Hampton Direct H25-NG1 Manual Do Utilizador

Página de 44
22
Hampton
®
 H25-1 Direct Vent Freestanding Gas Stove
INSTALLATION
You will require the following components with 
your new  Direct Vent Freestanding Gas Stove. 
Please review your product to make sure you 
have everything you need. In the event that 
you are missing any part, contact your dealer. 
Note:  These are the minimum pieces re-
quired. Other parts may be required 
for your particular installation. See 
above for a list of vent parts.
If installing termination on a siding covered wall, 
a vinyl siding standoff or furring strips can be 
used in order to ensure that the termination is 
not recessed into siding.
The vinyl siding standoff is required for walls 
with vinyl siding.
Minimum components for a Dura-Vent Hori-
zontal Installation:
A) Dura-Vent Horizontal Termination Kit
B)  Wall Thimble (required for combustible 
walls)
Minimum components for a Dura-Vent Verti-
cal Termination:
D) Dura-Vent Vertical Termination Kit. See 
above for pipe lengths.
 
Diagram 2a
HORIZONTAL 
TERMINATIONS
1)  Set the unit in its desired location. Check to 
determine if wall studs are in the way when 
the venting system is attached. If this is the 
case, you may want to adjust the location 
of the unit.
2)  Assemble the desired combination of pipe 
and elbow to the appliance adapter with 
pipe seams oriented down. Offset the pipe 
seams as double seams in one place will 
cause the outer pipe to take an oval shape. 
Kit comes complete with 18" of straight vent 
- 6-5/8" dia. black outer pipe and 4" dia. inner 
vent. 
3)  With the pipe attached to the stove, slide the 
stove into its correct location, and mark the 
wall for a   9-1/2" (inside dimensions) round 
hole. The center of the round hole should line 
up with the centerline of the horizontal pipe, 
as shown in diagram 1. Cut and frame the 
9-1/2 round hole in the exterior wall where 
the vent will be terminated. If the wall being 
penetrated is constructed of non-combusti-
ble material, i.e. masonry block or concrete, 
a  7" diameter hole is acceptable.
Note:
a)  The horizontal run of vent should have a            
1/4 inch rise for every 1 foot of run towards 
the termination. Never allow the vent to run 
downward. This could cause high tempera-
tures and may present the possibility of a 
fi re.
b)  The location of the horizontal vent termination 
on an exterior wall must meet all local and 
national building codes, and must not be 
blocked or obstructed. Refer to the "Exterior 
Vent Terminal Locations" section.
c)  Snorkel Terminations:
 
For installations requiring a vertical rise 
on the exterior of the building, 14-inch and 
36-inch tall Snorkel Terminations as shown 
in Diagram 2 are available, as well as the 
standard Riser Vent. Follow the same in-
stallation procedures as used for standard 
Horizontal Termination. NEVER install the 
snorkel upside down.
 
Diagram 1
*Diagram 2a: As specifi ed in CGA B149 Instal-
lation Code. Local codes or regulations may 
require different clearances.
Diagram 2b
NOTE: For Snorkel terminations  in ABOVE  
grade installations, follow national or 
local code requirements.
 
Below Grade Snorkel Installation
 
If the Snorkel Termination must be installed 
below grade, i.e. basement application, 
proper drainage must be provided to prevent 
water from entering the Snorkel Termination. 
Refer to Dura-Vent Installation instructions 
for details.. Do not attempt to enclose the 
Snorkel within the wall, or any other type of 
enclosure.
4)  Install wall penetration heat shield in the 
center of the 9-1/2" round hole and attach 
with wood screws. The four wood screws 
provided should be replaced with appropri-
ate fasteners for stucco, brick, concrete, or 
other types of sidings. Diagram 3.
5)   If installing termination on a siding covered 
wall, a vinyl siding standoff or furring strips 
must be used to ensure that the termination 
is not recessed into the siding.  Diagram 
3.
6)  Take the Riser Vent terminal and separate 
the Backing Plate from the Riser Vent Front 
by removing 8 screws as shown in diagram 
4.
Diagram  3