Filler Panel Installation; Clearance Reduction Methods; Top, Back, Front And End - Accurex XBEW Installation, Operation And Maintenance Manual

Filler Panel Installation

1. Uncrate the hood and lay it on the floor with
protective material between the hood and the floor.
2. Bolt the filler panels together with 5/16 in. bolts
provided in the hardware package.
3. Position the filler panels to the hood back, and tack-
weld them into place.
TACK-WELDED TO
HOOD BACK
5/16 IN. X 3/4 IN. BOLTS
WITH WASHERS & NUTS
4. To allow for ease of cleaning, caulk the external
seams with NSF Approved silicone caulk (GE
SCS1009, or its equivalent). The caulk is not
provided. 3" UN-INSULATED BACK STANDOFF.
MEETS NFPA96 REQUIREMENTS FOR
CLEARANCE TO LIMITED COMBUSTIBLE

CLEARANCE REDUCTION METHODS

HOOD
TOP CLEARANCE REDUCTION OPTIONS
HOOD
HOOD
CLEARANCE REDUCTION METHODS
RIGHT FILLER PANEL
BOTTOM FILLER PANEL
SURFACES
END CLEARANCE REDUCTION OPTIONS
Clearance Reduction Methods
Clearance reduction methods have been evaluated and
tested and are listed by UL (Underwriters Laboratory).
The method of test was derived from the UL 710 test
standard.
The hood may be installed with zero clearance to
combustible materials if constructed in the following
manner.
1. One inch (2.54 cm) thick layer of insulation of Owens
Corning ® Type 475, Johns Manville Type 475, IIG
MinWool-1200 ® Flexible Batt, or Knauf Insulation
Type EI 475.
2. Insulation must be held securely in place. Pins that
are welded or secured with an adhesive may be
3" UN-INSULATED BACK STANDOFF.
MEETS NFPA96 REQUIREMENTS FOR
used.
CLEARANCE TO LIMITED COMBUSTIBLE
SURFACES
3. A backsplash panel must be attached to the wall
(insulated or uninsulated).
To comply with the UL Listing, the cooking appliances
must be as follows:
• Maximum surface temperature is 700°F (371°C)
• Appliances are located at least 3 in. (7.62 cm) from
the rear wall
• Appliances are at least 40 in. (101.6 cm) below the
bottom front edge of the hood
The hood may be installed with 3 in. (7.62 cm) clearance
to limited combustible materials per NFPA 96 if
constructed in one of the following methods:
• 3 in. (7.62 cm) rear uninsulated stand-off
• 3 in. (7.62 cm) top enclosure panel system
• 3 in. (7.62 cm) end uninsulated stand-off
Top Clearance Reduction Options
One inch (2.54 cm) layer of insulation installed on top
of the hood (optional) meets zero inch requirements for
clearance to combustible surfaces as outlined under the
clearance reductions methods.
Three inches (7.62 cm) uninsulated airspace installed on
top of hood (optional) meets NFPA 96 requirements for
clearance to limited combustible surfaces.
Kitchen Hoods • Type I and Type II
TOP CLEARANCE REDUCTION OPTIONS
CLEARANCE REDUCTION METHO
END CLEARANCE REDUCTION OPTIONS
CLEARANCE REDUCTION METHODS HAVE BEEN EVALU
(UNDERWRITERS LABORATORIES). THE METHOD OF TE
STANDARD.
THE HOOD MAY BE INSTALLED WITH 0" CLEARANCE T
IN THE FOLLOWING WAY:
- 1 INCH THICK LAYER OF INSULATION OF TYPE OWEN
IIG MINERAL WOOL TYPE 1200 FLEXIBLE BATT, TYPE
- INSULATION MUST BE HELD SECURELY IN PLACE. PI
ADHESIVE MAY BE USED.
- A BACK SPLASH PANEL MUST BE ATTACHED TO THE
TO COMPLY WITH THE UL LISTING, THE COOKING APP
- MAX SURFACE TEMP IS 700 DEGREES FAHRENHEIT.
- LOCATED AT LEAST 3" FROM REAR WALL
- LOCATED AT LEAST 40" BELOW BOTTOM FRONT EDG
THE HOOD MAY BE INSTALLED WITH 3" CLEARANCE T
CONSTRUCTED IN ONE OF THE FOLLOWING METHOD
- 3" REAR UN-INSULATED STANDOFF
- 3" TOP ENCLOSURE PANEL SYSTEM
- 3" END UN-INSULATED STANDOFF
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