Installation Instructions
Ventilation
Outdoor
The inverter is designed for outdoor installation. Following
the working clearances specified in Table 5, no additional
space is required for the inverter to achieve proper air-flow
ventilation.
Indoor
When installing indoors (e-house), plan for the inverter's
heat-rejection during daily operation:
Intake/exhaust air volume is 4500 cfm
●
Recommended room-air exchange rate
●
Rejected heat is up to 35 kW at full export power under
●
optimum operation and cooling.
1 kW = 3412 Btu/hr
●
1 Btu = 1,055.0559 Joules
●
Site Recommendations
Eaton recommends that for optimum performance, the front
of the inverter should be facing the South-East direction.
16
Power Xpert Solar 1500/1670 kW Inverter MN141001EN—October 2014 www.eaton.com
Anchoring Requirements—Concrete Pad and
Seismic
The Power Xpert Solar 1500/1670 kW Inverter must be
bolted to a mounting pad or structure. Installation shall be in
accordance with utility, seismic, and wind requirements in
effect at the location for electrical equipment of the project's
power and voltage class.
The inverter and its associated step-up transformer
supporting pad shall be constructed according to the
building-codes in effect for the location/usage. In the
minimum:
Supporting subgrade shall be compacted and well drained
●
Mounting base made of concrete matching the inverter's
●
base dimensions
Pad thickness at least 4 inches of 3,000 psi concrete
●
Finished to level and flatness not to exceed .025 inches
●
in 12 inches
Equipment anchor-bolts:
●
SAE Grade 5, with ASTM structural grade zinc plated
●
thick washers (Refer to Figure 14)
Embedment at least 4–6 inches, as per structural
●
engineer/spec
Torque
●
1/2-inch UNC Fasteners: 45–50 ft-lb (61–68 Nm)
3/4-inch UNC Fasteners: 55–60 ft-lb (74–81 Nm)
Consult local codes for seismic and wind-load requirement
regarding mounting the Power Xpert Solar 1500/1670 kW
Inverter.
Figure 14. Anchoring Requirements
67.25
66.00
1.25
.00
40.38 44.38
.00 1.75
Mounting anchor bolts: 12 x SAE 7/8 in, Grade 5.
86.38 90.38
129.01