| Lifeline - Technical | |||
| LIFELINE automotive batteries were originally developed in 1985 for military userst where power, weight, safety and reliability were paramount considerations. The maintenance-free deep-cycle are the best choice for your electronics, housekeeping and engine starting requirements. | ![]() |
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Some
of the main differences between the old vented lead acid batteries and
the LIFELINE AGM valve regulated sealed lead acid batteries are : · The electrolyte is absorbed in a glass mat (AGM) separator. · The cells have pressure relief valves that keep positive pressure in each cell. · The LIFELINE AGM battery has every square inch of positive and negative plate material tightly packed and compressed with the glass mat and supported by the walls of each cell. |
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This type of construction offers much lower internal resistance, greater starting power (particularly in cold temperatures) and a much higher degree of protection against shock and vibration than the old flooded type. The LIFELINE series battery was designed to correct many of the defects of the earlier flooded electrolyte storage batteries. The cells are sealed with pressure relief valves that confine any gasses produced during cell operation. The gasses are then combined back into water, substantially eliminating the loss of water from the cells and need for water replenishment. The LIFELINE series battery does not contain a gelled electrolyte. In contrast, the electrolyte is absorbed and held in place by means of a microfibrous silica glass mat, which is sandwiched between the plates. The electrolyte is still liquid and remains so for the entire battery life. Since the glass mat is only about 90% saturated with acid electrolyte, the oxygen produced during charge can readily migrate to the negative plate and recombine into water. This recombination mechanism substantially eliminates water lose, making these batteries truly non-spillable and maintenance free. With LIFELINE you get:
· Aircraft class cell construction - Low internal resistance for high
repeated engine start current & withstands shock and vibration much
better than standard designs. |
| The image shows the recombination of the gasses on charge with the absorbed gas mat design. The mat is over 90% saturated with electrolyte. By design, it is not totally saturated with electrolyte - as portion is filled with gas. The void space provides the channels by which oxygen travels in its path from positive to negative plate during charge. The void space allows the freshly generated gasses, which are in their atomic state and very reactive, to combine rapidly and safely. The recombination passivates the negative slightly, reducing electrolysis and ultimately eliminates the need to add water. |
|
|
Part
Number |
Nom
Volts |
Overall
Dimensions
|
Unit
W T Kg. |
CCA
|
CCA
|
CCA
|
Capacity
A hrs. |
Minutes
of
Discharge @ |
||||||||||||||
|
L
(mm)
|
W
(mm)
|
H
(mm)
|
68
deg.
F |
32
deg.
F |
0
deg.
F |
@
20
Hr. Rate |
25
A
|
15
A
|
8
A
|
|||||||||||||
| GPL-U1T |
12
|
196
|
132
|
175
|
10.9
|
325
|
275
|
215
|
33
|
50
|
93
|
185
|
||||||||||
| GPL-24T |
12
|
283
|
172
|
235
|
25.5
|
800
|
680
|
550
|
80
|
149
|
259
|
524
|
||||||||||
| GPL-27T |
12
|
333
|
172
|
235
|
29.5
|
845
|
715
|
575
|
100
|
186
|
324
|
655
|
||||||||||
| GPL-31T |
12
|
328
|
172
|
236
|
31.4
|
880
|
750
|
600
|
105
|
195
|
340
|
688
|
||||||||||
| GPL-4DA |
12
|
528
|
222
|
257
|
61.2
|
1595
|
1360
|
1100
|
210
|
390
|
680
|
1375
|
||||||||||
| GPL-4DL |
12
|
527
|
222
|
266
|
61.2
|
1595
|
1360
|
1100
|
210
|
390
|
680
|
1375
|
||||||||||
| GPL-8DA |
12
|
527
|
278
|
251
|
73.6
|
1975
|
1675
|
1350
|
255
|
475
|
825
|
1670
|
||||||||||
| GPL-8DL |
12
|
526
|
278
|
260
|
73.6
|
1975
|
1675
|
1350
|
255
|
475
|
825
|
1670
|
||||||||||
| GPL-4C |
6
|
261
|
181
|
294
|
30.0
|
1095
|
925
|
750
|
220
|
492
|
856
|
1692
|
||||||||||
| *GPL-1300 |
12
|
133
|
115
|
148
|
6.8
|
265
|
335
|
515
|
N/A
|
32
|
N/A
|
N/A
|
||||||||||
| *GPL-1400T |
12
|
249
|
132
|
174
|
14.5
|
850
|
700
|
550
|
N/A
|
90
|
N/A
|
N/A
|
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