Wiremold electrical systems conform to and should be properly
grounded in compliance with requirements of the current National
Electrical Code or codes administered by local authorities.
All electrical products may present a possible shock or fire
hazard if improperly installed or used. Wiremold electrical products
may bear the mark as UL Listed and/or Classified and should
be installed in conformance with current local and/or the National
Electrical Code.
CAUTION: DO NOT operate tile stripper, cleaning, or resurfacing equipment over top of covers. This may result in
damage to the surface finish of the product.
Suitable for use in air handling spaces in accordance with Sec. 300-22 (C) of the National Electrical Code.
FLOOR PREPARATIONS
Step 1 Layout and locate position of hole(s).
CAUTION: Minimum spacing of 2ft on center and not more
than one device per each 65 square feet of floor
area in each span.
IMPORTANT: Please read all instructions
before beginning.
Step 2 Remove 6 1/2" dia. [166mm] section from
carpet or tile. Use template provided.
24" [610mm] Min
Center – Center
CAUTION: Be certain to locate hole at least 6" [152mm] from any wall or
pillar to leave enough room for Poke-Thru cover assembly.
Step 3 Create core hole according to the
dimensions provided in the chart.
6 1/2"
[166mm]
FLOORCORE CORE
TYPESIZE (Min.)SIZE (Max.)
Covered Floors6"[152mm]6 1/8" [156mm]
(Carpet, Tile or
Wood)
Bare Concrete6 1/16" [154mm]6 1/8" [156mm]
or Terrazzo
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NSTALLING COMPLETE ASSEMBLY
I
Step 1 Attach data and AV plates and wire power and data devices (Can be completed above floor).
Refer to wiring schematic below for power wiring options.
From branch circuitfrom Poke-Thru receptacleFrom branch circuitfrom Poke-Thru receptacle
WHITE or NEUTRAL WHITE W/ BLUE STRIPEWHITE or NEUTRAL WHITE W/ BLUE STRIPE
rom branch circuitfrom Poke-Thru receptacleFrom branch circuitfrom Poke-Thru receptacle
F
GREEN or GROUND GREEN W/ YELLOW STRIPEISOLATED GROUND GREEN W/ YELLOW STRIPE
From branch circuitfrom Poke-Thru receptacleFrom branch circuitfrom Poke-Thru receptacle
ystem Ground
S
Circuit B Wiring
atalog Nos. 6ATCP only
C
GREEN (jumper wire)
from Poke-Thru
junction box
WARNING: Ground wire from junction box must be connected to system ground.
CAUTION: Receptacle mounting means not grounded. Grounding wire connection required. For isolated
ground wiring, connect ground leads to a separate isolated grounding conductor. See NEC 250146(d).
If necessary remove Feed Plates to pull communications wires through Poke-Thru device.
Replace Feed Plates when finished pulling wires.
CAUTION: To maintain fire classification, Feed Plates must be installed.
Step 2 If circuit is connected
to an isolated ground,
apply IG icon on
receptacle plate
as shown.
NOTE: The orange triangle shall only be placed
on devices that are wired for isolated
ground. See NEC 250-146(d).
For Carpet or surface mounted tile
Step 3Place appropriate gasket
around poke thru and
slide under flange. Use flat
foam gasket for surface
tile applications or use
round neoprene gasket for
carpet applications. For
the flush tile applications
no gasket is needed.
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Step 4Push Poke-Thru into floor.Step 5Installation complete.
For Flush Tile Installation (Start with Steps 1 & 2 on previous page.)
Step 3Place shims around bottom of flange to
match thickness of tile. Flange is 1/8"
Step 4Use grout and/or silicone caulk
between edges of flange and tile.
thick. (2) 1/8" shims and (2) 1/16" shims
are provided. Push Poke-Thru into floor.
NOTE: If more shims are required, use Cat. No 6TS.
INSTALLING STEM ASSEMBLY AND SEPARATE COVER
Step 1Insert Stem Assembly into core hole.
Step 2Remove disposable plate and (2) plate clips by
removing the 8-32 screws. Install Flange using
the (2) 8-32 x 1/2" Cap Head screws provided
with the cover assembly.
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NSTALLING DEVICE PLATES
I
Half Gang Plates
Step 1Install plates using (2)
6-32 x 1/2" screws.
(provided)
NEMA 1 Gang Device
Step 1Screw receptacle into tabs
using (2) 6-32 screws provided
ith the receptacle.
w
Step 2Install plates using (2)
6-32 x 1/2" screws.
(provided)
1.5 Gang Data/AV Plates
Step 1Use pliers to bend device tabs along score
lines. Bend in both directions repeatedly
until tab breaks off.
Side walls removed
for clarity
CONFIGURING FEED PLATES
Step 1Remove cover assembly from Poke Thru
by removing (2) 8-32 screws and lifting
cover off.
Step 2Install device plate using (2) 6-32 x 1/2" screws.
(provided)
Step 2Remove Poke Thru from floor by bending tabs
inward and pulling unit up.
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Page 5
Step 3Remove (2) 8-32 screws and pull off Feed
late or housing.
P
Step 4Use (2) 8-32 screws to install new Feed Plate
r housing
o
CAUTION: To maintain fire classification, Feed Plates must
be installed.
WIRE TUNNEL REMOVAL
Step 1Remove Feed Housing from center and side
without J-box.
Step 3Slide wire tunnel out of remaining Feed
Housing.
CAUTION: To maintain fire classification, Feed Plates must
be installed.
Step 2Pull wires out of wire tunnel.
Step 4Rotate center housing and reattach with
(2) 8-32 screws.
Step 5Reattach side Feed Housing and feed plate with (4) 8-32 screws.
CAUTION: To maintain fire classification, Feed Plates must be installed.
5
180º
Page 6
INSTALLING DEVICES IN DEVICE PLATES
6TRAC, 6SER, 6ACT8A
(Devices not included)
6MAAP, 6AAP, 6MAAP2A, 68MAAP
(Devices not included)
682A, 6MAAP2A
(Includes 2A bezels. Devices not included)
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Evolution Series Poke-Thru Devices are UL Listed and Classified to U.S. and Canadian safety standards to the
following conditions:
The 6STC Poke-Thru Stem with the 6CTC or 6CT Service Head Fitting, and the 6ATCP, 6ATP, 6ATCPAV 6ATPAV, 6ATC or
6AT factory assembled Poke-Thru devices are for use with 1-, 1 1/2 -, or 2- hour rated unprotected reinforced concrete floors and
1-, 1 1/2 -, or 2- hour rated floors employing unprotected steel floor units and concrete topping (D900 Series Designs), or concrete
floors with suspended ceilings. (Fire resistive designs with suspended ceilings should have provisions for accessibility in the ceiling
area below the Poke-Thru fittings).
he assembled Poke-Thru stem and service fitting will not reduce the ratings of the floor assembly when the thickness and type of
T
concrete (required for the specific rating) are within the specified limits and the fittings are installed as specified:
1. Spacing – Minimum of 2' [610mm] OC and not more than one unit per 65 sq. ft. [6 sq. m] of floor area in each span.
2. Concrete – Minimum thickness of structural concrete topping of 2 1/4" [57mm] over metal deck or a minimum 3" [76mm]
thick reinforced concrete slab. Unit weight of concrete to be 110 to 155 pcf.
3. Installation – Mounted in a 6" [152mm] diameter hole in concrete per installation instructions accompanying the fittings.
For use with power circuits, data and/or audio/visual cables as tabulated below:
COPPER CROSS-SECTION
OUTER CENTER
CHANNELSCHANNEL
Max Copper .0154 sq. in. .0387 sq. in.
X-Section[9.9mm2][24.97mm2]
Max #(3) 12 AWG(12) 14 AWG
Conductors
NOTE:When using conductor sizes other than listed above, the aggregate cross-sectional area of
The “TC” suffix letters indicate that the device may be installed on tile or carpet covered concrete floors. The “T” suffix
letter indicates that the device is intended to be installed on a concrete floor, embedded into the tile covering.
the copper conductors shall not exceed the cross-sectional areas listed.
Copper Cross Sectional Area
of Commonly Used Conductors
SizeSolid
#24 .00032 sq. in. [.20645mm2]
#22 .00050 sq. in. [.32258mm2]
#14 .00323 sq. in. [2.08386mm2]
#12 .00512 sq. in. [3.30321mm2]
#10 .00815 sq. in. [5.25805mm2]
#8 .01296 sq. in. [8.36127mm2]
NOTE: Use above values for solid or stranded conductors.
CAUTION: Receptacle supplied with this Poke-Thru is not suitable for direct field wiring.
Contact manufacturer for replacement. Field modifications will void UL Listing
and Classification. Replacement receptacle is limited to this manufacturers'
Catalog No 68REC.
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Carpet Cutout Template
arpet Cutout
C
6 1/2" [166mm]
(See chart below for
Core Hole dimensions.)
Core Hole
CAUTION: When printing copies of this
template please be sure template
is scaled correctly and is the
correct size once it is printed.