Tripp Lite Suint1000Xlcd Smartonline 230V 1Kva 900W On-Line Double-Conversion Ups, Tower, Extended Run, Network Card Options, Lcd, Usb, Db9

Description :

SmartOnline 230V 1kVA 900W On-Line Double-Conversion UPS, Tower, Extended Run, Network Card Options, LCD, USB, DB9

Tripp Lite SUINT1000XLCD SmartOnline 230V 1kVA 900W On-Line Double-Conversion UPS, Tower, Extended Run, Network Card Options, LCD, USB, DB9. UPS topology: Double-conversion (Online), Output power capacity: 1 kVA, Output power: 900 W. AC outlet types: C13 coupler, Power plug: C14 coupler, AC outlets quantity: 4 AC outlet(s). Battery voltage: 24 V, Typical backup time at full load: 4.8 min, Typical backup time at half load: 12.8 min. Form factor: Tower, Product colour: Black, Housing material: Steel. Width: 144.8 mm, Depth: 320 mm, Height: 226.1 mm

The SUINT1000XLCD SmartOnline® 230V 1kVA 900W 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 converts AC input to DC power, and then converts DC to fully regulated sine wave AC output with +/-2% voltage regulation in online, double-conversion mode.

Featuring four C13 outlets, the SUINT1000XLCD has an internal battery that provides 12.8 minutes of support at half load (450W) and 4.8 minutes at full load (900W). Adding external battery packs, such as BP24V15RT-2U (sold separately), provides extended runtime. Operating in optional economy mode reduces heat output and cooling requirements and consumes less electricity.

An interactive front-panel LCD screen displays operating conditions and diagnostic data, such as load, voltage and battery levels. An audible alarm signals UPS startup, power failure, low battery, overload, UPS fault and remote shutdown conditions.

EMI/RFI line noise filtering improves your equipment’s performance, and surge suppression prevents equipment and data damage from harmful power surges. With Tripp Lite’s PowerAlert® software, available via free download, SUINT1000XLCD enables safe unattended system shutdown and file saves in case of a prolonged power failure. A built-in card slot supports TLNETCARD, WEBCARDLX, SNMPWEBCARD, MODBUSCARD and RELAYIOCARD for network interface and remote monitoring and control.

Protects Mission-Critical Rack-Mounted Equipment
Provides fully regulated sine wave AC output for small/medium servers, networking equipment and telecom systems
+/-2% voltage regulation in online, double-conversion mode
230V output voltage
High 0.9 power factor offers 1000VA/900W output capacity
4 C13 outlets
Set of 2 C13/C14 jumpers included

Reliable Battery Backup with Expandable Runtime
Supports half load for 12.8 min. and full load for 4.8 min.
Zero transfer time suitable for advanced network applications
Expandable runtime with optional external battery packs, such as Tripp Lite’s BP24V15RT-2U
Restarts automatically after lengthy power outages

SNMP/Web Capability
Built-in slot for SNMP network interface and relay card for remote monitoring and control options
Compatible with TLNETCARD, WEBCARDLX, SNMPWEBCARD, MODBUSCARD and RELAYIOCARD
Optional WEBCARDLX (sold separately) with the latest version of PowerAlert Device Manager firmware (PADM20) provides enhanced remote management capabilities
PADM20 and PowerAlert Element Manager (PAEM) form a powerful tool for expanding maintenance functions in large installations, including firmware update checks and backup and restoration of device configurations

EMI/RFI Line Noise Filtering
Removes electromagnetic and radio frequency interference that can disrupt or damage equipment’s performance

Interactive LCD Screen
Reports detailed status information, including load, voltage and battery levels

Audible Alarm
Indicates startup/shutdown, power failure, low battery, overload and fault conditions

Communications Ports
USB & Serial ports enable data-saving unattended shutdown when used with Tripp Lite's PowerAlert software, available via FREE download from www.tripplite.com/poweralert

Optional Economy Mode
Efficiently minimizes heat output, reduces cooling requirements and consumes less electricity