IEC and INVERTER models with their connection interfaces.
Shows rear panel layouts for RM(2U) 700/1K/1.5KVA and 2K-3KVA models, detailing ports.
Lists the input and output cables supplied with 700-3000 VA models, including IEC connectors.
Steps for connecting UPS to mains, loads, and external battery cabinets, including charging recommendations.
Details the factory default settings for output voltage, input/bypass voltage, HE mode, free run, etc.
Details RS232, USB, and EPO port connections for computer communication and emergency power off.
Instructions for network protector and load segment connections for enhanced protection.
Step-by-step procedures for starting the UPS, switching on loads, and shutting down the unit.
Explains the function of the ON/OFF, Enter, and Function buttons on the front panel.
Describes UPS operation indication via five LEDs (ON-LINE, ON-BAT, BYPASS, FAULT) and LCD screen.
Steps to enter configuration mode, scroll through parameters, select options, and save settings.
How to access and view various UPS measurements like voltage, frequency, load, and battery status on the LCD.
Details settings for output voltage, input frequency, HE mode, and free run mode.
Covers alarm silence, RS232 communication, and manual battery testing procedures.
Explains audible alarms for various conditions and how to silence them.
Lists common LCD messages, audible alarms, and recommended actions for troubleshooting.
Advice on general maintenance and detailed guide for battery replacement.
A tutorial on removing the front panel, battery cover, replacing batteries, and reassembling.
Detailed technical specs for LV models including input/output voltage, frequency, and current.
Technical specifications for HV models, covering input/output parameters and environmental conditions.
Technical details for 2U rack-mount models, including power, connections, and dimensions.
Lists safety and emissions standards (EN50091-1-1, EN50091-2) and EMC compliance levels.
Technical specifications for 1U rack-mount models, including power, connections, battery, and dimensions.
A summary table of LV model specifications for power, connections, battery, backup time, and dimensions.
Details specifications for battery cabinets, including battery type, number of batteries, backup time, and dimensions.
Shows the terminal block connection diagram, recommended wire gauge, and torque for input/output connections.
