Thank you for choosing ATON Storm Series Ceiling Speakers. All models were voiced in our
sound labs by musicians with years of critical listening experience and crafted for your listening
enjoyment. To see the complete line of ATON products, visit us online at www.atonhome.com.
Storm Series All ceiling models feature 1” pivoting tweeters, excellent off-axis response, high
power handling, custom driver materials, and network components that provide the best price/
performance ratio in the industry.
Storm Series Ceiling Speakers are available in several confi gurations - for stereo or Home
Theater listening, install two-way models like the A60C, A61C, A62C or A63C. A62ST Dual Voice
Coil speakers are designed for rooms without designated listening areas. For the bass enthusiast, install a pair of A81C or A82C 8" speakers for deep, rich, thumping bass at any volume
level! ATON Ceiling Speakers are weather/moisture resistant and can be installed outdoors or in
bathrooms and saunas.
ATON Ceiling speakers are designed primarily to be installed in drywall ceilings, but it is possible to install them in other materials. Prior to installation, it is essential to determine the type
of application, and, therefore, the placement of the speakers in the ceiling. There are three
typical applications that ATON Ceiling speakers will be used for: Stereo, Mono/DVC, and Home
Theater.
Stereo
In areas that have a defi ned listening area where two speakers will be mounted more or less
equidistant from each other, use a stereo setup with left and right speakers each connected
to their own channel of a stereo receiver or amplifi er. This application provides the best sound
quality, staging, and depth possible in areas with a defi ned listening position. Figure 2.1 shows
an example of a stereo listening area.
A61C/A62C
A61C/A62C
X
Figure 2.1 - Stereo Application
Mono/DVC
In many instances, mono or DVC setup will provide a better listening experience in spaces without a defi ned listening area. Mono applications combine the left and right signals to provide the
full sound of an audio signal to each speaker in the system without left/right separation. DVC
applications send the left signal to one voice coil and the right signal to another voice coil, essentially creating a stereo pair in one speaker cabinet. Figure 2.2 shows an A62ST DVC Speaker
in a kitchen.
ATON Ceiling Speakers provide unobtrusive, high-quality Home Theater sound when installed in
the correct locations. It is critical to identify the primary listening position before installation! See
Figure 2.3 for a system design utilizing all ceiling speakers and Figure 2.4 for a system design
utilizing ceiling speakers as rear surround speakers.
TV
In-Wall
Subwoofer
120
1
0
8
8
0
X
O
V
E
R
Figure 2.3 - Home Theater-All Ceiling Application
TV
In-Wall
Subwoofer
120
1
0
8
8
0
X
O
V
E
R
Figure 2.4 - Home Theater-Rear Surround Application
The Installation process is divided into three distinct processes:
ting Switches.
After carefully considering the intended application (Defi ning a Listening Area,
Wiring, Mounting and Set-
Mono/Stereo, Home Theater, etc.), specifi c mounting locations can be decided upon. Once the
specifi c locations are determined, installation can commence.
Wiring
Before actually running any wire or cable, take the time to look around each room or area of the
house and plan your wire paths for maximum effi ciency. Look for routes through uncluttered
parts of the stud wall or ceiling that allow you to group all low-voltage (video, speaker wires, Cat5, telephone, etc.) wires wherever possible. It is a good practice to label both ends of all cables
and to protect wires by tying a plastic bag over the ends.
Plastic BagLabel
LEFT
SPK
Figure 3.1 - Wiring Label & Plastic Bag
Wiring Methodology
There are three common scenarios for connecting speaker to an audio system. Figures 3.2 to
3.4 show stereo pairs, while Figures 3.5 and 3.6 show examples of mono and DVC applications,
respectively. Each stereo method can also be used for mono or DVC applications. Figure 3.7
shows a Home Theater wiring scheme.
• Two separate 2 conductor speaker wires run from the A/V Receiver
or amplifier to each stereo speaker.
A/V Receiver/Amplifier
+
-
+
-
+
-
+
-
Figure 3.2 - Wiring: Amplifi er to Speakers-2 Conductor Direct
• One 4-conductor speaker wire runs from the amplifier to a splice near
one speaker. A 2-conductor wire runs from the splice to each speaker.
A/V Receiver/Amplifier
4
Conductor
Wire
Splice
+
-
+
-
+
-
+
-
2
Conductor
Wire
Figure 3.3 - Wiring: Amplifi er to Speakers-4 Conductor to 2 Conductor
• One 4 conductor speaker wire runs from the amplifier to a stereo
volume control, then one 2 conductor speaker wire runs to each
stereo speaker.
A/V Receiver/Amplifier
4
Conductor
Wire
Figure 3.4 - Wiring: Amplifi er to Speakers w/ Volume Control
• Use any of the stereo wiring methods to connect to a DVC speaker.
This example shows 2 separate 2 conductor speaker wires run from
the amplifier to the DVC speaker.
A/V Receiver/Amplifier
+
-
+
-
Volum e
Control
+
-
+
-
Wire
2
Conductor
+
-
+
-
+
-
+
-
Figure 3.5 - Wiring: Amplifi er to Speaker-DVC
• Use any of the wiring methods to connect to a mono speaker.
This example shows a 2 conductor speaker wire running directly
from the amplifier to the mono speaker.
• Five 2 conductor speaker wires run from the A/V Receiver
to each surround sound speaker.
A/V Receiver/Amplifier
Figure 3.7 - Wiring: Amplifi er to Speakers-Home Theater
Note 1: Low voltage wiring must be run in accordance with the National Electrical Code as well as any other applicable provi-
sions of the local building codes in your area. In some cases (such as commercial installations), running the wire in conduit
may be required. If you have any questions concerning the wiring of speakers in your home, contact your local building and
inspection department.
Note 2: It is recommended that you use quality CL-2 or CL-3 rated stranded speaker wire when installing ATON speakers.
Solid-core “Romex” type wire is not acceptable! Use at least 16AWG speaker wire for runs up to 100 feet, and at least 14 AWG
speaker wire for runs up to 200 feet. If you must cross high-voltage lines, always do so at a 90 degree angle to avoid audible
hum through the speakers!.
Note 3: When pre-wiring for ceiling speakers, it is essential to make direct wire runs from the head-end to each speaker. Do not
run speaker wires in series or parallel, and do not “daisy-chain” speakers to common wiring.
The audio/speaker cable runs should be routed from the head-end location to the speaker
rough-in brackets (if used). At the speaker locations, securely fasten the speaker wire to the
speaker rough-in bracket. If not using speaker rough-in brackets, staple speaker wire runs in a
loose zigzag between the studs where the speaker is to be mounted to make it easier to fi nd the
cable after the drywall is installed. Zig-zagging the cable also allows fl exibility in the placement
of the speaker. Note: Do not run speaker wires closer than 12" from high voltage wires.
Min
12"
Speaker
Wire
High
Voltage
Wiring
Figure 3.8 - 12" From High-Voltage Wiring
Speaker
Cutout
Ceiling
Speaker
Wire
Figure 3.9 - Pre-Wiring
Mounting
Two situations that can exist when mounting ceiling speakers:
• Pre-Construction - Installations that occur in new homes being built and in remodel
situations where walls and/or ceilings will be exposed.
• Retro-Fit - Installation that involve existing homes with walls and ceilings fi nished.
While the end result of either type of installation is similar, the process is quite different.
Pre-Construction
In a pre-construction installation, walls and ceilings are open with no drywall installed. This is
desirable and allows the installer greater access than in retro-fi t applications. ATON model BK6C
Rough-In Brackets are specifi cally designed to work with models A60C/A61C/A62C, A62ST/
A63C while model BK8C Rough-In Brackets are designed to work with A81C/A82C speakers.
Rough-in Brackets should be used whenever possible to reserve a neat hole in the drywall, ensuring proper speaker placement and making trim-out and fi nal installation neat and organized.
Once the mounting locations are decided upon, assemble the brackets and secure them to the
ceiling joists using fl at-head screws or heavy-duty staples (see the ATON Ceiling/In-Wall Rough-In Brackets Manual for detailed steps).
Retro-Fit
Retro-fi t installations are more diffi cult to complete than pre-construction because walls and
ceilings are intact. Typically wires must be fi shed into position through walls, fl oors and ceilings.
Holes must be cut and speakers mounted directly in the ceiling with no rough-in brackets.
Note: Before cutting holes in any existing wall or ceiling surface, probe the cavity behind
each speaker’s installation location for obstructions!
Cutting Speaker Openings in Ceiling-No Rough-in Brackets
1. Use a stud fi nder to locate the studs around the intended speaker location.
Note: A stud-fi nding device may not detect pipes, wiring, or other obstructions
located behind the drywall.
2. Use the inside portion of the speaker cutout template to confi rm speaker placement.
3. Remove templates and drill or carefully punch a pilot hole in the ceiling. A bent piece of
wire or a coat hanger may be use to probe the stud bay for obstructions. If you experience
resistance of any kind–STOP! If any obstructions are detected, patch the pilot hole and try
again in another location.
4. Once it has been determined that the cavity is free from obstructions, position the cutout
template and use a pencil to lightly trace the perimeter of the template.
5. Cut the opening using a keyhole saw, drywall router, or razor knife.
Mounting Speakers in Ceiling (Pre-Construction or Retro-Fit)
1. Remove speaker grille and place speaker face down.
2. Locate the speaker wire and pull through the ceiling opening.
3. Connect the speaker wire. BE SURE TO OBSERVE CORRECT POLARITY!
4. Insert the speaker into the opening in the ceiling (or Rough-in Bracket opening) and care- fully tighten each of the four clamping screws, alternating diagonally between each screw
position to ensure proper fi t.
5. Aim the pivoting tweeter at the listening area.
7. Set the Treble (A62C/A62ST/A63/A82C) and Bass (A63C) switches if
applicable. See Setting Switches for details.
8. Replace the speaker grille.
Figure 3.12 -Mounting Speakers In Ceiling
Setting Switches
Once the speakers are wired, mounted, and positioned correctly, use the Bass and Treble
switches (if applicable) to fi ne-tune the speakers based on local environmental variables such
as hardwood fl oors, thick draperies, etc. Select the “+” position to increase Bass/Treble response or select the “-” position if no increase or decrease is desired.
System Type ....................................................................................................................................................................... 2-Way
Frequency Response ........................................................................................................................................45Hz to 20kHz
Power Handling .......................................................................................................................................................... 75 Watts
System Type ....................................................................................................................................................................... 2-Way
Frequency Response ........................................................................................................................................36Hz to 20kHz
Power Handling ....................................................................................................................................................... 100 Watts
System Type ....................................................................................................................................................................... 2-Way
Switches .............................................................................................................................................................2 Position Treble
Frequency Response ........................................................................................................................................34Hz to 20kHz
Power Handling ....................................................................................................................................................... 115 Watts
System Type .................................................................................................................... Dual Voice Coil (DVC)/Dual Tweeter
Switches .............................................................................................................................................................2 Position Treble
Frequency Response ........................................................................................................................................34Hz to 20kHz
Power Handling ....................................................................................................................................................... 115 Watts
System Type ....................................................................................................................................................................... 2-Way
Switches ..................................................................................................................................................2 Position Bass/Treble
Frequency Response ........................................................................................................................................32Hz to 22kHz
Power Handling ....................................................................................................................................................... 125 Watts
System Type ....................................................................................................................................................................... 2-Way
Frequency Response ........................................................................................................................................32Hz to 20kHz
Power Handling ....................................................................................................................................................... 135 Watts
System Type ....................................................................................................................................................................... 2-Way
Switches .............................................................................................................................................................2 Position Treble
Frequency Response ........................................................................................................................................30Hz to 22kHz
Power Handling ....................................................................................................................................................... 150 Watts
ATON warrants to the purchaser/end user (“you”) that all Storm Series Speakers are to be free
from defects in materials and workmanship. This warranty is transferable to subsequent owners
of the product as long as the original proof of purchase is retained. If you discover a defect in
material or workmanship, you can obtain warranty service by contacting ATON at (859)-4227137 or service@atonhome.com. If ATON determines that the product is in fact defective, ATON
shall, at its option, repair or replace the product free of charge to you. This warranty shall not
apply (a) to equipment not manufactured by ATON, (b) to equipment which was improperly installed, (c) which was repaired or altered by others than ATON, or its authorized representatives
or subject to unauthorized tampering, alteration, or modifi cation, (d) damaged due to misuse,
negligence, accident, acts of God (including, but not limited to, excess moisture, insects, lightning, fl ood, electrical surge, tornado, earthquake, or other catastrophic events beyond ATON’s
control), or (e) subject to improper operation, maintenance or storage, or unreasonable use. The
foregoing warranties do not cover reimbursement for labor, transportation, removal, installation
or other expenses which may be incurred in connection with repair or replacement. The foregoing remedies shall be your exclusive remedies for any breach of warranty. Further, the foregoing warranty does not extend to equipment sold, but not manufactured by, ATON (“Third Party
Products”). With respect to any Third Party Products, the warranty for such product shall be as
provided by the manufacturer of such product, who will also be responsible for warranty service,
and ATON will pass through to you any transferable warranty actually extended to ATON by the
manufacturer.
THE FOREGOING WARRANTIES ARE EXCLUSIVE AND IN LIEU OF ALL OTHER EXPRESSED AND IMPLIED WARRANTIES. ATON EXPRESSLY DISCLAIMS ALL SUCH OTHER WARRANTIES, INCLUDING
BUT NOT LIMITED TO IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
PURPOSE AND NON-INFRINGEMENT. Notwithstanding the above, where applicable, if you qualify
as a “consumer” under the Magnuson-Moss Warranty Act, then you may be entitled to any implied warranties allowed by law for the Warranty Period. Some states do not allow limitations on
how long an implied Limited Warranty lasts, so the above limitation may not apply to you.
ATTENTION: TO OUR VALUED CONSUMERS
Valid proof of purchase is required for all warranty services. Warranty service requests made
without proof of date of purchase will be denied. Please keep the original sales receipt for your
records and send a copy to request warranty service. This warranty gives you specifi c legal
rights, and you may also have other rights which vary state to state.
*ATON is a division of ELAN Home Systems, LLC.
www.atonhome.com
or
service@atonhome.com
P/N 9900931 REV: A
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