AGM Gel Series
General Features
-
Micro millimeter SiO2 and H2SO4 technology for efficient gas recombination of up to 99%, free from electrolyte maintenance or water add.
-
Not restricted for air transport-complies with IATA/ICAO Special Provision A67.
-
A recognized component of CE and UL
-
Computer designed lead, calcium tin alloy grid for high power density.
-
Long service life, float or cyclic applications.
-
Maintenance-free operation.
-
Low self discharge
-
Design life: 2V battery=15 years; 12V battery=10 years

Applications
-
Marine equipment
-
Telecommunication systems
-
Fire & security systems
-
Uninterruptible power supplies
-
Electric vehicle
-
Communication equipment
-
Power tools
-
Solar powered systems
-
Urgent light systems
-
Electric powered bicycle and wheelchairs
-
Measurement systems
Dimension
Battery Type
Nominal
Voltage(V)
Capacity (Ah)
10hr rate to
1.80V/cell
Length
(mm)
Width
(mm)
Height
(mm)
Weight
(mm)
Terminal
Specification
JCL-H2-200G 2 200 173 111 330 14.5 F10 PDF
JCL-H2-400G 2 400 210 176 330 27 F10 PDF
JCL-H2-500G 2 500 241 175 330 33.5 F10 PDF
JCL-H2-600G 2 600 302 175 330 38.5 F10 PDF
JCL-H2-800G 2 800 400 178 330 54 F10 PDF
JCL-H2-1000G 2 1000 475 175 330 63 F10 PDF
JCL-H2-1500G 2 1500 400 350 345 95 F10 PDF
JCL-H2-2000G 2 2000 490 350 345 123 F10 PDF
JCL-H2-3000G 2 3000 710 350 345 190 F10 PDF
Battery Type
Nominal
Voltage(V)
Capacity (Ah)
20hr rate to
1.80V/cell
Dimension
Length
(mm)
Width
(mm)
Height
(mm)
Weight
(mm)
Terminal
Specification
JCM-H12-33GX 12 33 195 130 155 10.5 F11 PDF
JCM-H12-40GX 12 40 197 165 170 13 F11 PDF
JCM-H12-65GX 12 65 350 167 179 21 F11 PDF
JCM-H12-75GX 12 75 260 169 208 23 F21 PDF
JCM-H12-80GX 12 80 350 167 179 23 F11 PDF
JCM-H12-90GX 12 90 306 169 208 27.5 F21 PDF
JCM-H12-100GX 12 100 328 171 214 31 F12 PDF
JCM-H12-120GX 12 120 410 176 227 36 F12 PDF
JCM-H12-150GX 12 150 482 170 242 46 F12 PDF
JCM-H12-180GX 12 180 522 238 218 57 F12 PDF
JCM-H12-200GX 12 200 522 238 218 61 F12 PDF
JCM-H12-225GX 12 225 522 238 218 62 F12 PDF
JCM-H12-250GX 12 250 520 269 220 74 F12 PDF