SCWD-QS (12/16)
Page 34
Once the
gland nut
has been hand tightened into the
plug body,
use two adjustable wrenches to
further tighten the
gland nut
until it is snug in the
plug body
as shown in Figure 18 and the anode
wire is held firmly in the
plug body
and will not slip out.
Do not over-tighten the gland nut!
Figure 18. Secure the Anode Wire.
After the
plug
and anode wire have been assembled, re-connect the
sealing cap assembly tool
to
the
socket
on the compressor unit cabinet. After aligning the electrical contact pins, manually
engage the threads on the
plug locking cap
with the threads on the
socket
and turn clockwise until
the
plug
is firmly hand-tightened to the
socket
as shown in Figure 19.
If the anode wire rises away
from the compressor cabinet,
be sure to shape a drip loop into the contour of the anode wire near
the
plug
and
socket.
Figure 19. The Plug and Socket Joint
After the
plug
and
socket
joint is secured, the power may be turned
ON
at the disconnect.
Summary of Contents for SCWD-024-1C
Page 15: ...SCWD QS 12 16 Page 15 Figure 7 SCWD Compressor Unit Electrical Schematic Diagram 230 1 60...
Page 16: ...SCWD QS 12 16 Page 16 Figure 8 SCWD Compressor Unit Electrical Schematic Diagram 230 3 60...
Page 17: ...SCWD QS 12 16 Page 17 Figure 9 SCWD Hydronic Heating Cooling Water Heating Sytem Application...
Page 20: ...SCWD QS 12 16 Page 20 Figure 11 SureStart Mode of Operation...
Page 31: ...SCWD QS 12 16 Page 31 Figure 14 Disassembled Plug Connector...
Page 38: ...SCWD QS 12 16 Page 38 Figure 23 SCWD Internal Flow Schematic...
Page 39: ...SCWD QS 12 16 Page 39 Figure 24 SCWD Piping...
Page 41: ...SCWD QS 12 16 Page 41 Figure 25 Evacuation of SCWD System...
Page 43: ...SCWD QS 12 16 Page 43 Figure 26 Initial Charge of SCWD System...
Page 45: ...SCWD QS 12 16 Page 45 Figure 27 Final Charge of SCWD System...
Page 48: ...SCWD QS 12 16 Page 48 Figure 31 Start Up Process...
