APC Smart UPS 5kVA/ 3500W 208V Double conversion Online UPS with Extended Battery Module (Batteries NOT included)
Smart-UPS™ On-Line provides high-density, true double-conversion online power protection for servers, voice/data networks, medical labs, and light industrial applications. When business-critical systems require runtime in hours, not minutes, Smart-UPS On-Line can be configured with matching battery packs to comply with aggressive runtime demands. The entire Smart-UPS On-Line family provides value to customers with demanding power conditions, including a very wide input voltage window, extremely tight output voltage regulation, frequency regulation, internal bypass, and input power factor correction.
Model number
|
SURTD5000XLT |
| Rated power (VA) |
5000 |
| Rated power (W) |
3500 |
| Main output voltage |
208V |
| Input connection |
NEMA L6-30P |
| Output connection |
2 NEMA L6-20R
2 NEMA L6-30R |
| Number of rack units |
3U |
| Typical recharge time |
2.5 hrs |
| Wave form type |
Sine wave |
| Topology |
Double Conversion Online |
| Dimensions (HxWxD) |
17.01 in x 5.12 in x 25.98 in
|
Note:
Batteries NOT included. Can be provided with additional charge.
System retired from functional setting and professional re-certified. May may show minor signs of wear consistent with previous installation.
Wiring and startup of system by trained/certified professional required.
Due to multiple units being available - serial number and data tag of unit purchased may be different than pictured
APC Smart UPS 5kVA/ 3500W 208V Double conversion Online UPS with Extended Battery Module (Batteries NOT included)
Smart-UPS™ On-Line provides high-density, true double-conversion online power protection for servers, voice/data networks, medical labs, and light industrial applications. When business-critical systems require runtime in hours, not minutes, Smart-UPS On-Line can be configured with matching battery packs to comply with aggressive runtime demands. The entire Smart-UPS On-Line family provides value to customers with demanding power conditions, including a very wide input voltage window, extremely tight output voltage regulation, frequency regulation, internal bypass, and input power factor
