R
333 Bayview Avenue
Amityville, New York 11701
For Sales and Repairs, (800) 645-9445
For Technical Service, (800) 645-9440
Publicly traded on NASDAQ Symbol: NSSC
© NAPCO 2005
C-100 SAFARI
ADVANCED ADAPTIVE® PIR/MICROWAVE
TECHNOLOGY SENSOR
WEATHER SHIELD HOUSING & SWIVEL BRACKET
MOUNTING KIT
INSTALLATION INSTRUCTIONS
WI1352 1/05
SPECIFICATIONS
General Coverage
GENERAL DESCRIPTION
with standard wide-angle lens, measured in-
doors at 20°C (68° F), typical: 50’x40’
Note:
As with all thermal detectors, the range is dependent
on the difference between the target and the background. In
addition, range changes are more of a possibility because of
the large varying ambient temperature when the sensors are
used outdoors.
Operating Temperature
Mounting
Output Relay
Relay Time
Contact Ratings
: Wall only, 6’ to 10’ max.
: Form A, Normally-Closed
: Approximately 4 seconds
: 100mA, 24Vdc with internal 10Ω current-limiting
: -10° to +50° C (14° to 122° F)
resistor
Trouble
: Open collector current sinking with 39Ω current-limiting
resistor, 20mA max.
Status Input
Self-Test Interval
Power-Supply Requirements
Note:
*: Panel disarmed, >5V; armed, <1.5V.
: 11-16 hours.
:
This unit is intended for operation from a power source
that provides battery backup in the event of a power failure.
: 8-16Vdc
DC
Current Drain at 12Vdc
Microwave Frequency
name indicate the frequency. See table below).
Model Name Microwave Frequency (GHz)
C-100SAFARI52 10.525
C-100SAFARI58 10.587
C-100SAFARI99 9.900
Physical Dimensions
: Idle, 33mA; Alarm, 35mA
: X Band (The last 2 digits of product
: 4.5” x 2.5" x 1.7” (HxWxD) (11.4cm x
6.4cm x 4.3cm)
Shipping Wei ght
: 7oz. (198gm)
CE Required Statement
To meet Flammability Requirements, this unit is to be powered by
an agency-approved power supply meeting the requirements of
EN60950: 2000 clause 2.5 Limited Power Sources.
FEATURE S
Not all models are equipped with all features.
Note:
•
Microprocessor signal processing
Power-up system diagnostic tests virtually all electronics
•
•
Microwave and PIR self test
• Watchdog microprocessor supervision
Microwave circuit supervision
•
•
4-Pulse Mode for hostile environments
• Quick-Response Mode while disarmed
Trouble Output
•
•
Automatic PIR operation on microwave failure
• Dual-element PIR sensor
• High-efficiency, dirt-resistant grooves-in lens
Extensive RFI and EMI filtering ensure optimum immunity to
•
false alarms
• Large lens area assures high PIR sensitivity
• Horizontal as well as vertical aiming capabilities
Selectable Microwave/PIR LED indication visible from virtually
•
any angle, extinguishable after testing
• Small size; modern, unobtrusive design
• Silent operation
Swivel Bracket wall or electrical gang box mountable
•
ORDERING INFORMATION
C-100 Safari Long-Range Dual Technology Detector
SVLBKT Swivel Bracket Kit (Wall/ Gang Box Mounting)
SVL2 Swivel Bracket Kit (Wall Mounting Only)
LENS122 Safari Outdoor Lens (factory installed)
BASIC OPERATION
This unit is a combination passive-infrared sensor and microwave sensor, both contained in a single package. The unit will go
into alarm when both sensors detect intrusion at the same time.
The PIR section operates by detecting a rapid change in temperature when an intruder crosses a protected area. When a
beam experiences a change in heat (projected back through the
lens), a pulse is generated by the sensor element. The microwave transmitter sends out short bursts of RF energy, and the
receiver detects changes in the returned signal caused by motion
within its coverage area.
The microwave section is unaffected by visible light, air drafts,
or temperature changes (as from air conditioners, for example),
but is sensitive to motion. In contrast, infrared is virtually unaffected by vibration.
Thus the two complementary technologies provide an inherent
immunity to false alarms. Dual technology is ideal for use in hostile environments. Since both must trip simultaneously to cause
an alarm, installation is easier and requires less discipline.
TABLE OF CONTENTS
GENERAL DESCRIPTION ...........................................................................1
SPECIFICATIONS ..................................... ............................. ................... 1
FEATURES ..................................... ........................................................... 1
ORDERING INFORMATION ....................................................................1
BASIC OPERATION ..................................................................................1
DETECTION PATTERNS .........................................................................2
STANDARD LENS ....................................................................................2
INSTALLATION .............................................................................................2
CHOOSING A SUITABLE LOCATION .................................................... 2
WIRING ...................................................................................................... 2
TESTING THE COVERAGE AREA ......................................................... 3
COMPLETING THE INSTALLATION ....................................................... 3
ADVANCED FEATURES ..........................................................................3
MOUNTING ....................................................................................................4
SVLBKT SWIVEL BRACKET INSTALLATION ........................................4
SCREW TEMPLATE ................................................................................. 6
SVL2 SWIVEL BRACKET INSTALLATION .............................................7
NAPCO LIMITED WARRANTY ....................................................................8
*For UL installations, Status Input is to be connected only to a UL-listed control panel with a UL-tested Status line.
1
DETECTION PATTERNS
Figure 1 illustrates maximum PIR and microwave detection patterns superimposed on each other. PIR detection patterns are
adjustable, within limits, both vertically and horizontally.
Insensitive Areas
The insensitive area is that area directly beneath the unit within
which an intruder is undetectable. It is shown as a shaded area
in the side-view detection pattern that follows, and assumes that
an intruder will be at least 5’ tall and that the protected area is not
accessible by crawling or crouching. The size of the insensitive
area will increase as the mounting height increases (see Fig. 1,
side view).
STANDARD LENS
This model uses an improved standard wide-angle lens that
yields the 18-zone, 40-beam pattern illustrated in Fig. 1. The coverage pattern is adjustable, within limits, both vertically and horizontally. Stacked optical centers provide tall, dense beam pairs,
making beam aiming easier and less critical. Examples shown
herein are typical and will not apply to all cases. Always test the
coverage pattern after the unit is installed (see
COVERAGE AREA
).
TESTING THE
The supplied lens will perform best in typical applications, thus it
is factory installed. Following are its specifications.
Number of Zone s
Number of Beams
Maximum Coverage
Field of Vie w
Recommended Mounting Height
Minimum Mounting Height
Maximum Mounting Height
: 18 (3 layers: 9/5/4 zones)
: 40 (3 layers: 18/10/12)
: 50’ long x 40’ wide
: 85°
: 6' to 8’
: 6’
: 10’
Fig. 1. C-100 Safari Standard Wide-Angle Lens Pattern.
INSTALLATION
CHOOSING A SUITABLE LOCATION
Select a rigid surface that is relatively free of vibration. Position
the sensor with respect to access pathways so that an intruder
will pass across its field of view, not directly toward or away from
it. Avoid areas with moving objects (such as swaying bushes and
trees) or with devices that may pose a chronic problem to either
sensor. For the dual-technology feature to be truly effective in
rendering the unit free from false alarms, neither sensor should
detect intrusion under normal conditions.
shipped from the factory with Jumper J1 in the Alarm position.
Note:
The unit is
WIRING
Remove the wire entry hole (see
MOUNTING THE SENSOR
to gain access to the terminal strip. (Be sure to caulk around the
wires where they exit the case). Route wires to the terminal strip
as shown in Fig. 2 and connect as follows:
CORNER MOUNT HOLE
JUMPER BLOCK
INDEX NOTCH
HEIGHT SCALE
HEIGHT LOCK SCREW,
C-100STLRE
MICROWAVE CAVITY
PINOUT,
FORM-A
RELAY
*WHERE
EQUIPPED
NOTE: (1) NOT ALL TERMINALS AVAILABLE IN ALL VERSIONS. (2) NC WHEN SET.
1 2 3
+ −
POWER
Power (Terminals 1 [+] & 2 [-]).
5 6 4
NC
STATUS*
ALARM
Fig. 2. Circ uit board layout.
7 8
NC*
TO 24HR
ZONE
TROUBLE*
Apply 12VDC to Terminals 1
LED
CORNER MOUNT HOLE
MICROWAVE RANGE CONTROL
PIR SENSOR
HEIGHT LOCK SCREW, C-100STE
TAMPER TERMINALS
(TAMPER OPTIONAL)
WALL MOUNT HOLE
CORNER MOUNT HOLE
TAMPER
(OPTIONAL)
*WHEN SET
[+] and 2 [-]. The power source may be regulated or unregulated.
Power should be supplied from a control panel or other power
source equipped with a rechargeable battery backup to maintain
operation in the event of a power failure. Refer to
for power-supply requirements.
TIONS
SPECIFICA-
Alarm Relay Contacts (Terminals 3 & 4).
These contacts are
rated at 100mA, 24Vdc and are normally closed. When the sensor is operating, either detection of an intruder or loss of power
will cause the relay contacts to open.
Status and Trouble
(Where equipped)
Wiring to Terminals 5 (Status) and 6 (Trouble) are only required
if using the special features of this unit. Refer to
FEATURE S
Status Input (Terminal 5).
.
Connect to the Status terminal (Arm
ADVANCED
Lug) of the control panel. A low at Terminal 5 tells the sensor
that the panel is armed.
Trouble (Terminal 6).
This is an open-collector output that pro-
duces an active low to signal a trouble condition.
Self Test
The self-test diagnostic simulates motion and tests the PIR sen-
sor, amplifier and related PIR circuitry, the microwave transmitter, receiver, and associated microwave circuitry. This test is
initiated each time the unit is powered up and randomly at 11- to
16-hour intervals after the last alarm to ensure that the unit is
always in operating order. At power-up, the LED will turn on and
both the alarm and trouble outputs will be held “safe’. If the unit
is operating properly, the LED will extinguish after about 1 minute. However, if it fails the self test, the LED will flash rapidly,
indicating a need for service. After the LED goes out, indicating
a successful self-test, proceed as follows:
Setting the Height Scale
For fixed wall mounting (without a Swivel Bracket Kit), the circuit
)
2
board Height Scale can be adjusted to compensate for the
mounting height of the sensor, obtaining maximum coverage.
However, because the C-100 Safari itself is adjustable via a
Swivel Bracket Kit, there is no need to use the Height Scale to
compensate for its mounting height. Therefore, to optimize the
optical position of the sensor with respect to the lens, be sure the
circuit board is in its lowest position. Remove the front cover
(the Height scale is printed along the edge of the circuit board in
the upper-left corner). Loosen the Lock Screw (shown in Fig. 2),
and slide the circuit board down. Then tighten the Lock Screw
(
do not over-tig hten!
).
Jumper Block
The Jumper Block (see Fig. 3) is
used to select operating modes,
as follows:
. Install spare jumper for
LENS
Barrier Lens or Long-Range
Pet Alley Lens only.
. LED Disable. Install to dis-
LED
able LED Alarm indication only.
. PIR Walk-Test Mode. LED
PIR
LENS--
Fig. 3. Jumper block
PIR--
LED--
MW--
ALARM--
indicates PIR trips only.
ALARM
. Alarm, LED indicates simultaneous PIR and Micro-
wave trips.
. Microwave Walk-Test Mode. LED indicates microwave
MW
trips only.
The alarm relay will operate only with the LED jumper installed
or the ALARM jumper installed. Therefore, after testing, be sure
to replace the jumper in the ALARM position for normal LED operation, or in the LED position, which prevents the LED from lighting on an alarm condition.
Four-Pulse Mode
. This is the least-sensitive mode, recommended for hostile environments or areas with pets, where an
intruder must cross several beam pairs to trip an alarm. To lock
the unit into the 4-Pulse Mode while maintaining adaptive microwave operation, install both the PIR jumper and the MW jumper.
Microwave Range Adjustment
The microwave RANGE ADJUST control must be set to achieve
the desired coverage such that the Walk-Test LED lights when
motion is detected at the maximum desired range, but does not
light (motion is not detected) beyond the maximum desired range.
To adjust the desired coverage, use the following procedure:
1. Remove the front cover and install the MW jumper.
2. Set the RANGE ADJUST control at mid position and walktest the unit.
3. If the desired range was insufficient, advance the RANGE
ADJUST control slightly clockwise. Repeat the test as necessary, increasing the RANGE ADJUST control each time
until motion is detected at the desired range, but not beyond.
(If the desired range was excessive, reduce the RANGE ADJUST control slightly (counterclockwise) and repeat this
step).
Note:
Be sure to return the jumper to the ALARM or
LED position after adjustment.
TESTING THE COVERAGE AREA
After the unit has been mounted and set up, its coverage should
be tested and, if necessary, altered to accommodate local environmental conditions (within the coverage area). Satisfactory
checks may be made using the Walk-Test LED on the front of the
unit. It is recommended that the coverage area be tested at least
once a year.
Testing the Unit
Complete connections to the terminal strip (see WIRING). The
unit will require a 1-minute “settling” time to adjust itself to the surrounding temperature. After sufficient time has been allowed,
proceed as follows.
Test the range of the coverage
.
Install the PIR Walk-Test jumper and replace the front cover.
Walk out to the maximum determined coverage distance, then
walk across the field of coverage. The LED will remain lit as long
as motion is detected. Repeat this test with the microwave MW
Walk-Test jumper installed. Repeat once again with the ALARM
jumper installed. Confirm that the LED lights at the maximum
desired range,
but not beyon d
.
Zone Masking
A problem zone may be deactivated in order to preserve reliable system operation by zone masking the lens. Carefully apply
a piece of zone-masking foil (supplied) to the grooved inside surface of the lens segment representing the problem zone to block
signal from the offending device (refer to Fig. 4).
Fig. 4. Zone-masking foil (shaded
area) applied to a lens segment to
deactivate a problem zone.
COMPLETING THE INSTALLATION
Jumper J1 must be returned to either the Alarm position
(Terminals J1-4) or the LED Disable position (Terminals J1-2) for
the alarm relay to operate. In the Alarm position, the LED will indicate a condition that would cause an alarm if the system were
armed. To extinguish the Walk-Test LED after testing, remove
the LED Jumper and place across the LED Disable terminals. In
this position, the LED is disabled during normal operation, but is
enabled for alarm memory and diagnostic indications.
ADVANCED FEATURES (
Where available)
Trouble Output
Terminal 6 is an open collector Trouble output; a trouble condition
is indicated by an active low and is maintained. The trouble output may be wired to an unused zone at the panel for local display
at the keypad. While troubles can report to a central station, local
annunciation may be preferable in order to reduce telephone congestion and operating costs.
Quick Response Mode
If Terminal 5 is connected to the Status Terminal (Arm Lug) of the
control panel, the sensor will be inhibited from adapting and will
assume a quick response mode while the panel is disarmed
Note:
The control panels Status Terminal must provide a low
.
output when armed.
TROUBLESHOOTING GUIDE
SYMPTOM
Rapid LED Flash Problem in circuitry or
Unit holding loop in
alarm
PROBABLE CAUSE
internal microprocessor
memory malfunction.
Walk-Test Mode selected. Place jumper in Alarm or
REMEDY
Power down for 5 se conds.
Power up again and wait
1½ minutes. If symptom
persists, return for repair.
LED Disable position.
3
MOUNTING
The C-100 Safari Sensor can be mounted in either of two ways:
(
) On to a wall or electrical gang box using a SVLBKT Swivel
A
Bracket , or (B) On to a wall using a SVL2 Swivel Bracket.
Either method makes use of the same Weather Shield Housing,
which is a metal enclosure designed for protecting the Sensor
from a hostile outdoor environment. The C-100 Safari Sensor is
affixed inside this Weather Shield Housing, and sealed against
moisture with an O-Ring that is installed in the base of the sensor.
The images below display each type of assembled bracket, with
the Weather Shield Housing affixed.
(A): SVLBKT Swivel Bracket (above)
(B): SVL2 Swivel Bracket
Mounting hardware for either mounting method is pack-
Note:
aged separately. The hardware used for method "A" is included
in a clear plastic bag marked "A" and hardware for method "B"
is included in a clear plastic bag marked "B". First select a
mounting method for your application, and then be sure to select
the proper mounting hardware as necessary.
For the SVL2 assembly instructions (Section B), go to page 7.
For the SVLBKT assembly instructions (Section A), proceed as
follows:
A: OUTDOOR WEATHER SHIELD HOUSIN G &
SVLBKT SWIVEL BRACKET I NSTA LLA T ION
For Wall or Electrical Gang Box Mount ing
Wall Plate
Weather Shield
Housing
Ball Bracket
A: FINISHED ASSEMBLY (SVLBKT)
The SVLBKT Swivel Bracket is used to mount the spaceprotection unit into the weather shield. The SVLBKT bracket can
mount onto a single-gang box using the screws supplied, or it
may be mounted directly onto the wall using appropriate screws.
For mounting the SVLBKT, gather the following items:
(1) Wall Plate
(1) Ball Bracket
(2) Ball Halves
BAG "A" Containing:
(1) 6-32x5/8" Hex Head Thread Cutting Screw
(2) #6x5/16" Self-Tapping Screws
(2) 6-32x1/2" Oval Head Machine Screws
(1) 1/4" Box Wrench is supplied.
A third bag contains the O-Ring.
ASSEMBLY INSTRUCTIONS
1. Separate the front cover of the sensor from the rear sensor
housing.
2. Remove the PC board from the rear sensor housing.
3. Referring to the image, slip each Ball Half through the Ball
Bracket, then fit the two halves together.
4. Insert the tab on the Ball Bracket into the slot in the Wall
Plate. Then, install the 6-32x5/8" Hex Head Machine Screw
through the small hole in the Ball Bracket and into the Wall
Plate--
but DO NOT ti ghte n ful ly u ntil ai min g is com pl ete
.
DO NOT tighten
fully until aiming
is complete
5. Secure the Weather Shield Housing to the Ball Bracket as-
sembly using the two #6x5/16" Self-Tapping screws (see images on next page).
4
6. Pull about 6 inches of cable through the Wall Plate, the Ball
Bracket and the Weather Shield Housing. With Hex-Head
screw positioned above the Ball Bracket, attach the Wall
Plate to a single-gang box using the supplied oval-head 632x1/2" machine screws, or attach directly to the wall with
screws suitable for the mounting surface.
7. In the sensor base, punch out the four mounting holes (two at
the top; two at the bottom) corresponding to the mounting
holes in the Weather Shield Housing (see image below).
Punch
out here
Existing
wire entry
hole
Sensor Base
8.
Importan t:
Wrap the O-Ring around the perimeter of the
inside lip of the sensor base before installing the sensor base
into the Weather Shield Housing (see image above).
The O-Ring will create a watertight seal when the two halves
of the sensor are joined together in step 12.
9. Pull the cable through the existing wire-entry hole, then attach the sensor base to the Weather Shield Housing using
the four 6-32x1/4" Machine Phillips Pan Head Screws (see
next image).
Wrap the O-Ring
around the perimeter of
the inside lip of the
sensor base
attaching the sensor
base to the Weather
Shield Housing
before
10. Trim the wires so that approximately 4" enters the sensor
base and strip the insulation back about 1/4". Caulk the
wire opening using the supplied caulking compound, sealing
the hole where the wires enter the sensor base.
11. Connect wires to the circuit board terminals and replace the
circuit board, setting the Height Scale to the lowest setting.
Height Scale
12. Replace the front sensor cover and make the required coverage-pattern tests and adjustments. Use the supplied
wrench to loosen and tighten the Ball Bracket hex-head
screw between checks.
5
SCREW TEMPLATE (ACTUAL SIZES)
(A) 6-32x1/2" MACHINE SCREW OVAL HEAD (BAG "A")
(B) 6-32x5/8" HEX HEAD THREAD CUTTING SCREW (BAG "A")
(C) #6x5/16" SELF-TAPPING SCREW (BAG "A")
(D) #4x1/2 SELF-TAPPING PHILLIPS FLAT HEAD (BAG "B")
(E) 6-32x1/4" MACHINE PHILLIPS PAN HEAD
(A)
(B)
(C)
(D)
(E)
6
SVLBKT FINISHED ASSEMBLY SVL2 FINISHED ASSEMBLY
B: OUTDOOR WEATHER SHIELD HOUSING &
SVL2 SWIVE L B RA CKET INSTALLATION
For W all M oun ti ng Only
Weather Shield
Housing
Swivel Mount
Washer
Flat Head
Screw
Rear Sensor
Housing
FINISHED ASSEMBLY (SVL2)
SVL2 Swivel
Mount Bracket
The SVL2 Swivel Bracket is used to mount the spaceprotection unit into the weather shield. The SVL2 bracket can
be mounted directly onto the wall using appropriate screws.
For mounting the SVL2, Find the clear plastic bag marked
"Bag B" which contains the following items:
(1) #4x1/2" Phillips Flat Head Self-Tapping Screw
(1) Swivel Mount Washer
Find a third bag containing the O-Ring and the (4) 6-32x1/4"
Machine Phillips Pan Head Screws.
ASSEMBLY INSTRUCTIONS
1. Separate the front sensor cover from the rear sensor
base.
2. Remove the PC board from
the rear sensor base. In the
Punch
out here
sensor base, punch out the
four mounting holes (two at
the top; two at the bottom)
corresponding to the mounting holes in the Weather
Shield Housing. In addition,
punch out the top hole in the
sensor base as shown.
Existing
wire entry
hole
Sensor Base
3. Attach the Swivel Mount
Bracket to the wall according to
the specified mounting height.
Do NOT mount on ceil-
Note:
ings.
4. Place the sensor base into the Weather Shield Housing.
Importan t:
Wrap the O-Ring around the perimeter of the
inside lip of the sensor base
before
installing the sensor
base into the Weather Shield
Housing. The O-Ring will
create a watertight seal
when the two halves of the
sensor are joined together in
step 9. See image below.
5. Place the Swivel Mount
Washer on the inside of the
sensor base top hole.
6. Insert the Flat Head Screw
into Swivel Mount Washer,
Wrap the O-Ring
around the perimeter of
the inside lip of the
sensor base
attaching the sensor
base to the Weather
Shield Housing
before
Swivel Mount
Washer
through the hole in the sensor base, through the hole in
the Weather Shield Housing
and into the Swivel Mount Bracket. Adjust the unit and
tighten the Flat Head Screw when the desired angle is
obtained.
7. Pull the cable through
the existing wire-entry
hole, then attach the
rear case of the unit to
the Weather Shield
Housing using the four
#6-32x1/4" Phillips Pan
Head machine screws.
8. Trim the wires so that
approximately 4" enters
the case and strip the
insulation back about
1/4". Caulk the wire
opening using the supplied caulking compound, sealing the hole
where the wires enter
Attach rear case
using four 6-
32x1/4" Machine
Screws
the sensor base.
9. Replace the PC board inside the sensor base. Connect
wires to the circuit board terminals and replace the circuit
board, setting the Height Scale to the lowest setting. With
the O-Ring in place (installed in step 4), replace the front
sensor cover and make the required coverage-pattern
tests and adjustments.
7
NAPCO LIMITED WARRANTY
NAPCO SECURITY SYSTEMS, INC. (NAPCO) warrants its products to be free from manufacturing defects in materials and workmanship for thirty-six
months following the date of manufacture. NAPCO
will, within said period, at its option, repair or replace
any product failing to operate correctly without charge
to the original purchaser or user.
This warranty shall not apply to any equipment, or any
part thereof, which has been repaired by others, improperly installed, improperly used, abused, altered,
damaged, subjected to acts of God, or on which any
serial numbers have been altered, defaced or removed. Seller will not be responsible for any dismantling or reinstallation charges.
THERE ARE NO WARRANTIES, EXPRESS OR IMPLIED, WHICH EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. THERE IS NO EXPRESS OR IMPLIED WARRANTY OF MERCHANTABILITY OR A WARRANTY OF FITNESS FOR A
PARTICULAR PURPOSE. ADDITIONALLY, THIS
WARRANTY IS IN LIEU OF ALL OTHER OBLIGATIONS OR LIABILITIES ON THE PART OF NAPCO.
Any action for breach of warranty, including but not limited to any implied warranty of merchantability, must be
brought within the six months following the end of the
warranty period. IN NO CASE SHALL NAPCO BE LIABLE TO ANYONE FOR ANY CONSEQUENTIAL OR
INCIDENTAL DAMAGES FOR BREACH OF THIS OR
ANY OTHER WARRANTY, EXPRESS OR IMPLIED,
EVEN IF THE LOSS OR DAMAGE IS CAUSED BY
THE SELLER’S OWN NEGLIGENCE OR FAULT.
In case of defect, contact the security professional who
installed and maintains your security system. In order
to exercise the warranty, the product must be returned
by the security professional, shipping costs prepaid
and insured to NAPCO. After repair or replacement,
NAPCO assumes the cost of returning products under
warranty. NAPCO shall have no obligation under this
warranty, or otherwise, if the product has been repaired by others, improperly installed, improperly used,
abused, altered, damaged, subjected to accident, nuisance, flood, fire or acts of God, or on which any serial
numbers have been altered, defaced or removed.
NAPCO will not be responsible for any dismantling, reassembly or reinstallation charges.
This warranty contains the entire warranty. It Is the
sole warranty and any prior agreements or representations, whether oral or written, are either
merged herein or are expressly cancelled. NAPCO
neither assumes, nor authorizes any other person
purporting to act on its behalf to modify, to
change, or to assume for it, any other warranty or
liability concerning its products.
In no event shall NAPCO be liable for an amount in excess of NAPCO's original selling price of the product,
for any loss or damage, whether direct, indirect, incidental, consequential, or otherwise arising out of any
failure of the product. Seller’s warranty, as hereinabove set forth, shall not be enlarged, diminished or
affected by and no obligation or liability shall arise or
grow out of Seller’s rendering of technical advice or
service in connection with Buyer’s order of the goods
furnished hereunder.
NAPCO RECOMMENDS THAT THE ENTIRE SYSTEM BE COMPLETELY TESTED WEEKLY.
Warning:
limited to, any or all of the following; criminal tampering, electrical or communications disruption, it is possible for the system to fail to perform as expected.
NAPCO does not represent that the product/system
may not be compromised or circumvented; or that the
product or system will prevent any personal injury or
property loss by burglary, robbery, fire or otherwise;
nor that the product or system will in all cases provide
adequate warning or protection. A properly installed
and maintained alarm may only reduce risk of burglary,
robbery, fire or otherwise but it is not insurance or a
guarantee that these events will not occur. CONSEQUENTLY, SELLER SHALL HAVE NO LIABILITY
FOR ANY PERSONAL INJURY, PROPERTY DAMAGE, OR OTHER LOSS BASED ON A CLAIM THE
PRODUCT FAILED TO GIVE WARNING. Therefore,
the installer should in turn advise the consumer to take
any and all precautions for his or her safety including,
but not limited to, fleeing the premises and calling police or fire department, in order to mitigate the possibilities of harm and/or damage.
NAPCO is not an insurer of either the property or
safety of the user’s family or employees, and limits its
liability for any loss or damage including incidental or
consequential damages to NAPCO’s original selling
price of the product regardless of the cause of such
loss or damage.
Some states do not allow limitations on how long an
implied warranty lasts or do not allow the exclusion or
limitation of incidental or consequential damages, or
differentiate in their treatment of limitations of liability
for ordinary or gross negligence, so the above limitations or exclusions may not apply to you. This Warranty gives you specific legal rights and you may also
have other rights which vary from state to state.
Despite frequent testing, and due to, but not
8
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