Emerson 16C26S-010 User Manual
6
INSTALLATION
REMOVE OLD FILTER AND DISCARD
(Figure 12)
NOTE: This filter may be mounted in the furnace compart-
ment.
ment.
CLEAN BLOWER COMPARTMENT
It is suggested that the furnace blower compartment,
blower and blower housing be cleaned to ensure clean air
circulation.
blower and blower housing be cleaned to ensure clean air
circulation.
INSTALLATION
The following is a typical installation of the air cleaner on
a “Highboy” furnace (Figure 8).
a “Highboy” furnace (Figure 8).
1.
Place the air filter cleaner on the floor. Stand it upright
with the power door facing you (Figure 4). If a horizon-
tal installation is being planned, lay the cleaner on its
side, this will help you to visualize the relative location
of all parts.
with the power door facing you (Figure 4). If a horizon-
tal installation is being planned, lay the cleaner on its
side, this will help you to visualize the relative location
of all parts.
Allow ample space for wiring and servicing the power
supply box (Figure 13).
supply box (Figure 13).
2.
Release the latch, remove the power pack (by grasp-
ing handle and pulling power pack away from cabi-
net) and set it aside. Remove the collecting cells and
pre-filters. Set pre-filters and cells aside in a safe
location until the cabinet is installed.
ing handle and pulling power pack away from cabi-
net) and set it aside. Remove the collecting cells and
pre-filters. Set pre-filters and cells aside in a safe
location until the cabinet is installed.
3.
Set the cabinet next to the furnace. If necessary,
enlarge the opening in the furnace (if possible) to
match the opening in the cabinet.
enlarge the opening in the furnace (if possible) to
match the opening in the cabinet.
If the furnace opening cannot be enlarged, a transi-
tion fitting should be used. (Figure 3).
tion fitting should be used. (Figure 3).
The cabinet can be attached directly (Figure 13), or a
starting collar can first be fitted to the furnace inlet. A
butt or slip joint can be used.
starting collar can first be fitted to the furnace inlet. A
butt or slip joint can be used.
Securely attach the cabinet to furnace inlet, using at
least two of the mounting holes on each side of the
cabinet.
least two of the mounting holes on each side of the
cabinet.
4.
Using butt joint, attach duct work (normally an elbow)
to the upstream side of air cleaner cabinet. (Note the
use of the sheet metal turning vanes inside the elbow
to improve air distribution over the face of the cells.)
(Figure 14)
to the upstream side of air cleaner cabinet. (Note the
use of the sheet metal turning vanes inside the elbow
to improve air distribution over the face of the cells.)
(Figure 14)
NOTE: An optional method of attaching duct work to the
cabinet is to modify the cabinet (Figure 15) by bending the
tabs outward at a 90
cabinet is to modify the cabinet (Figure 15) by bending the
tabs outward at a 90
°
angle and attaching duct work to
tabs.
Transition Fittings
If the air duct does not fit the cabinet opening, a transition
fitting should be used. Gradual transitions are preferred
for greatest efficiency. Not more than four inches per
linear foot (approximately 20
fitting should be used. Gradual transitions are preferred
for greatest efficiency. Not more than four inches per
linear foot (approximately 20
°
angle) should be allowed
(Figure 3).
5.
Connect the vertical duct section to the elbow. Wedge
a wood block between floor and elbow for support
(Figure 16).
a wood block between floor and elbow for support
(Figure 16).
6.
Seal all joints in the return air system downstream
from the air cleaner with duct tape to prevent dust
from entering the air stream. Tape is usually applied
on the outside of ducts, but may also be applied on the
inside, or both.
from the air cleaner with duct tape to prevent dust
from entering the air stream. Tape is usually applied
on the outside of ducts, but may also be applied on the
inside, or both.
Figure 12
Figure 13
Duct
Frame
Power
Supply
Box
Mounting
Holes
Air Flow
Turning
Vanes
Figure 14
Optional method
(Bend tabs outward at 90
°
angle)
Figure 15