Configured for uninterrupted power protection in critical network and control environments, the Emerson GXT4-1500RT230E (GXT4-1500RT230E Online double-conversion UPS) provides direct physical/electrical execution.
Hardware Specifications
Parameter
Specification
Model
GXT4-1500RT230E
Brand
Emerson / Vertiv
Origin
United States (USA)
Power Rating
1500 VA / 1350 W
Form Factor
Rack/Tower convertible (2U height)
Input Voltage
230 V AC
Output Voltage
230 V AC
Sockets
6 x AC output sockets (with 2 independently controllable socket groups)
Compatible with Vertiv monitoring suite, SNMP, and rack PDUs
Process Control & Power Interfacing
Continuous Galvanic Isolation: The double-conversion architecture completely isolates output power from input AC anomalies, ensuring zero transfer time during utility failures to protect active system processors.
Active Overvoltage Suppression: Integrated surge filters suppress voltage spikes and transient high-frequency noise from corrupting downstream communication buses or analog loops.
Programmable Load-Shedding: Two independently managed output socket groups allow the system to shed non-essential loads first, extending battery runtime for critical controller hardware.
Frequently Asked Questions
Q: Can the internal batteries be replaced while the connected load is powered?
A: Yes. The internal battery packs support hot-swap maintenance, permitting replacement without disconnecting primary power to downstream loads.
Q: What is the transfer time between utility power and battery mode?
A: The true online double-conversion design guarantees a 0 ms transfer time, maintaining a continuous sinusoidal output waveform.
Field Installation Guidelines
Orientation Configurations: When converting from rack to tower installation, rotate the front display panel 90 degrees clockwise to align with the vertical chassis orientation.
Ventilation Clearance: Maintain a minimum clear space of 100 mm at the front and rear faces of the enclosure to facilitate adequate fan-forced cooling.
Grounding Isolation: Ensure a low-impedance connection between the rack rail system and the main equipment rack grounding bus before applying input power.
