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Table 2. IBC-LH (432V) Cabinet Weights
Model
Integrated Battery Cabinet-Large High Rate with
N54 Batteries
Integrated Battery Cabinet-Large High Rate with
H41 Batteries
Integrated Battery Cabinet-Large High Rate with
E54 Batteries
Integrated Battery Cabinet-Large High Rate with
B37 Batteries
Integrated Battery Cabinet-Large High Rate with
N54 Batteries and sidecar
Integrated Battery Cabinet-Large High Rate with
H41 Batteries and sidecar
Integrated Battery Cabinet-Large High Rate with
E54 Batteries and sidecar
Integrated Battery Cabinet-Large High Rate with
B37 Batteries and sidecar
Table 3. IBC-LH (480V) Cabinet Weights
Model
Integrated Battery Cabinet-Large High Rate with
H41 Batteries
Integrated Battery Cabinet-Large High Rate with
B37 Batteries
Integrated Battery Cabinet-Large High Rate with
H41 Batteries and sidecar
Integrated Battery Cabinet-Large High Rate with
B37 Batteries and sidecar
The IBCs use natural convection cooling to regulate internal component temperature. Air inlets are in the front
of the cabinet and outlets are on the back or top of the cabinet. Allow clearance in front of, and on back or top
of the cabinet for proper air circulation. The clearances required around the IBC cabinet are shown in
Eaton 93PM Integrated Battery Cabinet (IBC-L, IBC-LH [432V], and IBC-LH [480V]) Installation Manual 164000228—Rev 08
Weight kg (lb)
Shipping
Installed
2154 (4749)
2109 (4649)
1822 (4018)
1777 (3918)
2175 (4796)
2130 (4696)
1848 (4076)
1803 (3976)
2195 (4841)
2150 (4741)
1864 (4110)
1819 (4010)
2217 (4888)
2172 (4788)
1890 (4168)
1845 (4068)
Weight kg (lb)
Shipping
Installed
1932 (4261)
1887 (4161)
1961 (4325)
1916 (4225)
1974 (4353)
1929 (4253)
2003 (4417)
1958 (4317)
Installation Plan and Unpacking
Point Loading
7 at 301 (664)
7 at 254 (560)
7 at 304 (671)
7 at 258 (568)
7 at 307 (677)
7 at 260 (573)
7 at 310 (684)
7 at 264 (581)
Point Loading
7 at 270 (594)
7 at 274 (604)
7 at 276 (608)
7 at 280 (617)
Table
4.
15
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