Table 8: Non-Fused Disconnect Lug Port Details
Non Fused
Type 1 Ports
Disconnect
Min
Qty
Size
AWG
30
1
#10
60
1
#10
100
1
#10
200
1
#6
400
2
1/0
Table 9: Fused Disconnect Lug Port Details
Fused
Type 1 Ports
Disconnect
Min
Qty
Size
AWG
60
1
#14
100
1
#12
200
1
#6
400
2
1/0
Table 10: Power Block Port Details
Power
Type 1 Ports
Block
Min
Ampacity
Qty
AWG
510
1
#2
760
4
#4
950
2
1/0
Figure 38: Typical Field Power Entrance – Main Control Box
IM 1287 • REBEL APPLIED ROOFTOP
Type 2 Ports
Max
Qty
Min Awg Max Awg
AWG
2/0
—
—
2/0
—
—
2/0
—
—
300MCM
—
—
250MCM
1
#4
600MCM
Type 2 Ports
Max
Qty
Min Awg Max Awg
AWG
#6
—
—
#1
—
—
300MCM
—
—
250MCM
1
#4
600MCM
Type 2 Ports
Max
Qty
Min Awg Max Awg
AWG
600MCM
12
#14
500MCM
—
—
750MCM
10
#14
Copper wire is required for all field installed conductors.
Supply voltage must not vary by more than 10% of the unit
voltage specified on the nameplate. Phase voltage imbalance
must not exceed 2%. (Calculate the average voltage of the
three legs. The leg with voltage deviating the farthest from
—
the average value must not be more than 2% away.) Contact
—
the local power company for correction of improper voltage or
—
phase imbalance.
—
The unit has an option to come with a GFCI service outlet
pre-installed in order to satisfy the code requirements of NEC
210.63. If the GFCI or the service lights were selected as field
powered, conductors supplying a 115V 20/15A source must be
run to terminals in the control panel as shown in the example
in
Figure
35. These terminals are typically located in the Main
—
Control Panel at the High Voltage Terminal Block, TBHV.
—
If the GFCI or service lights were selected as unit powered,
—
then no additional wiring must be run beyond the 3 phase
service conductors to power the 115V service outlet. Consult
the Unit Specific Electrical Schematics to determine the
installation requirements.
#4
—
2/0
32
Unit Wiring
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