.CSB Battery

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Battery Type	Nominal Voltage (V)	Nominal Capacity	Weight (approx. Kg)	Energy density (wh/l)	Specific energy (wh/kg)	Internal resistance approx. (miliohm)	Max. Charging current (A)
GP613	6	1.3	0.28	63	28	70	0.39
GP633	6	3.3	0.64	72	32	35	0.99
GP640	6	4.0	0.79	75	30	22	1.20
GP645	6	4.5	0.82	79	34	20	1.35
GP670	6	7.0	1.31	87	35	20	2.10
GP690	6	9.0	1.76	76	32	15	2.70
GP6110	6	11.0	2.01	93	35	10	3.30
GP1213	12	1.3	0.55	73	28	110	0.39
GP1222	12	2.2	0.92	73	28	90	0.65
GP1245	12	4.5	1.64	81	30	45	1.35
GP1270	12	7.0	2.58	91	34	25	2.10
GP12110	12	11.0	4.1	95	32	20	3.30
GP12170	12	17.0	5.9	89	33	15	5.10
GP12260	12	26.0	9.25	86	35	10	7.80
GP12400	12	40.0	14.8	87	34	8	12.0
GP24150	24	15	12.4	80	29	30	4.50
GP24170	24	17.0	12.4	90.9	32.9	30	5.10

Battery Type	Dimensions (mm) Type				Terminal position	Terminal type	Max. Discharge current (A)	FR Series
Battery Type	Height over terminal (H)	Container Height (h)	Length (L)	Width (W)	Terminal position	Terminal type	Max. Discharge current (A)	FR Series
GP613	571	511	971	251	c	F1	40
GP633	661	601	1341.5	341	c	F1	40
GP640	1081.5	1021.5	701	481	a	F1/F2	40/70
GP645	1081.5	1021.5	701	481	a	F1/F2	60/90	*
GP670	1001.5	941	1.512	341	c	F1/F2	100/130	*
GP690	1001.5	941	1.512	501	c	F1/F2	130/160	*
GP6110	1001.5	941	1.512	501	c	F1/F2	150/180	*
GP1213	56.51	50.51	971	431	f	F1	40
GP1222	661	601	1782	341	c	F1	40
GP1245	1081.5	1021	92.91	701	c	F1/F2	60/90	*
GP1270	1001.5	941	1512	651	e	F1/F2	100/130	*
GP12110	1001.5	941	1512	98.31	e	F1/F2	150/180
GP12170	1672	1572	1812	76.21	d	B1/B3	230	*
GP12260	1251.5	1251.5	1662	1752	d	B3	350	*
GP12400	1702	1702	1972	1652	d	B2	400	*
GP24150	1672	1672	1812	148.41.5	d	B1/B3	230
GP24170	1672	1672	1812	148.41.5	d	B1/B3	230

CHARGING SPECIFICATIONS THE SAME FOR ALL BATTERIES

Charging (V)

STANDBY USE

CYCLE USE

2.2750.025 V/CELL
AT 20^oC
(68^oF)

TEMP
COEFFICIENT
-3.3mV/CELL^oC

2.450.05 V/CELL
AT 20^oC
(68^oF)

TEMP
COEFFICIENT
-5mV/CELL^oC

* Flame Retarded Series also available: Container UL94-V2

The Lead-Calcium Battery

The CSB Lead-Calcium battery is a Valve Regulated Lead Acid (VRLA) product also known as Sealed Lead-Acid (SLA). The battery is small, lightweight, and gives high performance while still being economical to use. It can be used for more than 260 cycles at 100% discharge in cycle service, or three to five years in standby service. The battery combines with a solar charging panel to make a decentralized power supply system.

FEATURES AND BENEFITS
	RECHARGEABLE Provides hundreds of cycles.	IMMOBILIZED ELECTROLYTE Useable in any position. Maintenance free.
	LEAD CALCIUM CAST GRID Extended shelf life. Long service life.	VERSATILITY AND PERFORMANCE 100% capacity 1st cycle. Cycle or standby (float) use. High rate discharge construction. Deep discharge recoverability.
	RELIABILITY CSB manufactured batteries are 100% 2 cycle tested by our patented CCDS system UL recognized components under UL 924 CSB file number MH 14533.	SHIPPING Unrestricted U.S.A. shipment, shippable by UPS or Aircargo. Recognized by D.O.T. as "Dry Charge" 49 CFR 173.260 (d).
SPECIFIC APPLICATIONS
	Cycle use
	Portable measuring equipment.	Portable telephone sets.
	Camera and photographic equipment.	Lighting equipment.
	Portable VTR/TV, tape recorders, and radios.	Power tools, lawn mowers, vacuum cleaners.
	Portable personal computers, word processors, portable terminals.	Various power toys and hobby equipment.
	Standby use
	UPS power supply.	Emergency lighting equipment.
	Fire Alarm and security systems.	Various telemeter equipment.
	Communications and electric equipment.	Robots, control equipment and other FA equipment.
	Office computers, micro-computers, and other OA equipment.	Emergency power supply in power generation plants and substations.
	Solar Cell Power Generation
	Street lighting.	Water pump system.
	Portable Power supply.	Small town power system.

Charging & Handling Precautions
Charging		Handling
	Always charge batteries in an open, well-ventilated area.		Never place or dispose of the battery near or in a fire.
	Do not charge batteries near equipment which may produce sparks.		Never short the terminals.
	Do not charge near an open flame.		Never disassemble the battery.
	Do not use smoking materials in battery charging area.		Never clean ABS battery cases with organic solvents.
	Electrolysis may cause hydrogen and oxygen to be released toward the end of a charging cycle or in the event the battery is overcharged. The combination of hydrogen and oxygen can result in an explosion if a spark or flame is introduced.		Valve Regulated Lead Acid (VRLA) batteries contain diluted sulfuric acid. In the event of contact to skin or clothing, thoroughly rinse the contact area with water. If acid should come in contact with the eyes or mucous membrane, flush generously with water and seek medical attention.