125700A 2 Legend Brands, Inc.
2. Set up the remaining FIVE manifolds with the
lengths of tubing shown (12 injectors along 14 ft.
of wall):
Tubing
quantity
Tubing
Length
Tubing locations
on manifold nipples
2 7½ ft.
2.3 m Outlets 1 and 12
2 6½ ft.
2.0 m Outlets 2 and 11
2 5½ ft.
1.7 m Outlets 3 and 10
2 4½ ft.
1.4 m Outlets 4 and 9
2 2½ ft.
0.8 m Outlets 5 and 8
2 1 ft.
30 cm Outlets 6 and 7
To install the tubing, slide one end of the tubing over
the manifold outlet nipple and insert an injector in the
other end.
ADS Setup
Manifold configuration
Determine the number of manifolds needed for the
job. At minimum, inject at 1 injector per stud bay. Use
one manifold (each manifold has 12 injectors) for
each 14 feet of interior 2 × 4 framed wall. For 2 × 6
exterior framed walls, double-sheeted fire walls, and
dense or water-resistant walls, use one manifold (12
injectors) for each 7 feet of wall. Inject at an even
greater concentration when saturation is heaviest,
and when number of layers is greatest.
DriForce XL blower only: Attach ADS vacuum hose
to the High Temperature Hose (positive pressure
setup) or to the vacuum inlet (negative pressure
setup). Attach the high temp hose to the DriForce XL
air inlet. Plug in the blower and switch it on briefly,
checking all connections for air leakage. If needed,
use a hose clamp to seal off any air leakage where
the vinyl products connect to hose couplers, mani-
folds, etc.
DriForce blower only: Attach ADS vacuum hose air
outlet (positive pressure setup) or to the vacuum inlet
(negative pressure setup). Tightly seal off the last
manifold on each run of ADS with an end-cap plug.
Ensure that all T-connectors, hose, hose cuffs and
couplers, manifolds, caps, tubing, and injectors are
all firmly connected. Attach the ADS to the Dri-
Force XL high temp hose or directly to the DriForce
blower outlet using a hose coupler.
OPERATING INSTRUCTIONS
CAUTION: Do NOT use the DriForce XL or
DriForce to extract standing water of any kind.
Liquid water drawn in to the blower may damage
the motor and void the warranty. Extract standing
water with truckmount or portable vacuum
extraction equipment before drying.
Preparing assemblies for drying
NOTICE: Do not use pressurized drying setups on
walls or other structural cavities that are contami-
nated. Use HEPA air filtration on every injection pro-
ject. Particles from the interior of assemblies can be-
come dislodged and affect air quality.
Recommended Tools
Pencil, tape measure, razor knife, drywall taping
broad knife, small pry bar, nail puller, screwdriver,
carpet awl, drill with 3⁄16 in. bit. An electronic stud
finder is also useful.
Walls
Dry inside walls that have been wetted from the
bottom up with or without baseboards in place. After
inspecting wall layers, insulation, and baseboards,
and after evaluating paint finishes and/or wallpaper
installations, choose the best method for the
customer and situation:
1. Remove baseboard or cove base. To reduce
damage to the painted surfaces and make a
professional re-installation easier, use a razor knife or
other sharp tool to score the paint and/or caulk along
the top of the base where it meets the wall. When
prying base away from the wall, protect the soft wet
wall surface by inserting a drywall broad knife
between the pry bar and the wall. Pull protruding
nails out of the wall and out of the baseboard.
Alternatively, make the wall penetrations immediately
at the top of baseboards and dry with the baseboards
in place as recommended for a tiled wall base or to
save time by eliminating the need to remove, re-
match, re-mount and/or replace wooden baseboards.
2. Make air injector access holes. Bore holes into
drywall with a carpet awl or use a drill with a 3⁄16 in.
bit. Create at least one hole between each set of
studs and slightly above the top of the wood or steel
base plate of the wall. (Use an electronic stud finder
to identify stud locations.)
TIPS: Make the holes as small as possible. Large
holes decrease efficiency by leaking air and make
hole repair more difficult. To avoid extensive