12V 9Ah Sealed Lead Acid Battery with F3 - Nut & Bolt Terminals

Features of the TLV1290NB - 12V 9Ah Sealed Lead Acid Battery with F3 Nut & Bolt Terminals

• Absorbent Glass Mat (AGM) technology for efficient gas recombination of up to 99% and freedom from electrolyte maintenance or water adding
• Not restricted for air transport-complies with IATA/ICAO Special Provision A67
• UL-recognized component
• Can be mounted in any orientation
• Computer designed lead, calcium tin alloy grid for high power density
• Long service life in float or cyclic applications
• Maintenance-free operation
• Low self discharge

Applications

• UPS Standby Power Applications
• Data Centers
• Emergency 911 Centers
• Hospitals & Medical Applications
• Military Power Equipment
• Emergency Lighting
• Fire Detection and Alarm Devices

Product Specifications
  
Dimensions
Terminal Type: F3 - Nut & Bolt
Length: 5.94" (151mm)
Width: 2.56" (65mm)
Height: 3.7" (94mm)
Total height: 4.15" (105.4mm)

Performance Characteristics

Nominal Voltage: 12V
  
Nominal Capacity 77ºF (25ºC)
20HR (10.5V): 9Ah
10HR (10.5V): 8.4Ah
1HR (9.60V): 5.8Ah

Internal Resistance
Fully Charged battery 77ºF(25ºC): Approx. 19mΩ

Capacity Affected by Temperature (20 Hour)
40°C: 102%
25°C: 100%
0°C: 85%
-15°C: 65%

Self-Discharge (25°C)
3 Month: Remaining Capacity: 91%
6 Month: Remaining Capacity: 82%
12 Month: Remaining Capacity: 65%

Nominal Operating Temperature:
25°C±3°C (77°F±5°F)

Operating Temperature Range
Discharge: -15°C～50°C(5°F～122°F)
Charge: -10°C～50°C(14°F～122°F)
Storage: -20°C～50°C(-4°F～122°F)

Float Charging Voltage (25°C):
13.60 to 13.80V Temperature compensation: -18mV/°C

Cyclic Charging Voltage (25°C):
14.50 to 14.90V Temperature compensation: -30mV/°C

Maximum Charging Current: 2.7A

Maximum Discharge Current: 135A (5 sec)

Terminal Material: Copper

Designed Floating Life: 10 Years

Diagrams:

Constant Current Discharge Characteristics

Constant Power Discharge Characteristics


(Note) The above characteristics data are average values obtained within three charge/discharge cycles not the mimimum values.