CSB XPL2000 12V Large Pure Lead VRLA-AGM Battery

Product Features

Valve Regulated Lead Acid (VRLA) Battery
Maintenance-Free, Absorbent Glass Mat (AGM) Technology for Efficient Gas Recombination of up to 99%
Pure Lead Construction and Proprietary Elements
Designed for High-Rate UPS, Float Service Standby Power Applications
Built in Accordance with IEC 60896-21/22:2004 and UL1989 Recognized (MH14533)

Application Scenarios

Data center long-duration UPS backup
Large room long-time backup power
Industrial UPS long-duration discharge backup
Financial system long-duration backup
Telecom hub long-time backup power
Medical center long-duration UPS

Product parameters

Model：XPL2000
Voltage：12 Vdc
Nominal Capacity：2000W @5min-rate
Watts per Cell：321.33 (5-Min 1.67 VPC @ 25°)
Watts per Cell：173.67 (15-Min 1.67 VPC @ 25°)
Max. Charge Current：16.70 A
Max. Discharge Current：400 A
Short Circuit Current：1243 A
Internal Resistance：6.33 mΩ
Terminal Type：I2 thread lead alloy terminal to accept M6 bolt
Terminal Torque：51.7±10.3 Kgf·cm / 44.9±9.0 Lbf·in / 5.1±1.0 N·m
Container Material：ABS (UL 94-HB) standard, flame-retardant (94-V0) available upon request
Weight：13.58 / 29.94 kg / lb.
Length (L)：197.0±2.0 / 7.76±0.08 mm / in
Width (W)：165.0±2.0 / 6.50±0.08 mm / in
Height (H)：170.4±2.0 / 6.71±0.08 mm / in
Design Life：Up to 10 years in standby service at 25°C; Eurobat (20°C): 10/12 years, Long Life
Float Charging Voltage：13.5 - 13.8 Vdc/battery
Equalizing Charging Voltage：14.4 - 15.0 Vdc/battery
Operating Temperature：discharge -15°C to 50°C; charge/storage -15°C to 40°C

Product details

The CSB XPL2000 belongs to the XPL series and is a 12V top terminal valve-regulated sealed lead-acid battery using absorbed glass mat (AGM) technology, with gas recombination efficiency of up to 99%, and a maintenance-free design. This series is positioned as a large-capacity pure lead VRLA series, aimed at long-duration standby applications requiring large single cells, with the official application area being data center uninterruptible power supplies. In terms of power and electrical parameters, the XPL2000 has a nominal capacity of 2000W @5min-rate, tested at 9.60V per battery, 25°C. Its 5-minute rate power is 321.33 W/cell, and its 15-minute rate power is 173.67 W/cell, both tested at 1.67 VPC, 25°C. The battery's maximum charge current is 16.70 A, maximum discharge current is 400 A, short-circuit current is 1243 A, and internal resistance is 6.33 mΩ. Float charge voltage is 13.5 to 13.8 Vdc/battery, and equalizing charge voltage is 14.4 to 15.0 Vdc/battery, both at 25°C. In terms of construction and mechanical specifications, the XPL2000 uses an I2 threaded lead alloy terminal, accepts an M6 bolt, and has a terminal torque of 51.7±10.3 Kgf∙cm or 44.9±9.0 Lbf∙in or 5.1±1.0 N∙m. The case material is ABS, compliant with UL 94-HB, and a flame-retardant 94-V0 version is available on request. The battery weight is 13.58 kg or 29.94 lb, length is 197.0±2.0 mm or 7.76±0.08 in, width is 165.0±2.0 mm or 6.50±0.08 in, and height is 170.4±2.0 mm or 6.71±0.08 in. In terms of operating temperature, the nominal temperature is 25°C, the discharge temperature range is -15°C to 50°C, and the charge and storage temperature range is -15°C to 40°C. The design life can reach 10 years under 25°C float standby service, and is 10/12 years long life under Eurobat 20°C conditions. In terms of self-discharge, it is less than 10% after 90 days at 25°C, can be stored for up to 6 months, and with equalizing charge up to 10 months; it must be fully charged before use, and if the storage temperature is above 25°C it should be charged sooner. This product is manufactured in accordance with IEC 60896-21/22:2004 and is recognized under UL1989, recognition number MH14533. Its pure lead construction and proprietary element design are aimed at high-rate UPS and float standby power applications, suitable for occasions requiring long-duration backup power such as data center uninterruptible power supplies. When in use, the charging voltage and temperature conditions given in the data should be followed to maintain the battery's normal operating state.