Product Overview
Main Features
- Smart Rack/Tower on-line double-conversion Sine Wave Uninterrupted Power Supply provides Battery Backup through blackouts/ voltage fluctuations and surge
- Ideal for servers/network/ telecommunications equipment and more
- +/-2% output voltage regulation in online and battery modes
- 6 C13 outlets/ 4 switchable
- Monitoring of power conditions via POWERALERT
- 12.6 min runtime @ half load/ 4.5 min @ full load
- 2 Year Tripp Lite Warranty and $250,000 Lifetime Insurance
The SUINT1500LCD2U SmartOnline 208/230V 1.5kVA 1.35kW On-Line Double-Conversion UPS provides battery backup and AC power protection against blackouts, brownouts, power surges and line noise that can damage electronics or destroy data. It continuously regulates AC output within 2% of the selected nominal output voltage with zero transfer time from online to battery mode.
Featuring six C13 outlets (four switchable) and a C14 input, the SUINT1500LCD2U has an internal battery that provides 12.6 minutes of support at half load and 4.5 minutes at full load. Adding external battery packs, such as BP36V27-2US (sold separately), provides extended runtime.
Managing the SUINT1500LCD2U is simplified through the interactive front-panel LCD interface, which displays operating conditions and diagnostic data, such as load and battery levels. You can set power strategies to reflect your protection priorities, whether it's precise power quality for sensitive systems or the highest possible electrical efficiency.
EMI/RFI noise
Featuring six C13 outlets (four switchable) and a C14 input, the SUINT1500LCD2U has an internal battery that provides 12.6 minutes of support at half load and 4.5 minutes at full load. Adding external battery packs, such as BP36V27-2US (sold separately), provides extended runtime.
Managing the SUINT1500LCD2U is simplified through the interactive front-panel LCD interface, which displays operating conditions and diagnostic data, such as load and battery levels. You can set power strategies to reflect your protection priorities, whether it's precise power quality for sensitive systems or the highest possible electrical efficiency.
EMI/RFI noise