RBC93-2U - Eaton Tripplite Tripp Lite, UPS, Replacement Battery Cartridge, 2U, 1 Pre-assembled Pack of 3 12V, For Tripp

These premium UPS replacement battery cartridges breathe new life into UPS systems suffering from expired or weak internal batteries. Each replacement battery cartridge is carefully screened and certified to meet or exceed original specifications and ships ready for installation. Reusable packaging holds expired batteries for recycling center delivery. See the UPS replacement battery web page to confirm compatibility and quantity required.COMPATIBLE WITH SMART1500RM2U, SMX1500RM2U, SMART1500RMXL2Ua ("a" suffix version only).

• UPC Code: 037332121219
• DC System Voltage (VDC): 36
• Included Battery Set: Contains (3) 12V 9AH sealed lead acid batteries
• Typical Battery Lifespan: 3 to 5 years, depending on UPS operating conditions
• Rack Height: 2U
• Minimum Required Rack Depth (inches): 11
• Shipping Dimensions (hwd / in.): 4.20 x 12.10 x 14.10
• Shipping Weight (lbs.): 22.10
• Unit Dimensions (hwd / in.): 2.750 x 10.250 x 8.000
• Unit Weight (lbs.): 18.8
• Relative Humidity: 0-95% non-condensing
• Product Compliance: RoHS
• Product Warranty Period (U.S. & Canada): 18-month limited warranty

The Eaton Tripplite RBC93-2U is a replacement battery cartridge designed for select Tripp Lite UPS systems. This 2U cartridge provides a solution for IT environments experiencing diminished performance or failure from expired internal UPS batteries. It is suitable for businesses seeking to restore the full runtime and protective capabilities of their existing uninterruptible power supplies without replacing the entire UPS unit. Each cartridge is pre-assembled with three 12V sealed lead-acid batteries and is screened to meet or exceed original specifications, ensuring compatibility and reliable operation. The unit is shipped ready for installation and includes reusable packaging for the recycling of expired batteries. This product addresses the common issue of aging UPS batteries by providing a direct replacement, thereby extending the service life of critical power infrastructure.