CONTROL WIRING (MODEL DSC360)
For bottom entry (Figure 7), the control wiring should be routed:
1. Up through the flexible conduit and the middle deck to the
proximity of the hole into the control box.
2. Through the 1-3/8" snap bushing in the condenser
evaporator partition and control box.
3. Through the 2 ty-wraps positioned in the control box.
4. Connect the wires to the printed circuit board per Fig. 9, 10,
11 or 12.
For side entry on slab mounted units, the control wiring should
be routed:
1. Through the 1-1/8" K.O. in the corner post.
2. Through the 1-3/8" snap bushing in the condenser
evaporator partition and control box.
3. Through the 2 ty-wraps positioned in the control box.
4. Connect the wires to the printed circuit board per Fig. 9, 10,
11 or 12.
CAUTION: Wiring penetration through the side entry must
be sealed to prevent the entrance of water.
CONTROL WIRING (MODEL DSC480)
For bottom entry (Figure 8), the control wiring should be routed:
1. Up through the 2-1/4" O.D. tubing behind the control box.
2. Through the positioned ty-wrap on the outside of the control
box.
3. Through the 1-3/8" snap bushing in the control box.
4. Through the 2 ty-wraps positioned in the control box.
5. Connect the wiring to the printed circuit board per Fig. 9,
10, 11 or 12.
For side entry on slab mounted units, the control wiring should
be routes:
1. Through the 1-1/8" K.O. in the intermediate post.
2. Through the 1-3/8" snap bushing in the control box.
3. Through the 2 ty-wraps positioned in the control box.
4. Connect the wiring to the printed circuit board per Fig. 9,
10, 11 or 12.
CAUTION: Wiring penetration through the side entry must
be sealed to prevent the entrance of water.
FIG. 7 - CONTROL WIRING ENTRANCE (DSC360)
FIG. 8 - CONTROL WIRING ENTRANCE (DSC480)
530.25-N3Y
6
Unitary Products Group
