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NEW Trojan Reliant AGM Battery |
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As the world’s leading manufacturer of deep-cycle batteries for more than 90 years, Trojan has developed Reliant™ AGM with C-Max Technology™ for a wide range of applications which will benefit from its true deep-cycle design, which provides excellent sustained performance and total energy output. Deep-Cycle AGMTrojan’s deep-cycle Absorbed Glass Mat (AGM) maintenance-free batteries feature a number of design elements to provide optimum performance. Robust plates and separators extend the life-cycle of Trojan’s deep-cycle AGM batteries while a computer-generated grid design is optimized for high-power density. Trojan’s deep-cycle AGM batteries are low temperature tolerant, shock and vibration resistant and have a low internal resistance for higher discharge current and higher charging efficiency. |
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Technical Data for Trojan Deep Cycle AGM Batteries |
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BCI Group Size Type |
Type |
CapacityA
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Cranking
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CapacityB
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Energy
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DimensionsC
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Weightf |
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6 Volt Reliant™ Deep-Cycle AGM Batteries with C-Max Technology™ | ||||||||||||||||||||
GC2 |
440 – 115 |
– – |
171 187 217 230 |
1.38 |
10.30 7.06 10.73 |
68 |
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902 |
670 – 185 |
– – |
250 273 310 329 |
1.97 |
11.66 6.94 14.09 |
95 |
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903 |
817 – 215 |
– – |
290 323 370 392 |
2.35 |
11.66 6.94 16.41 |
114 |
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8 Volt Reliant™ Deep-Cycle AGM Batteries with C-Max Technology™ | ||||||||||||||||||||
GC8 |
320 118 – |
– – |
130 142 160 170 |
1.36 |
10.30 7.06 10.73 |
70 |
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12 Volt Reliant™ Deep-Cycle AGM Batteries with C-Max Technology™ | ||||||||||||||||||||
921 |
389 – 110 |
– – |
157 171 200 212 |
2.54 |
14.97 6.94 14.45 |
131 |
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6 Volt Dual-Purpose AGM Battery | ||||||||||||||||||||
GC2 |
385 – – |
1100 1400 |
154 184 200 221 |
1.33 |
10.28 7.08 10.74 |
65 |
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12 Volt Dual-Purpose AGM Battery | ||||||||||||||||||||
8D |
460 – – |
1450 1850 |
179 210 230 254 |
3.05 |
20.47 10.64 9.08 |
161 |
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12 Volt Deep-Cycle AGM Batteries | ||||||||||||||||||||
U1 |
42 – – |
240 306 |
29 31 33 34 |
0.41 |
7.78 5.20 6.75 |
27 |
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GC12 |
280 – – |
825 900 |
112 127 140 144 |
1.72 |
13.54 6.76 10.88 |
100 |
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24 |
137 – – |
500 600 |
67 70 76 84 |
1.01 |
10.77 6.84 8.62 |
54 |
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27 |
158 – – |
550 660 |
77 82 89 99 |
1.19 |
12.05 6.84 9.32 |
64 |
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31 |
177 – – |
600 720 |
82 92 100 111 |
1.33 |
13.42 6.81 9.18 |
69 |
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31 |
180 – – |
730 875 |
84 93 102 112 |
1.34 |
13.42 6.81 9.21 |
69 |
A. | The number of minutes a battery can deliver when discharged at a constant rate at 80°F (27°C) and maintain a voltage above 1.75 V/cell. Capacities are based on peak performance. |
B. | The amount of amp-hours (AH) a battery can deliver when discharged at a constant rate at 80°F (27°C) for the 20-Hour and 86°F (30°C) for the 5-Hour rate and maintain a voltage above 1.75 V/cell. Capacities are based on peak performance. |
C. | Dimensions are based on nominal size. Dimensions may vary depending on type of handle or terminal. Batteries to be mounted with .5 inches (12.7mm) spacing minimum. |
D. | C.C.A. (Cold Cranking Amps) – the discharge load in amperes which a new, fully charged battery can maintain for 30 seconds at 0°F at a voltage above 1.2 V/cell. |
E. | C.A. (Cranking Amps) – the discharge load in amperes which a new, fully charged battery can maintain for 30 seconds at 32°F at a voltage above 1.2 V/cell. This is sometimes referred to as marine cranking amps @ 32°F or M.C.A. @ 32°F. |
F. | Dimensions taken from bottom of the battery to the highest point on the battery. Heights may vary depending on type of terminal. |