Accu1 Direct ACCU1 9118 User manual

1
OPERATIONS MANUAL
ACCU1 9118
ACCU1 9218
ACCU1 9400
ACCU1 9500
Accu1Direct, Inc
www.Accu1.com
Telephone: [phone]
Email: [email protected]
115/230

2
Forward
Congratulations on your purchase of and Accu1 blowing machine from Accu1Direct, manufacturers of the finest
blowing and spray machines made.
Please fill in the warranty card to validate your warranty, and return it to Accu1 within ten days of purchase.
The serial number is located on the lower right side of your machine, over the motor.
Accu1 machines represent the highest value, most reliable and most productive equipment in which a contractor
can invest. The machine you have selected shares the same op quality engineering and manufacturing with the
rest of the Accu1 line.
Because all material manufactures continue to introduce new material for blowing and spraying applications,
Accu1-designed machines, with their constantly updated technology, increase contractor profitability.
It helps to become familiar with all of the major components of the Accu1 machine and to know how to adjust
each of the different materials that are available. Please take a few moments to review this booklet –to learn
the capabilities of your new machine.
WARNING –SAFETY ALWAYS COMES FIRST!
Avoid work stoppages caused by accidents –unsafe operation of this equipment can cause severe bodily injury.
Have a licensed electrician make all electrical connections, including a proper ground.
Leave drive-covers in place at all times.
Don’t operate equipment when minors are present.
Keep ALL BODY PARTS away from rotating elements.
Disconnect power cords before working on machine.
NEVER RELY ON THE SWITCHES TO TURN THE MACHINE OFF, DISCONNECT AND REMOVE ALL POWER
CORDS TO BE SAFE.
HOW TO GET STARTED
1) After taking the machine out of the shipping container, remove packing material, wheels and remote cord
from inside material hopper.
2) Lay machine on side, and install wheels (see page 6).
3) Check filter attachments to be sure that the screws did not loosen during shipping, (FILTERS MUST BE IN
PLACE AT ALL TIMES DURING OPERATION). Note: In humid climates filters become clogged more easily.
Filters may look clean, but pores may be cemented shut. In humid areas, replace filters frequently to maintain
high work output.
4) Open material control meter to desired material flow opening by loosening then re-tightening the set crew on
the machine.
5) To provide adequate power to the machine, use only 10/3 cord. Plug each of the two power cords into a
separate circuit. See the next page for volt and amp requirement. Distance from the power source to the
machine must not exceed 100 feet.
6) Connect the remote cord to the remote cord outlet on the machine.
7) Turn main power switch on first, then remote power switch.
8) BLOWER ONLY SWITCH is used: A) When doing multi-story work –constant blower operation will
prevent material from backing down into hose and machine or,
B) For cleaning hose out.
BEFORE BEGINNING, PLEASE READ THE OTHER PAGES IN THIS BOOKLET. THE INFORMATION THEY CONTAIN
WILL BE A GREAT HELP IN PROVIDING THE RESULTS YOU WANT TO SEE.

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Accu1
9118/9218
1) HOPPER 7) CABINET
Bin into which material is placed All-steel shell
2) ELECTRICAL CONTROL PANEL 8) BLOWER UNIT
Allows the operator to activate and control Blows material through hose.
the insulation blower.
9) SLIDING ACCESS PANEL
3) OPENING FOR SLIDE GATE Removable side panel for easy access
CONDITIONING CARD to interior.
Location for insertion of secondary material
conditioning devices. 10) SERIAL NUMBER
Plate on which serial number is engraved.
4) AIRLOCK CHAMBER
All-steel chamber with pressure sealed 11) ELECTRIC MOTOR
rotors which control amount of material Power source to rotate agitator paddles
exiting into hose. and vanes.
5) AIRLOCK OUTLET
Connection point for blowing hose.
12) WHEELS
6) AGITATOR PADDLES AND VANES Designed for machine portability.
Primary material conditioning devices.

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Accu1 9118
Size: 20” x 24” x 36”(91.44cm x 50.8cm x 91.44cm)
Power requirement: (1) 110 volt –15 amp circuit /(1) 220 volt - 10 amp circuit
Blowing Capabilities:
For use with Cellulose, Fiberglass, Rockwool or Fireproofing material. Results vary with material
manufacturer. Results vary with size, type and length of hose being used.
Machine Settings:
All settings are starting points only –machines should be set to job and weather conditions.
Open Blow: (Attic) with 100ft (30.48m) of 2 ½” (6.35 cm) blowing hose
Product gate: Remove completely
Sidewalls: With 50ft (15.24m) of 2 ½” (6.35 cm) blowing hose and 50’ (6.35 cm) of 2” (5.08cm)
hose:
Using 1” (2.54cm) reducing nozzle: Product gate open to 3rd hole
Using 2” (5.08cm) reducing nozzle: Product gate open to 7th hole
Finish Spray: Product gate: Open to 3rd hole.
Pump pressure: minimum of 200psi with nozzle shut off.
Spray Wall: Product gate: Open to 7th hole.
Pump pressure: minimum of 200psi with nozzle shut off.
Fireproofing patch: Product gate: Open to 4th hole.
Pump pressure: minimum of 150 psi with nozzle shut off.

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Accu1 9218
SIZE: 48 x 24 x 22 inches (121.92 x 60.96 x 55.88cm)
POWER REQUIRED: 2 separate 110 volt –15 amp circuits /(1) 220 volt - 15 amp circuit
BLOWING CAPABILITIES:
For use with Cellulose, Fiberglass, Rockwool or Fireproofing material. Results vary with material
manufacturer. Results vary with size, type and length of hose being used.
MACHINE SETTINGS: All settings are starting points only –machines should be set to job and
weather conditions.
Open blow (attic): With 100ft. (30.48m) of 2 ½” (6.35 cm) blowing hose
Product Gate: Remove completely
Air Speed: 10 (if too dusty, reduce air setting)
Sidewalls: With 50 ft. (15.24m) of 2 ½” (6.35 cm) blowing hose
Using 1” (2.54cm) reducing nozzle: Product Gate: Open to 4th hole
Air Speed: 6
Using 2” (5.08cm) reducing nozzle: Product Gate: Open to 9th hole
Air Speed: 8
Finish Spray: Product Gate: Open to 4th hole
Air Speed: 5
Pump Pressure: minimum 200psi with nozzle shut off
Spray Wall: Product Gate: Open to 9th hole
Air Speed: 7 (if recycling, sweep off and increase air speed to
10)
Pump Pressure: minimum 200psi with nozzle shut off
Fireproofing Patch: Product Gate: Open to 5th hole
Air Speed: 8
Pump Pressure: minimum 150psi with nozzle shut off

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Accu1 9400

7
Accu1 9500

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Accu1 9400 & 9500
Size: 26” x 38” x 48”(66 cm x 97 cm x 122 cm)
Power requirement: (2) 110 volt –15 amp circuits -9400
(1) 220 volt - 20 amp circuit- 9500
Blowing Capabilities:
For use with Cellulose, Fiberglass, Rockwool or Fireproofing material. Results vary with material
manufacturer. Results vary with size, type and length of hose being used.
MACHINE SETTINGS: All settings are starting points only –machines should be set to job and
weather conditions.
Open Blow:
Slide gate fully open; no conditioning cards
Air Speed: 8 - 10
Agitator Speed: 1/2 way between low and medium.
Hose: 3"x 50' blowing hose all the way to the attic.
Wall Spray (all fibers):
Use 2" rectangular hole card and set material gate 1/2 open.
Air Speed: 6 - 8
Hose: 3''x 50' to 3'x50' to 2.5"x50' to spray nozzle.
Dense Packing:
Use 1.75" hole card and set slide gate open to 1/4 to 1/3.
Air Speed: 8 - 10 (3.0 psi minimum)
Hose: 3"x 50' to 2.5"x50' to 2"x50' to reducer to wall tube.
Note: All the above are suggested settings and may vary depending on operating conditions. For
attics and dense packing, reduce feed slide gate opening if clogging occurs. Increase opening to
maximize production if material is moving freely. For wall spray, reduce gate opening if material is
too dry; increase gate opening if too wet.

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Machine Operation
POWER
Your Accu1 machine is electrically powered by either 110 volt or 220 volt single phase power depending on the
model Job sites are notorious for overloaded power conditions that result in low voltage. To lengthen the life of
your insulation machine’s motors, connect the machine to its own circuit of the proper voltage and be sure the
power cord is 10/3 or heavier, and that the power cord between the plug and the machine is no longer than
100 feet (30.48m). An overloaded circuit will reduce the 100 feet (30.48m) maximum working distance of the
power cord.
Where the proper power is not available, generators may be used as follows:
New Generators with Motor Start Windings –each horsepower of electric motor requires 2000
watts of generator power.
Old Generators –each horsepower of electric motor requires 3000 watts of generator power.
Since the greatest power consumption is caused y motor start-up, the job site circuit breakers may be kept from
overloading by reducing the number of times the machine is stopped and started, or by leaving the blowers on.
All Accu1 machines have a centralized electrical control panel with a 24-volt circuit for controlling the motors.
Although control panel features may vary from model to model, each has a main power inlet receptacle, and a
cord connection for a remote control switch.
Switches
All switches are connected to 24-volt power as a safety measure. The switches actuate contractors, which turn
the motors on and off.
Contactors
Contactors are powerful relays used to switch the enormous power loads created by turning the motors on.
Because of the dirty conditions on many job sites, the points inside a contactor may foul. The points may
require cleaning, replacement, or, on some models, reattachment of the wires to the auxiliary set of points.
Transformers
The low voltage to operate the switches and contactors comes from a transformer. Transformers rarely
malfunction, but they will burn out immediately if they are connected to the wrong power. They serve as an
additional safety device to prevent damage to Accu1 machine motors.
CONDITIONING
An Accu1 insulation blowing machines designed to properly condition insulation material and transport it to the
area to be insulated. The conditioning takes place in two stages: initially, in the machine, and finally, in the
blowing hose.
Insulation material passes through the AccuOne machine in the following sequence:
1) Material is placed in the hopper bin on top of the machine.
2) Material in the hopper is broken up and expanded by the material conditioning system.
3) Material is forced into the airlock chamber below, passing through the conditioning cards, if they
are in use.
4) Material is then forced into the air stream by rotating, pressure-sealed vanes in the airlock chamber.
5) Material is pushed by the blower motor through the hose, with the proper air volume to finish the
conditioning process.
Proper conditioning of the insulation material is of prime importance. With blowing wools especially, compressed
fiber nodules must be opened into tufts before they exit from the hose, if they are to provide optimum R-
Values. The optional material conditioning cards available for all Accu1 machines allow different types of
conditioning for different types of material. Without extra handling, some material form clumps, which reduce
coverage and affect R-Values. The right card can ensure proper coverage and reduction of excessive dust or
static. However, many materials do not require special cards. Check the coverage of the material before making
adjustments.

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Machine Operation
INSULATION
In every insulation job, all voids must be filled, insulation must be kept the proper distance from the sources of
heat and the correct number of bags must be installed to achieve a given R-value. The installer must adjust his
machine appropriately before installing the minimum number of bags stated on the manufacturers bag label.
“Inches of Insulation” do not ensure the correct R-value –bags do. Each type of insulation has its own
installation techniques in which the insulation depth and rate of coverage will vary with the type of insulation
used and the adjustment the installer makes on his/her machine. Three major adjustments may be made on
your Accu1 machine to allow it to condition material properly while maintaining the correct air-to-material
control meter settings and air flow speed.
AGITATOR DRIVE SPEED
AccuOne 9218 –the drive speed has been pre-set for maximum production efficiency.
AccuOne 9400 / 9500 –the drive speed is controlled y means of a hand crank. Adjustments are mad while the
machine is in operation by turning the crank clockwise for faster speeds or counter clockwise for slower speeds.
A RPM drive speed indicator tells he exact speed and should be matched to the material manufacturer’s
specifications. The tachometer shows the speed of the machine when the machine is operating. However, the
tachometer needle does not return to zero when the machine is off.
The drive speed controls the material conditioning and affects the feed rate. In general, as you increase the
drive speed to a faster setting, the material receives more conditioning but the rate of production may decrease
(a smaller amount of material will be delivered to the end of the hose). As you decrease the drive speed, the
material receives less conditioning but the rate of production (material flow) generally increases.
MATERIAL CONTROL METER
The meter controls the amount of conditioning the material that is fed into the airlock, and the amount of
conditioning the material receives in the hopper.
This may be adjusted to:
1. Provide smooth spray application by reducing the flow of material.
2. Enhance material conditioning by reducing the flow (increases the time that the material spends in
the hopper).
3. Optimize production when using long stretches of hose, or when insulating in tight space, by
increasing the flow.
AccuOne 9400, & 9500
On each of these machines, a fiber-conditioning card may be used, when needed, to ensure proper treatment of
material. The card is inserted at the “OPENING FOR SLIDE GATE CONDITIONING CARD” as shown on the
illustration of this machine depicted earlier in this booklet. Large nodule material can be made smaller by setting
the meter to a lower setting or by changing the conditioning card. Small nodule material can beefed at slower
drive speed rates with the meter set at a higher setting to avoid over conditioning.
Air Flow
Air pressure and flow my be varied as follows:
AccuOne 9218, 9400, & 9500 –using the airflow control knob found on the control panel.
The job, material, altitude and the length, diameter, and condition of the blowing hose affect airflow. Blowing
too much material with too little air will result in poor coverage, OR HOSE CLOGGING. Blowing too little
material with too much air will result in dusty material and poor coverage.

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Machine Operation
ISSUES AFFECTING PRODUCTION
Optimal blowing production in your Accu1 machine may be achieved by making the following adjustments:
1) The material control meter may be set in the higher range so that more material is fed into the airlock each
moment.
Your machine has been carefully designed to account for the interaction between meter settings and airlock
speeds. In general, the slower the airlock rotates, the more each chamber in the airlock is fed with material
and, the greater the output in a given amount of time. Increasing material output by slowing the airlock feed
requires additional air be added to the material in order to reach the manufacturer’s recommended blowing
rates. You airflow rates must be adjusted accordingly.
2) Hose diameter may be increased.
Material output is directly related to the type and quality of hose being uses. The larger the hose, the greater
the output. Hose connectors, coiled hoses and hoses of different sizes connected together will restrict the flow
of material.
3) Airlock rotor seals may need to be replaced.
The airlock rotor and chamber in your machine are made of precision-machined steel. To ensure maximum
pressure and production, the rotor has heavy-duty airlock seals clamped between all-steel plates. After
extended use with mineral materials, or abuse from extraneous materials that have been allowed to enter the
chamber, these seals will slowly show signs of wear. This wear will become apparent through a decrease in
production caused by diminished pressure. With extended wear of the seals, blow back of the material in the
hopper will be noticed. This may be remedied y replacing the seals, which is easily done.
Blowing production may be limited by the necessity for achieving proper coverage. The limiting factors may be
imposed by the ceiling or cavity conditions, the installer, the blowing hose, the desired R-value or the insulation
itself.
The most common cause of lost production time however, is worker carelessness. When a knife is dropped into
the hopper, it must be removed at one to prevent jamming or damaging the machine.
REMEMBER! –ALWAYS TURN THE MACHINE OFF, AND UNPLUG AND REMOVE THE CORDS
BEFORE ATTEMPTING TO EXTRACT OBJECTS!
THE INSTALLER
A well-trained installer with a positive mental attitude can use the Accu1 machine to maximize production. This
type of work is dirty by necessity, but it does not have to be dangerous also, or frequently stopped by operator
inattention. Accu1 high technology machinery is reliable and virtually trouble free when used properly. It pays
for itself quickly by blowing the most material in its class. Simple, easy adjustment can be made by the installer
to speedily prepare their machine for all types of applications.
Time and motion studies have shown that the installer familiarizing their self with the job, and rolling out their
hose occupies a major portion of their job time. High production Accu1 machines provide the competitive edge
to shorten the time an installer spends on the job. The less time they spend, the more efficient they are.
FIBER CONDITIONING CARDS
Round Hole –1.5” (3.81cm) and 2” (5.08cm) – for use when spraying all materials, for fireproofing, and for wall
fills with nozzles over 5/8” (1.59cm) in diameter.
Rectangular Small Hole –for very fine texture spray, or for wall fills with 5/8” (1.59cm) diameter nozzles.
Rectangular Medium Hole –for fine chopping action, slower production, more fluff of material.
Rectangular Round Hole –for greater conditioning of mineral materials, for high production spray, or for
controlling clumping problems.
HOSE
Improper use of the hose can adversely affect production:
1) Never allow the hose to remain coiled while in operation. Be sure the hose has been straightened to avoid
clogging and backpressure.
2) Always use the shortest workable hose length for a job. Excessive hose lengths lead to coiled and twisted
hoses, as well as additional backpressure and extra material conditioning.
3) Because long runs of hose create friction and slow material flow, it is best to run the largest diameter of hose
for as long as possible and then reduce the size at the point if job site to the size of the nozzle

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Machine Operation
All Accu1 equipment is designed to give maximum service with minimum maintenance. The following table is a
suggested guide to help you maintain your machine properly. Correct equipment care, i.e., KEEPING THE
MAHCINE OUT OF THE WEATHER, AND KEEPING FOREIGN OBJECTS OUT OF THE HOPPER, will be
rewarded with many years of top performance.
IN SHOP PART CHECK SCHEDULE
PART
CHECK PART FOR
DAY
WEEK
MONTH
Air Intake Filter(s)
Clogged pores

Airlock Seals
Wear or Damage

Belts
Free of Grease

Tension

Chains*
Tension

Electrical
Connections for Material
Build-Up; Clean as
Needed

Contactors for Erosion or
Pitted Points

Motor Vents
Cleaned Out

NOTE: DO NOT LUBRICATE CHAIN. Chain is permanently lubricated at the factory. Lubricating chain
will cause it to wear faster because chain will collect dust and grit.
IN FIELD
Although all maintenance should be done on a regular basis at your shop rather than in the field, occasional
field adjustments may be required. The following list of tools will allow field personnel to perform any necessary
equipment adjustments.
TOOLS FOR USE IN FIELD
Screwdriver
Volt-Ohm Meter and Continuity Checker
Wrenches: 1/2”, 7/16”, 9/16”, 3/4”
5/32”, Allen, 1/8” Allen
8” Crescent

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AIRLOCK SEAL REPLACEMENT
INSTRUCTIONS
Regular maintenance on your Accu1 blowing and spraying machine will extend the life of the equipment and
provide better production. Replace all of your airlock seals as soon as a decrease in production occurs. Airlock
seal life may vary dramatically because of such factors s type and quality of material used (the more abrasive
the material, the shorter the seal life) and damaging objects like knives, hammers, or nails.
TO REPLACE SEALS:
1. Remove airlock drive chain.
2. Remove sprocket on airlock.
3. Loosen set screws on both airlock bearings.
4. Remove bearings on front and back airlock plate.
5. Remove front airlock plate (outlet tube plate).
6. Remove rotor.
7. Remove old seals.
8. Clean rotor and check for damage.
9. Slide felt and foam rings into place as shown below.
10.Put new seals into place with the thinner ply side against the plate that is
welded to the rotor; tighten the bolts only slightly.
11.Square up edges and press rubber firmly against felt and foam rings;
tighten bolts (bolts are too tight if rubber squeezes out between plates).
12.Check airlock housing for any damage before re-assembly.
13.Reassemble by reversing process.
14.Be sure to promptly replace worn agitator paddles, because worn paddles
will also reduce machine production.

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GLOSSARY OF MACHINE
TERMS
AIRLOCK
A precision formed steel cylinder with rotors that create a pressurized seal with the material hopper to allow the
air blower to forcefully propel the material trough the hose.
ADHESIVE
A manufacturer-approved liquid, or chemical, that bonds the material being sprayed to the substrate.
BOND STRENGTH
The particular unit load that, when applied in the form of tension or compression with detach, or break, the
adhesive assembly.
COVERAGE
The area, in square feet, that a given amount of insulation will insulate to a desired density, or R-value.
CONDITIONING CARD
An Accu1 proprietary system for conditioning material to the proper coverage, or density, for a particular job or
use.
DENSITY
The weight of unit volume of material, usually expressed in pounds per cubic foot. It may be tested by blowing
a 1’ x 1’ x 1’ (0.3m x 0.3m x 0.3m) box full of material, and then determining the weight of the material. For a
spray fireproofing, the test section is scrapped from the substrate being sprayed, and oven-dried before being
weighed.
FIRE RESISTANCE RATING
The ability of a building construction assembly to resist the migration of a fire, or delay the damage that a fire
may cause. Ratings are expressed in units of time, usually hours, based on all components of the tested
assembly that is being installed.
INSULATION MACHINE
A machine which pneumatically breaks up the compressed materials and delivers them to the outlet of the hose
in a smooth, even flow.
NODULE
An individual clump of material whose size and proper treatment determine the appropriate coverage. The
nodule size is a function of the manufacturing process and the machine’s material conditioning.
OVERBLOW
The excess height of insulation above the required minimum thickness, when the recommended bag label
weight per square foot is installed.
R-VALUE
The measure of an insulation material’s thermal performance. R-value equals thermal resistance; the higher the
R-value, the better the insulation material’s ability to resist heat flow. Manufacturers are required by law to state
their insulation material’s R-value on each bag.

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TROUBLESHOOTING
PROBLEM
CAUSE
REMEDY
Will not run
1) Power cord not properly plugged in
2) Loose wire in power cord.
3) Main power switch off.
4) Circuit breakers won’t stay on.
1) Remove plug, check ends, plug back
in.
2) Check leads for fault –tighten.
3) Check switch –turn on.
4) Check for adequate power.
Runs without
moving material
1) Material meter at zero setting
2) Clogged, kinked, or pinched hose
stopping material flow.
3) Material blockage recurs.
4) Material blockage between blower
and airlock chamber.
5) Material continues to clog hose.
1) Adjust for proper flow.
2) Check hose by leaving only blower on;
clear flow passage.
3) Leave blower on continuously.
4) Take connector hose apart & purge
with blower on.
5) Adjust motors speed or material
meter.
Low Air Flow
1) Dirty filters.
2) Hose length longer than needed.
3) Improper airflow control set.
4) Seals in airlock (vane feeders)
leaking or making noise.
1) Clean filters by tapping; or replace.
2) Shorten hose to shortest usable
length.
3) Check control setting and re-set.
4) Remove old seals and replace with
new.
Remote will not
operate
1) Main power switch off.
2) Remote cord not plugged in.
3) Faulty cord.
4) Transformer burned out.
1) Check all settings & turn on.
2) Check connections & plug in.
3) Bypass remote cord, plug in & test at
machine; replace faulty part.
4) Bypass remote cord, switch on & test
at machine; replace faulty part.
5) Check remote cord to read 24 volts;
replace transformer.
Blower runs but
material feeder
does not
1) Drive motor thermal protector needs
to be re-set (after cooling).
2) Obstruction(s) in agitator hoper, or
in airlock.
3) Electrical connectors loose at
terminal block on panel edge.
4) Drive belt slipping.
1) Check rubber button on side of motor
box; reset (noticeable click).
2) UNPLUG MACHINE; then remove
obstruction(s) from inside.
3) Check wires from blower & motor;
tighten terminals.
4) Free belt of oil –set at proper tension.
Blower runs
slow & drive
motor will not
start
1) Chemical or temperature freeze in
airlock chamber.
2) Low voltage to machine.
3) Faulty generator.
1) Lubricate airlock with WD-40 –light
spray only *NEVER USE OIL*
2) Use 10-3 power cord and/or check
power supply; provide higher voltage.
3) Use 10-3 power cord and/or check
power supply; replace part.

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Accu1 Model 9118, Model 9218, Model 9400, Model 9500
Warranty
Manufacturer’s Accu1 9118, 9218, 9400 and 9500 blowing machines are sold with the
following (1) year Limited Warranty:
Manufacturer guarantees to the original purchaser that the machine is made of good and
durable materials and free from manufacturing defects at the time of shipment and to
remain free from defects for a period of one year (except for normal wear items such as
filters and seals which are explicitly excluded and the blower, motor and electrical
components which are guaranteed as noted below) from the date of the factory shipment
when operated under normal use and maintained in accordance with the Operators Manual.
This warranty is void if the machine is not so operated or used for blowing material other
than for which it was designed.
Manufacturer guarantees the blower, motor and the electrical components for a period of
ninety days from the date of factory shipment.
If the product fails under normal operating conditions within the warranty period, it will be
repaired or replaced at the sole discretion of the Manufacturer.
All shipment/delivery charges are the responsibility of the Purchaser.
Warranty claims are subject to inspection of the Manufacturer. If it is determined that the
machine was not maintained in accordance with the Operations Manual or that it was used
in a manner inconsistent with its designed use, the Manufacturer retains the right to void
the Warranty at its sole discursion.
This Warranty is provided by the Manufacturer; Accu1Direct, Inc. –138 Denslow Road East
Longmeadow, MA 01028 and is exclusive of any other warranty that may be available to the
Purchaser.
To activate this warranty, the following Warranty card must be returned to the
Manufacturer within 14 days from the date of purchase.

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WARRANTY CARD
Please complete and return within 10 days of purchase with a copy of receipt to validate your warranty
Name of Purchaser
Name of Company
Company Telephone
Company Address
City, State, Zip
Model
Serial
#
Date
Purchased
Where Purchased
Salesperson
Please circle your PRIMARY line of
business.
(Please circle all that apply)
How did you learn of our products?
(Please circle ONE )
What features most interested you?
(Please circle all that apply)
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Residential
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Ad
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Service Only Install Only
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Recommended by:
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