To Next PageTo Next PageWhat to do if the thermal circuit breaker tripped on my GE UPS?
If the Thermal Circuit Breaker (TCB) on your GE UPS has tripped, it could be due to a UPS overload or a system failure. If it's due to overload, reduce the load and reset the TCB. If the issue persists, it may indicate a system failure.
Why does my GE NetPro say 'on bypass'?
The 'on bypass' message on your GE UPS LCD screen most likely indicates an overload or overtemperature condition. To resolve this, reduce the load connected to the UPS or allow the UPS to cool down.
Why did my GE UPS switch off automatically?
Your GE UPS may have switched off automatically due to several reasons: overtemperature, mains failure with a discharged battery, a programmed shutdown in progress, receiving a shutdown command from the computer during a mains failure, or the load being less than 5% of the maximum load without mains power (due to the no-load shutdown function being active). If it is due to overtemperature, allow the UPS to cool down. If it is due to mains failure, wait until mains returns.
What to do if my GE NetPro UPS will not switch on?
If your GE UPS won't switch on (without using 'battery start') and the output has been off for a few seconds, check the following: Ensure the line cord is connected. Also, the UPS might be overtemperature, so allow it to cool down. The runtime might be too low to start up, so wait or press OK. Finally, the Thermal Circuit Breaker might have tripped.
General| Category | UPS |
|---|---|
| Brand | GE |
| Type | Line Interactive |
| Frequency | 50/60 Hz |
| Humidity | 0-95% non-condensing |
| Series | NetPro |
| Input Voltage | 120V |
| Output Voltage | 120V |
| Battery Type | Sealed Lead-Acid |
| Transfer Time | 4-6 ms |
| Efficiency | >95% |
| Communication Ports | USB, Serial |
| Operating Temperature | 0-40°C |
| Certifications | UL, cUL, CE |
Provides a basic description of the NetPro UPS and its role in protecting equipment from power interference.
Details essential safety precautions for UPS operation, covering electrical shock hazards, maintenance, and user serviceability.
Outlines guidelines for moving and storing the UPS to prevent damage and maintain optimal battery health.
Specifies rules for safe and proper UPS installation in typical domestic and office environments.
Provides a step-by-step guide for installing the NetPro UPS, including necessary connections and initial setup procedures.
Describes the UPS front panel, including indicators, the LCD screen, and available push-buttons for control.
Covers procedures for powering on the UPS, detailing modes for when mains power is available and battery start.
Explains how to operate the UPS during normal conditions, covering operating indications, auto-off features, and bypass functions.
Guides users on navigating and utilizing the UPS display menus for checking status, alarms, and system setup.
Explains how UPS runtime is calculated, displayed, and indicated on the screen, including step size variations.
Details additional operational functions of the UPS, such as controlled shutdown and programmed sleep periods.
Provides details on the RS232 communication interface for advanced UPS management and computer connectivity.
Information regarding the optional relay interface card, which provides potential-free contacts for various alarm conditions.
Information on the optional SNMP interface card for connecting the UPS directly to an Ethernet network for monitoring.
Describes how to extend UPS runtime by connecting additional battery extension packs and the necessary configuration.
Details the optional isolation transformer feature, providing enhanced output protection and isolation capabilities.
Explains the use of the PowerFLAG Service Box for remote diagnostics, alarm dialing, and service personnel access.
Offers general maintenance advice for the UPS, emphasizing environmental conditions and keeping air inlets/outlets clean.
Provides information on battery service life, regular testing, replacement procedures, and proper battery care.
