2.5Ah Batteries Rechargeable (Secondary)

Results: 5
Manufacturer
Duracell Industrial Operations, Inc.FDK America, Inc., a member of Fujitsu GroupPower Sonic CorporationSparkFun ElectronicsWAGO Corporation
Series
-PSTWICELL
Packaging
BoxBulk
Battery Chemistry
Lead Acid (VRLA)Nickel Metal HydrideSealed Lead Acid (SLA, VRLA)
Battery Cell Size
24V-AA
Voltage - Rated
1.2 V1.35 V12 V24 V
Size / Dimension
0.57" Dia x 1.98" H (14.4mm x 50.4mm)0.57" Dia x 1.99" H (14.5mm x 50.5mm)6.30" L x 3.39" W x 7.32" H (160.0mm x 86.0mm x 186.0mm)7.00" L x 1.38" W x 2.36" H (177.8mm x 35.1mm x 59.9mm)-
Termination Style
-Button Top (Extending)Spade, .187" (4.7mm)
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Media
Marketplace Product
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Quantity Available
Price
Series
Package
Product Status
Battery Chemistry
Battery Cell Size
Voltage - Rated
Capacity
Size / Dimension
Termination Style
2,235
In Stock
1 : ¥38.79000
Bulk
-
Bulk
ActiveNickel Metal HydrideAA1.35 V2.5Ah0.57" Dia x 1.99" H (14.5mm x 50.5mm)Button Top (Extending)
PS-1220F1
PS-1220 F1
BATTERY LEAD ACID 12V 2.5AH
Power Sonic Corporation
473
In Stock
1 : ¥166.52000
Box
Box
ActiveSealed Lead Acid (SLA, VRLA)-12 V2.5Ah7.00" L x 1.38" W x 2.36" H (177.8mm x 35.1mm x 59.9mm)Spade, .187" (4.7mm)
0
In Stock
Check Lead Time
1 : ¥59.02000
Bulk
Bulk
ActiveNickel Metal HydrideAA1.2 V2.5Ah0.57" Dia x 1.98" H (14.4mm x 50.4mm)Button Top (Extending)
BATTERY NIMH 1.2V 2.5AH AA
PRT-00335
BATTERY NIMH 1.2V 2.5AH AA
SparkFun Electronics
0
In Stock
Check Lead Time
1 : ¥27.37000
Bulk
-
Bulk
ActiveNickel Metal HydrideAA1.2 V2.5Ah-Button Top (Extending)
BATTERY LEAD ACID 24V 2.5AH
787-878/000-2500
BATTERY LEAD ACID 24V 2.5AH
WAGO Corporation
0
In Stock
Check Lead Time
1 : ¥6,585.06000
Bulk
-
Bulk
ActiveLead Acid (VRLA)24V24 V2.5Ah6.30" L x 3.39" W x 7.32" H (160.0mm x 86.0mm x 186.0mm)-
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2.5Ah Batteries Rechargeable (Secondary)


Rechargeable (secondary) batteries are electrochemical storage cells that function on the basis of a reversible chemical reaction, allowing depleted cells to be replenished and reused numerous times before requiring disposal. Typically, secondary cells store less energy in a given space than comparable primary cells and exhibit higher levels of self-discharge, making them less stable in long-term storage. While generally more costly on a unit basis than primary cells, their potential for reuse makes them a more economical choice for many applications. While the term "battery" is most properly reserved for an assembly of multiple individual cells, its use in reference to a single cell is common.