Energycell re battery rack instructions, Figure 3 mounting on floor studs, Figure 4 inserting batteries – Outback Power Systems IBR-2 User Manual
Page 2: Figure 5 battery interconnect bars and hardware, Figure 6 battery connections
EnergyCell RE Battery Rack Instructions
2
Figure 3 Mounting on Floor Studs
3. Secure the studs or bolts with nuts or appropriate hardware. Anchor the rack according to local building codes.
4. Load the batteries into the rack. Load the bottom shelf first to prevent balancing issues. Proceed to the next shelf.
Figure 4 Inserting Batteries
Figure 5 Battery Interconnect Bars and Hardware
Figure 6 Battery Connections
5. Attach the interconnect bars to place the
batteries in series. Batteries should be
connected in series as appropriate to
meet the system voltage requirements.
Follow all instructions in the battery
manual and use the recommended
torque values. Install hardware in the
order shown in Figure 5. Do not install
hardware in a different order than
shown unless specified by the battery
manual or instructions.
Flat
Washer
Lock
Washer
Battery Cable
Lug
Hex Bolt
Mounting Surface
Negative Cable
Positive Cable
To assemble the integrated battery rack:
1. Install four ½” studs into the mounting surface (concrete or a
similarly reinforced material). From the front to the back, the stud
centers should be spaced 19” (48.3 cm) apart, as shown in Figure 3.
Spacing from left to right should be 25” (63.5 cm) apart.
2. Lower the battery rack over the four studs as shown in Figure 3 and
settle the rack in place.
Alternately, ½” bolts can be inserted through the mounting holes
into prepared openings.
IMPORTANT: The battery rack must be mounted on a level surface.
19” (48.3 cm)
Front
Back
NOTE: Slots are present under the
front edge of each shelf for strapping
the batteries down if necessary.
6. The rack is equipped with cables for each shelf (positive on the right,
negative on the left). Connect each cable to the appropriate side of
each battery string. The cables lead to separate buses on each side of
the rack that place each string in parallel. (See Figure 7.)
Each positive (red) cable is connected to a 175-amp circuit breaker
which protects the batteries on that shelf.