a NAPCO"

ADVANCED ADAPTIVE TM PIA/MICROWAVE

TECHNOLOGY SENSOR

!INSTALLATION INSTRUCTIONS I

M7100STE,M7300STE

U.S PATENT NO. 5 . 33~.308

TABLE OF CONTENTS

GENERAL DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . 3 INSTALLATION ........................ . . .. 7 SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . • . . . . 3 FEATURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 ORDERING INFORMATION . . . . . . . . . . . . . . , . . • . 4 BASIC OPERATION . . . . . . . . . . . . . . . . . . . . . . • . . 4 PIA ZONE DIMENSIONS . . . . . . . . . . . . . . . . . . . . . . 5 DETECTION PATTERNS . . . ........ .. .. . • . .. . . 5 STANDARD LENS . . ...... . . . . . ... ... .. . .... 6

CHOOSING A SUITABLE LOCATION . . ... . . . . .. ... .. 7 MOUNTING THE SENSOR . . . . . . . . . . . . . . . . . . . . . 7 WIRING . . .. ... . ............. . . ..... . . . 8 ADJUSTING THE COVERAGE AREA . . ...... .. ... ... 9 TESTING THE COVERAGE AREA . . . . . . . . . . . . . . . • . . 11 COMPLETING THE INSTALLATION . . . .... . .... . . .. . 13 ADVANCED FEATURES .... . . . . . ..•. . .. .... ... 14 TROUBLESHOOTING GUIDE ..... .. .. .. . . .... . . . 16

© NAPCO 1996. All Right..c; Reserved

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Sales, Repairs & Technical Service (Toll Free) : (800) 645-9445 ~ Technical Service Direct Line (Toll Free): (800) 645-9440 ,,

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GENERAL DESCRIPTION SPECIFICATIONS General Coverage (with standard wide-angle lens): M7100STE, 40'x40'; M7300STE, 70'x60 '. Measured indoors at 20• C (58" F) , typical Operating Temperature: -10" to +50" C (14" to 122° F) Mounting: Wall or corner, 6' to 12' max. Output Relay: Normally Closed

Relay Time: Approximately 4 seconds Contact Ratings: lOOmA, 24Vdcwith internai10Q current-limiting resistor

Trouble: Open collector current sinking with 39Q current-limiting resistor, 20mAmax. Status Input*: System armed, <1.5V; system disarmed, >5V (internal pullup) . Self-Test Interval: 11- 16 hours. Power-Supply Requirements

Note: This unit is intended tor operation from a power source that provides battery backup in the event of a power failure. For UL installations, the backup battery must be fully recharged within 24 hours and provide 4 hours of standby operation .

Filtered De: 12Vdc Current Drain at 12Vdc: Idle, 37mA; Alarm, 40mA Microwave Frequency: X Band Physical Dimensions: 5.5"x3.25"x2.4" (HxWxD) (1 4x8.3x6.1cm) Shipping Weight: 1.01b (454gm) FEATURES • Microprocessor signal processing. • Power-up system diagnostic tests virtually all electronics. • Microwave and PIR self test. • Watchdog microprocessor supervision. e Microwave circuit supervision. • Dome of Protection for anti masking and anti blocking (selectable option)

with Range Control. · • Alarm Memory (with exit/en1ry delay tor use on exit/entry zones) . • Trouble Output • Automatic PIR operation on microwave failure .

*For UL installations, Status Input is to be connected only to a UL-Iisted control panel with a UL-tested Status line. 3

• Dual-element PIA sensor. • High-efficiency. d irt-resistant grooves-in lens with "lcoi(-dcwn'• beams. • Extensive RFI and EMI filtering ensure optimum immunity to false alarms. • Large lens area assures high PIR sensi1ivity. • Horizontal as well as vertical aiming cacabilities. • Selectable Microwave/PIA LED indication visible !rom virtually any angle,

extinguishable after testing . • Smali size: modern. unobtrusive design . • Silent operation . • Bracket-free corner or wall mountable . • Universal Swive t Bracket Kit available. ORDERING INFORMATION

SVLBKT Swive! Blacke! Kit

4

BASIC OPERATION This unit is a combination passive-inirared sensor and microwave sensor ,

both contained in a single package. The unl! wili go into alarm when both sensors detect intrusion at the same time.

The PIA section operates by detecting a rapid change in hnnperature when an intruder crosses a protected area When a boam experiences a change in heat (projected back through the lens). a pul~e is generated by the sensor element. The microwave transmitter sends out short burs:s of rf energy, and the receiver aete~s changes in the re:umed s:gnal caused by motion within Its coverage area.

The microwave section is unaffected by visible light, a!r drafts, or tempera­ture changes (as from soace heaters or air condit ioners, for elCamcHe), but is sensitive to motion . Stronc vibrations can be :roublesomc. Microwave signals may pass through non-metall ic walls and windows. Infrared is virtual ly unaffected by vibration , and will net penetrate walls or windows.

Thus the two technologies complement each other, and ft is the combina­tton ol '\he two that provides an inherent immunity to faise alarms. Dual technology is ideal for usa in i10stila environments. Since beth must trip to caLJSe an alarm, instaha!ion is easier and requires less discipl ine.

PIR ZONE DIMENSIONS Regardless of the lens patlern selected , or the number ot PIR beams

produced by the lens, the relative proportions of beam width , beam height, beam separation, and zone width always remain the same and are illustrated in Fig . 1. Note that beam and zone dimensions at any distance may be calculated by the following formulas. Beam Width "w" (in.) = Distance "d" (ft.) x 0.4 Beam Separation "s" (in.) = Distance "d" (ft.) x 0.4 Beam Height "h" = 2 x Beam Width "w" Zone Width "z" "' 3 x Beam Width ''w" Examples:

At 10', a zone is 8" high x 12" wide. At 30', a zone is 2' high x 3' wide.

Fig. 1. Relative Zone Proportions.

DETECTION PA !TERNS Figure 2illustrates maximum PIR and microwave detection patterns super­

imposed on each other. PIA detection patterns are adjustable, within limits, both vertically and horizontally (see ADJUSTING THE COVERAGE AREA for detailed adjustment procedures).

The microwave detection patterns shown are for tree space. In practice , when confined by walls and ceil ings, reflected waves tend to flood the area, providing voiumetric coverage . Furthermore, when used In long, narrow corridors, the effective range may be extended by as much as a factor of 2 due to the guiding effect that the corridor has on microwave energy. Microwave detection range is adjustable. Reducing range , however , will reduce all other dimensions proportionately. 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 srze of the insensitive area will increase as the mounting height in­creases (see Fig . 2b) . Nevertheless, it may be necessary to increase the mounting height in order to avoid an object that could obstruct the coverage pattern . See INSTALlATION: Reducing Insensitive Areas.

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STANDARD LENS The lens patterns illustrated are adjustable, within limits, both vertically and

horizontally (see ADJUSTMENTS: Aiming the Beams for detailed adjust­ment procedures). Settings can be quite critical. Examples shown herein are typical and will not apply to all cases. I>Jways test the coverage pattern after the unit is installed (see TESTING THE COVERAGE AREA).

The supplied lens will perform best in typical applications, thus it is factory installed. Following are its specifications. Zones: M7100STE. 15 (31ayers: 7!7/1 zones); M73DDSTE, 14 (3 layers: 7/6/1 ) Ma.ximum Coverage: M7100STE, 40'L x 40'W; M7300STE, 70'L x 60'W Field of View: 80" Recommended Mounting Height: 6 to 8' Minimum Mounting Height: 6' Maximum Mounting Height: 12'

Note: (1) Should the lens become heavily soiled , it may be cleaned using lukewarm water and a mild detergent. To dry, use a soft lint-free cloth or allow to air dry. (2) If the standard lens does not suit the application , select another available lens. Slightly loosen the lens clamping screws inside the trent cover and slide out the lens. Then slide in the replacement lens with grooved side facing inward, make the required adjustments and tighten the clamping screws just enough to secure the lens. Do not overtighten! 6

Fig . . 2a. M7100STE patterns (side views at 8 ' and 6' mounting heights).

SIDE PIR

VIEWS .. ~

OEAO___:t;.;:;o: ZONE

Fig. 2b. M7300STE patterns (side views at 8 ' and 6' mounting heights) .

INSTALLATION CHOOSING A SUITABLE LOCATION

The unit may be either wall mounted or comer mounted. Corner mounting is generally recommended as greater coverage may be obtained. Select a rigid surtace that is relatively free of vibration.

Positioned the sensor with respect to access doors or windows so that an intruder will pass across its field of view, not directly toward or away from it. Avoid areas containing 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. Note: The unit is shipped from the factory with Jumper J1 in the Alarm position.

In selecting mounting height, aiming, and range, also consider the follow­ing:

1. the size and shape of the area to be protected. In a large or irregularly­shaped area, the use of two or more units may be ·advisable tor volumetric coverage;

2.. tho PIR lens installed; 3. objects that may b lock detection ; 4. animals in the protected area; and

5. an intruder's likely path , usually determined by the location of a door or window. MOUNTING THE SENSOR

To remove the trent cover, Insert the blade of a screwdriver into the slot at the bottom of the rear case. Push in slightly to release the front cover, then pull it out at the bottom. (To replace ·the front cover, engage the two tabs at the top with the holes in the rear case and push in at- the bottom until it snaps into place.)

Remove the circuit board by taking out the captive screw. An array of knockouts is provided in the rear case to simplify wall mounting (3 holes) or corner mounting (4 holes) . Two additional. rectangular knock­outs permit cable entry atthe rear or at the bottom. Remove the plastic Fig. 3. Opening the Ca$e

7

knockouts using a knHe blade or other sharp implement. After the proper knockouts have been removed, the rear case may be used as a template to mark drill holes.

Note: (1) The wire-entry hole as well as any unused mounting holes must be sealed with the caulking material supplied .. (2) It mounting higher than 10 teet, it may be necessary to tilt the unit downward slightly tor proper microwave coverage , and to reset the Height Scale slightly for proper PIR coverage. WIRING

Remove the more convenient of the two cable knockouts (see MOUNTING THE SENSOR) to gain access to the terminal strip from the bottom or rear. Control panels with end-of-line-resistor supervision can accommodate Monitor 7300 sensors on only 4 wires. Non-end-of-line-resistor panels will require 6 wires. Refer to the Wiring Diagrams. Complete terminal-strip connections as follows:

Power {Terminals 1 [ +) and 2 H>. Apply 12Vdc to Terminals 1 [ +) and 2 [-].The power source may be regulated or unregulated. Power should be supplied from a control center Q t other power source equipped with a rechargeable batterv. backup to maintain operation in the event of a power failure. Check SPECIFICATIONS for complete power supply requirements.

8

JU"PER BLOCK J l

HEIGHT AO..USTUENT --llli---f':l LOC~ Sc:REW

MICROWAVE --!1!!---ooll AN1ENNA

1\LARM

D- 0- P RAI>:GE COt<ITROL

RANGE AOu\JST CONTROL HEIGKT SCALE

INDEX (IN REAR C~.SE)

WALK - TEST LE:D

Fig. 4. Circuit board layout.

Alarm Relay Contacts (Terminals 3 [NC} and 4 [COM}. This is a normal­ly-elosed relay with contact ratings of 100mA, 24Vdc. Either detection of an intruder or loss of power will cause the relay to trip. (Note that normally­closed contacts must be used in Ul installations.) Note: In units equipped with a Form-C relay, TerminalS is normally open [NO] .

Wiring to Terminals 6 and 7 are only required if using the special features of this unit. Refer to ADVANCED FEATURES and the Wiring Diagrams at the back .

Status Input (Terminal G). Connect to the Status terminal (Arm Lug) ofthe control panel. A low at Terminal 6 tells the sensor thatthe panel is armed.

Trouble (Terminal 7). This is an open-collector output that produces an active low to signal a trouble condition. ADJUSTING THE COVERAGE AREA Self Test

The self-test diagnostic simulates motion and tests the PIR sensor, amplifier and related circuitry; and the microwave transmitter, receiver, and associated 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 assure that the unit is always in operating order. At power-up, the LED will come 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 V2 minutes. 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

The Height Scale must be set to obtain the maximum recommended coverage . Remove the front cover. Note that the Height Scale is printed along the edge of the circuit board in the upper-right corner (see Fig. 4) . The scale calibrations represent sensor mounting height (6 to 12 teet) for the standard wide-angle lens only. To set, loosen the lock Screw shown in the illustration to slide the board up or down, and align the the index embossed into the rear case with the pointer on the scale representing the mounting height of the unit. Then tighten the lock Screw (do not overtighten!). Reducing lnsensi1ive Are.as

The insensitive area is a function of mounting height and Height-Scale setting . When used in a room or area that requires less range than the recommended maximum, the insensitive area may be substantially reduced by raising the circuit board , as previously described, to a Height-Scale setting higher than the actual sensor mounting height. Lateral Beam Adjustment

PIR beams have a limited horizontal adjustment range . Lateral beam

9

- INDEX

L~uGN~ ~

I

I rr- -

i I !

I

Fig. 5. Lens alignment notches in relation to top lens guide (index) .

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adjustment is effected by sliding the lens to the left or right within its guides. Beam::; may be displaced up to 6" in either direction (±V2 zone for the Standard Wide-Angle lens) using this method .

The left edge of the top lens guide functions as the index tor lens alignment. Figure 5 illustrates the relative positions of the index and lens alignment notches. To align a lens, proceed as follows. (Caution: To prevent soiling, handle the lens only with clean fingers.)

1. Check that lens is installed smooth side om, grooved side in. 2. To aim beams straight out, set Notch "B" to left edge of top lens guide. 3. To aim beams 6"to the right, set Notch "A" to left edge of top lens guide. 4. To aim beams 6" to the left, set Notch "C" to left edge of top lens guide.

Jumper Block The Jumper Block (see Fig. 6) is used to select

operating modes, as follows: PIR. PIRWa!k-Test Mode. LED indicates PIA

trips only. ALARM. LED indicates simultaneous PIA

and Microwave trips. MWAVE. Microwave Walk-Test Mode. LED

indicates microwave trips only. Fig. 6. Jumper block J1 .

LED DISABLE. Alarm LED Disabled. The alarm relay will operate only wi1h the LED DISABLE or the ALARM

jumper installed. Therefore, after testing, be sure to install the ALARM jumper for normal LED operation, or the LED DISABLE jumper, which prevents the LED from lighting on an alarm condition. Note: The LED DISABLE position is only recognized at power-up or when exiting any walk-test mode . See COMPLETING THE INSTALLATION: Disabling the LED. Range Adjustment

The microwave RANGE ADJUST control (see Fig. 4) shou ld be set at the minimum required to achieve the desired coverage . tt is set so 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.

All tests must be made with the front cover in place. 1. Remove the front cover and place the LED Jumper (see Fig . 4) in the

MWAVE position. 2. Set the RANGE CONTROL at mid position and walk-test the unit. 3. If the desired range was insufficient, advance the RANGE CONTROL

slightly and repeat the test as necessary, increasing the control each time , until motion is detected at the desired range, but not beyond. (If the desired

range was excessive, reduce the control slightly and repeat this step.) 4. Replace the LED Jumper in the ALARM position. NOTE: This is the proper setting of the control. Because the range of the

microwave detector is not limited by the confines of walls, windows or doors, further advancement of the control may result in detection of motion beyond the desired coverage area. 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 V'2-minute "settling" time to adjust itself to the surrounding temperature. After sufficient time has been allowed, proceed as follows.

Move your hand slowly across the lens to verify sensor operation. With the PIR jumper installed, the LED wlll light whenever a beam is disturbed. When the MWAVE jumper is installed, the LED will light as long as motion is detected. When the LED goes out, no motion is detected.

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Test1he range of 1he coverage. Install the PIR 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 MWAVE jumper installed. Repeat once again with the ALARM jumper installed . Confirm that the LED lights at the maximum desired range , but not beyond.

Zone Masking Selective zone masking may be required to deactivate a problem zone in

order to preserve reliable system operation. 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 Figs. 7 and 8) .

Fig. 7. Zone-masking toil (shaded area) applied to a lens segment to deactivate a

.__ _ _ _______ _,! problem zone. Also see Fig. 8. 12

Figure 8 illustrates the zone-masking toil supplied ; the letters in the diagram identify the lens segments to which the toil segments may be applied. Note that the foil must be accurately positioned so as not to affect adjacent zones. (Zone segments may be located by holding the lens up to the light.) Any oil or grease on the surface of the lens (or on your fingers) will reduce the adhesive quality of the foi l. Important: After the toil is properly applied, rub it down against the lens (using the tip of a ball-point pen, for example) to improve surface contact.

If necessary, re-aim and retestthe sensor after masking one or more zones.

!

" ' c b b

;-· -~--···~-

B !==JD § Fig. 8. Zone-masking foil segment iden·

tification (segments not Identified are not applicable to this model.

• a: top laye r, middle zone; use two for end zone . • b: bottom layer, middle zone (trim where required); use two for end zone.

COMPLETING THE INSTALLATION Either the ALARM jumper or the LED DISABLE jumper must be installed for

the alarm relay to operate. In the ALARM position, the LED will indicate a condition that would cause an alarm ifthe system were armed. To extinguish the Walk-Test LED after testing, remove the jumper and place it across the

LED DISABLE terminals. In this position, the LED is disabled during normal operation, but is enabled for alarm memory and diagnostic indications.

Disabling the LED. The LED Disable mode is recognized only at power-up or when exiting a walk-test mode. Therefore , to disable the LED, first install the LED DISABLE jumper, then remove the walk-test jumper.

NOTES

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ADVANCED FEATURES Dome of Protection (0-0..P)

The Dome of Protection is a short-range protected area (adjustable by the installer) immediately in front of the sensor that detects a person or object that enters this high-security area. An attempt to disable or vandalize the sensor or to block the lens, whether intentional (by sprays, paints, etc.) or unintentional (by careless placement of a skid of boxes that block the sensor, for example) will be detected by the dome. Violation of the Dome of Protection is displayed as a rapid LED flash ing and a trouble output on the trouble line.

Adjusting the Size of the Dome. The size of the dome is adjustable by means of a separate Range Control. When jumpers are installed in both the PIR and MWAVE positions, the LED will flash whenever motion is detected within the dome. Range is adjusted by the D-0-P Range Control from . 0 to about 4 feet. (The Dome of Protection is disabled when the D-0-P Range Con- Fig. 9. LED jumper placement trol is set fu lly counterclockwise .) for D-0-P testing. 14

Adjustment of the Dome of Protection should be made in accordance with the type of violation (the size of the object) that may be encountered, as its range is greater for larger objects. That is, to protect against tampering or vandalism, set the DOP Range Control using your hand to simulate the actions of an intruder. Or, to guard against blocking by large boxes, skids, etc., temporarily move a large object in front of the un it and note the distance at which the LED begins to flash. Set the control for the desired range . To prevent false Dome-of-Protection trips, adjust the DOP Range Control for the minimum setting required to detect the violation.

Note: After adjustment, be sure to return the jumpers to their respective posit ions as the unit is forced into an alarm condition in the Dome-of-Protec­tion adjustment mode.

Theory of Operation. To understand how the Dome of Protection operates, it must first be clear th at , even though the LED indicates entry into the dome, (a) violation of the dome does not immediately cause a trouble output; (b) the Dome of Protection cannot be reset for at least 5 seconds; and (c) the trouble .will be cancelled it the unit detects motion outside the dome by both technologies (veritying that the unit is operating); tf no motion is detected within 2 minutes, a trouble is output to the panel. This trouble may be reset by tripping the unit.

So long as motion is detected within the dome, a trouble will not be output. The intruder (whether it be the installer, a maintenance man , etc.) leaving the dome, will be detected by both technologies, cancelling the Dome-of· Protection trouble . If the intruder attempts to tamper with the unit or to defeat its function , as by masking or blocking the lens, he will not be detected by both technologies and a t rouble will be output within 2 minutes. Similarly, If a large object (such as a skid of boxes) is placed in front of the dome, a trouble will be output within 2 minutes.

CAUTION: The Dome of Protection may be used only where there is no possibility of disturbances in close proximity to the sensor (within the dome). Beware of such conditions as loose ceiling t iles, which could violate the dame without resetting it. In an environment such as this, the Dome of Protection should be disabled by reducing the D-0-P Range Control to MIN. Trouble Output

Terminal 5 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 . (In UL installations, connect only to a UL.-Iisted Control Unit Accessory having LED indication .) For remote trouble indication, connect an LED and resistor as shown in the Wiring Diagram. While troubles can report to a central station, local annunciation may be preferable in order to reduce telephone conges­tion and operati ng costs. Alarm Memory

Alarm memory will identify which oi several units operating on a common zone went into alarm. Connect the Status Terminal (Arm Lug) of the control panel to sensor Terminal 6. (The control panel must provide a low output when armed.) The LED of the sensor in alarm will flash on and off slowly (at a slower rate than that of a trouble indication). This feature includes a 45-second entry delay and a 45-second exit delay for use on exitientryzones. Alarm memory displays after the unit has been disarmed. The display will be cleared when the control panel is subsequently armed for more than 10 seconds.

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TROUBLESHOOTING GUIDE :

SYMPTOM PROBABLE CAUSE REMEDY

Rapid LED Rash Problem in circuitry or internal microprocessor Powerdown1or 5seconds. Power up again and wait memory malfunction. 1 t/2 minutes. If symptom persists, return for repair.

Unit holdmg loop in alarm Walk-Test Mode selected. Place jumper in Alarm or LED Disable position.

NOTES

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! wiRING TO A (!\)

I SINGLE SENSOR.

CONTROL PANEL

ZONE ( + )Pl -+----" ARM LUG(4) -+------'

DAISY-CHAIN WJRING, MUL 11PLE SENSORS.

I CONTROL ·PANEL I

(1 )

""""'

I ZONE ( + f'l -+1---'

ARM LUG( 4)

(7.)

NOTE: (1) WIRE POWER TO ALL SENSORS. (2) CONNECT TERMINAL 3 TO TERMINAL 7 ON ALL UNITS.

(3) ZONE (-) COMMON WITH. AUX POWER ( - ); NO ADDITIONAL ZONE WIRING REQUIRED. ( 4 ) GOES LOW ON ARMING.

(5) INSTALL E-0-L RESISTOR BETWEEN TERMINALS 2 & 4 OF LAST SENSOR IN CHAIN . (6) PROGRAM PANEL FOR "TROUBLE ON SHORT".

(7) IN ACCORDANCE \\HH UL REQUIREMENTS. AN ALARM WILL BE SENT ON A TROUBLE CONDITION WHILE ARMED.

Fig. 10. Typical wiring configuration utilizing status and trouble outputs (four wires ; for clarity, power not shown) . 17

CONTROL PANEL

1s t ZONE (+)(J)

ZONE (-) (COM )

2nd ZONE ( +) (3)

ARM LUG ( 4 )

~RING TO A SINGLE SENSOR

(2)

lj ·---N-0-T-ES-:--(1_)_~=-R-E~P~O~WE~R--TO--IT--RM~,I-N-A-LS~1-(-+~)~AN-D~2~( ---).~(27)~1-N~S~TA_L_L~T-W-O~E~--0~--L_R_E~S-IS-T~O~R=S~A~S~S~HO~WN~·~~~------------~ ( 3 ) 1s t ZONE IS USED TO SIGNAL AN ALARM CONDITION; 2nd ZONE IS USED FOR TROUBLE. PROGRAM 2nd ZONE AS A

DAY ZONE WITH A DAY-ZONE TROUBLE CODE. 00 NOT PROGRAM A BURGLARY OUTPUT FOR THE 2nd ZONE, AND PROGRAM A TROUBLE CODE (SAME' AS DAY- ZONE TROUBLE CODE) IN SIT AD OF AN ALARM CODE. ( 4) GOES LOW ON ARMING.

Fig . 11 . Alternate configuration utilizing status and trouble outputs (six wires; for clarity, power not shown). 18

NAPCO LIMITED WARRANTY NAPCO SECURITY SYSTEMS, INC. (NAPCO) warrants its products to be

tree 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 opera1e 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, subjecteo to acts of God, or on which any serial numbers have been a.ltered, 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, m ust 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. NAP CO shall have no obl igation 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, f ire o r 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.

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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 , dim inished 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: Despite frequent tes1ing , and due to, but not limited to, any or all of the following; criminal tampering, electrical or communications disrup­tion, it is possible for the system to tail to perform as expected. NAPCO does not represent that the product/system may not be compromised or circum· vented; 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 wil l 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 noUimited to, fleeing the premises and calling police or fire departmeni, in order to mitigate the possibilities of harm and/or damage.

N,O.PCO is not an insurer of either the property or safety of the user 's family or employees, and limits its liability for any loss o r 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 o r 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 .

WIB39 11/96