Ademco 1338 1339 Catch All Photelectric System

PROVED GENERAL PERFORMANCE INFORMATION: Photoelectric and 800 ft. The Nos. 1338 and 1339 Catch-All detectors with ra...

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PROVED

GENERAL

PERFORMANCE

INFORMATION: Photoelectric and 800 ft.

The Nos. 1338 and 1339 Catch-All detectors with ranges of 500 ft. of the Nos. 1338 and 1339 are:

I.

A transmitter complete standby battery.

2.

A receiver complete standby battery.

3.

Two low voltage

with

plug-in

with

Systems are.solid state intrusion respectively. The main components

Extend-A-Circuit,

alignment

test

post,

status

LED and rechargeable

status

LED and rechargeable

transformers.

The transmitter has terminals for protective circuit (Extend-A-Circuit) Circuit is separate from the main lead runs between the main control near the transmitter.

the

optional connection of a supplementary directly to the transmitter. The Extend-Acontrol’s protective loop and can avcid long and contacts on doors, windows, etc., located

When the system is properly aligned and all contacts in the Extend-A-Circuit (shown in Diagram I I are set, the transmitter’s beam wi I I be projected to the system’s receiver. Any interruption of the beam will trigger an alarm at the receiver. Alternatively, if either wire of the Extend-A-Ci.rcuit is opened or the two wires are shorted*together, the transmitter will stop functioning and this too will put the receiver in an alarm condition. Response from the Extend-A-Circuit is approximately 250 milliseconds, which is ample time for all but extremely fast acting (such as vibration) contacts. An LED in the transmitter of the Extend-A-Circuit. receiver and status of a test post is provided

indicates status of A.C. power to the transmitter and status An LED in the receiver indicates status of A.C. power to the the beam between the units. See Tables A and 6. In addition, in the receiver to assist in precise alignment of the beam.

hEcElvER:

STATUS INDICATIDN

AND

TNOUELESNOOllNQ &DE

cowomcw OR I STmDlLI FAST FLmllEs RLOW FLAmER

Table A

NONRlNORNAL) I cnEcx-UnT

I DN

iNTmRuPlEo

OR OFF

OFF

REAcnlluonEcavER

cu’

INlERRuPTm

OR OFF

WAN PAn4, AAKINNEM cnE~.FeRNER AuoAcRolmcE ,plEcll ALL OF Move

Table B

McCul loh Delay: The system is designed with a built-in delay-before reset feature so that it’may be used with a McCULLOH TRANSMITTER or slow-acting circuit.. Once tne receiver contacts operate, they reset only after a 5 second delay. The status indicator LED in the receiver responds without delay, however, to permit rapid testing of the’ system. 549 540

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I

~C’OC;AT.ION AND

%ENERAL

CONSIDERATIONS:

‘I;

‘Make certain that the span to be protected is not greater than 500 ft. will the No. 1338 or 800 ft. for the No. 1339. Check to make sure there no obstacles between the transmitter and receiver.

2.

‘Do not select incandescent

3.

‘Make sure that a 120 volt A.C. electrical locations of,the transmitter and receiver 24 pours a ,day. Make su.re that current to ‘by a switch or a circuit breaker when the

‘&.

The status LED’s in the transmitter and/or receiver will normally be OFF when ‘the units are unpacked., but occasionally one or both may be flashing. Such f I ash i ng may :be d i sregarded.

:H&jNf.f&

a location lights, or

for the receiver which f I uorescent I ights.

points

towards

for be

windows,

outlet is located near the mounting and has uninterrupted electricity these outlets is not interrupted premises is closed for the day.

TH.E TRANSMITTER:

%ainove the screw from the center of the cover of the transmitter. Grasp the rear hdtising on the top and bottom and hold the cover below the red infrared f.i’Iter. Pul I the cover away from the housing and place it in a safe location. Mount’the transmitter on a solid wall ‘Av0’i.d tduching both the mirror and the lens. Do not mount it on flimsy partitions ,approximateIy 24 to 30 inches f-rom the floor. On plaster or sheetrock walls, toggles ‘or wa.1 Is that are subject to vibration. ‘or some other type of anchoring devices should be used. LED INDICATOR .(SEE TABLE A)

.c--) \ .’

/

TRANSMllTER (COVER REMOVED)

GABS FOR NO. 1316 PULSED AIMING LIGHT (IF USED DURING ALIGNMENT) \ If not used, jump

BATTERY RETAINER-

EXTEND-A-CIRCUIT EACH LOOP: CURRENT: 2.5 MA (APPROX.) RESISTANCE: UP TO 300 OHMS (MAX. PERMISSIBLE) RESPONSE: 250 MILLISECONDS (APPROX.)

WIRING ,ENTR~S ARE AT _ ‘LOtEe LEFT REAR ‘COANER OF UNIT

‘N6.1320 XFMR ‘(%2 .V. AC) +tiUG INTO 24 HRTl120 V. AC OUTLET

\

f’

CLOSED CIRCUIT

IDiagram 1: TRANSMIlTER CONNECTIONS .(No. 1338 or ‘1339 System)

550 541

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AND/OR

OPEN CIRCUIT CONTACTS

,-\ !

)

PREPARING I.

THE

TRANSMITTER

FOR ALIGNMENT:

Wire the Extend-A-Circuit’as indicated in Diasram I. Up to 300 ohms resistance is permissible in each loop. If the Extend-A-Circuit is not used, make sure jumpers are connected from terminal 2 to 5 and terminals 3 to 4 (the unit comes with the jumper from terminal 3 to 4 in place and the jumper from terminal 5 not yet connected to terminal 2. Connect it to terminal 2 at this time). If Extend-A-Circuit is to be used, REMOVE the jumpers from terminals 2,3,4,5. Note:

For reference,, a wiring guide and each recc iver’s cover.

label

is

provided

inside

each

transmitter’s

2.

Locate a 120 volt A.C. outlet electricity 24 hours a day.

3.

Run two-conductor 22 AWG wire (Ademco No. 289) from the No. 1320 Transformer located at.the A.C. outlet to the transmitter. Do not plug in the transformer. Bring the wires through one of the slots located at the bottom and back of the transmitter. Connect the wires to terminals I and 2 of the transmitter (See Diagram I). Now plug in the transformer.

near

the

transmitter

which

has uninterrupted

The LED indicator on the transmitter should now be OFF. If it is ON or FLASHING see Table A and make corrections as indicated: (If Extend-A-Circuit is not used, make sure the jumpers are in place across terminals 2 and 5 and terminals 3 and 4. If Extend-A-Circuit is used, check to see that all devices in each loop are normal and the loops are not shorted. >

e

4.

Take the No. 1331 Alignment Reflector supplied with the No. 1326 Aiming Light Bracket. Fasten a 4” strip of double sided adhesive tape (A demco No. 440) to the top of the transmitter so that approximately 2” of the tape hangs over the Attach the a-l ignment froncr side facing the planned location of the receiver. of reflector to the tape. The reflector should now face the pl anned location the rece iver.

MOUNTING

THE

RECEIVER

:

Following the rules in the transmitter again on a vibration chosen location, the transmitter. Avoid touching both procedure. rABS FOR NO. 1316 PULSED AIMING LIGHT (IF, USED DURING ALIGNMENT) LED INDICATOR (SEE TABLE B). ;$$.fSED LOOPS No. 1320 XFMR (12 V. AC\ PLl 120

section above, mount the receiver approximately 8” higher free wall, the mirror and the lens during the

RECEIVER -(COVER REMOVED)

FINAL ALIGNMENT CONNECTIONS

~

COM 1 N.O. ‘*Iv N.C. h

I

/

14

1



NO. 22 GA. UP WIRING ENTRIES ARE AT COWER LEFi REAR CORNER OF UNIT

-TEST ------

IT

POST

551 Diagram 2: RECEIVER CONNECTIONS (No. 1338 411339 System) 542

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in its than mounting

PREPARING

THE

RECEIVER

FOR

ALIGNMENT: the receiver.which

I.

Locate a 120 volt A.C. outlet electricity 24 hours a day.

2.

Run two-conductor 22 AWG wire (Ademco No. 289) from the No. 1320 Transformer located at the A.C. outlet to the receiver. Do not plug in the transformer. Bring the wires throuqh one of the slots located at the bottom and back of the Feceiver. Connect-the wires to terminals 4 and 5 (ground screw) on the terminal strip. (See Diagram 2). Now plug in the transformer. The LED indicator on the receiver should now be OrJ, indicating AC is present, but the system is not. aligned.

3.

Connect the control’s protective strip as indicated in Diagram 2.

USING THE

AIMING

LIGHT

near

circuit

AND

wiring

to the

The No. 1326 Bracket has a special clip the top of the transmitter or receiver

on its housing.

back, designed (See Diagram

the it

to 3.1

“sandwich”

to

r

Diagram 3: AIMING Slide that

terminal

beam that is totally invisible. light should be used to align the describe the use of the No. 1312 1316 Pulsed Aiming Light is also

Transmitter or

No. 1326 Bracket (with”Sandwich” Clip)

I.

receiver’s

BRACKET:

The transmitter transmits a modulated light Because the beam cannot be seen, an aiming transmitter and receiver. These instructions Aiming Light and No. 1326 Bracket. The No. available (instructions accompany it).

No. 1312 Aiming Lig bt

has uninterrupted

bracket’s faces the aiming I ight.

Housing

LIGHT AND BRACKET “sandwich” transmitter. light

on the

clip

on the

bracket.

top

of

The bracket

the

receiver

housing

w 1 I I gri p the

bottom

so of

2.

Slide the the .aiming

3.

Turn the light on. Aim it at the transmitter so that the reflector glows. Leave the a.iming light in this position with the light on. It may be necessary to use a set screw to hold the light in place. A No. 6 Selftapping screw can be used for this purpose and should be threaded into the hole at the side of the bracket. (See$j$agram 3.) 543

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f-7

PRELIMINARY

ALIGNMENT

OF TRANSMITTER:

1.

Remove the

reflector

2.

Carefully move the mirror in the transmitter until the spot of light fal IS directly on the LED tube in the center of the target plate. The mirror can be moved left and right by grasping, its bracket on, the side. It can also be adjusted forward and backward by inserting a screwdriver in the slot behind the mirror on the bracket. By turning the screwdriver, the bracket and mirror will move.

and tape

from

the

transmitter

housing.

DIAMONDSHAPED SPOT

LED TUBE

Diagram 4: TARGET AREA: 3.

Now, from the side;look closely into the LED tube. You will notice two One spot is shaped like a diamond in spots on its face under the glass. the center of the tube. Move the mirror carefully so that the spot of light covers the center diamond shaped spot and not the other spot at the spot of’ edge. (See Diagram 4.1 It is extremely important that the bright light falls on the diamond spot an,d covers if completely.

4.

The transmitter

5.

Take the reflector bracket and tape mitter.

6.

Return to that they reflector

PRELIMINARY

is

now properly

and tape to the refLector

adjusted

and

is

aimed

at t he receiver.

the receiver. Remove the a i ming I ight and to the receiver so that it faces the trans-

the transmitter and mount the bracket and the a ming light face the receiver. Turn the light on so that the beam hits on the receiver and makes it glow. Go to the receiver.

ALIGNMENT

so the

OF RECEIVER:

I.

Move the mirror in the receiver in order to Remove the reflector and tape. get the spot of light in the hole located at the center of the white target. The mirror can be adjusted right and left by grasping the sides of,the bracket. It can be adjusted forward and backward by using a screwdriver inserted in the slot in the bracket located behind the mirror.

2.

If alignment has been done properly (and the transmitter’s is closed, the receiver’s red LED to the left of the lens the transmitter the recei.ver’s LED is on stead.i I y, realign

Extend-A-Circuit should be OFF. and receiver.

If

FINAL ADJUSTMENT: Precise adjustment of the system wi I I insure on target. It will also give added protection which can, in poorly aligned installations, 553 544

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that the invisible against unexpected cause false alarms.

beam is squarely wall vibrations

The system for final, I.

is equipped with precise alignment

a fine tuning as follows:

indication

circuit

which

At the’ receiver, connect a O-Z.5 Volt or O-IO Volt DC voltmeter multimeter (IO,GOO ohms per volt minimum) across the (+I test and (-1 terminal 5 as indicated in Diagram 2. Observe polarity!

should

be used

or post

rl

Note : The Ademco No. 235 Multitester is a 20,000 ohms per volt meter andcan be used as described here. Since the Ademco No. 435 Mu It i tester is a 2,000 ohms per volt meter, its voltage scales cannot be used here. The meter can be used, however, in conjunction with its ohms x 1000 scale. Connect to the same points indicated in Diaqram 2 (observe polarity) and ad,just to obtain a m’inimum deflection point-(lowest left hand reading) during the following step. 2.

Carefully adjust the mirror of the receiver (and transmitter,, if necessary) until a minimum reading is obtained on the meter. If the minimum reading “holds” for various positions of the receiver mirror, cover the receiver lens temporarily with the 75% Cut-off Tool supplied and again adjust the mirror(s) ,to obtain a minimum reading in the meter.

3.

When adjustment is complete, and with on the receiver’s lens, the receiver’s OFF. If the LED turns -ON, realignment requ i red.

4.

Remove the

meter

and Cut-off

Tool

the 75% Cut-off status indicator of the transmitter

when proper

Tool still in place, LED should remain and receiver Is

alignment

is obtained.

AFTER ALL WIRING AND FINAL ADJUSTMENTS HAVE BEEN*MADE, REMOVE THE AIMING LIGHT AND INSTALL THE COVERS ON BdTH THE’TRANSMITTER AND RECEIVER. MAKE CERTAIN NOT TO DISTURB THE ADJUSTMENT OF THE MIRRORS WHEN ATTACHING THE RECEIVER AND TRANSMITTER COVERS. THE RED LEDS INSIDE THE RECEIVER AND TRANSMITTER SHOULD REMAIN OFF. Note:

ALIGNMENT SHOULD BE CHECKED AT LEAST ANNUALLY TO INSURE CONTINUED PROPER PROTECTI’ON

S PECI FICATIONS (Each

transmitter

: or

receiver)

Physical:

Width: Height: Depth :

3 l/4” 5” 2 l/4”

Electrical:

l2V. AC from No. I320 Transformer. Caution: DO NOT OPERATE OTHER EQUIPMENT SIMULTANEOUSLY FROM THE. SAME TRANSFORMER. DAMAGE TO THE TRANSFORMER AND/OR EQUIPMENT COULD RES,ULT.

Standby:

Up to

I2 hours

( 8 cm) (I3 cm) ( 6 cm).

standby

power

is available

from

unit's

TO THE INSTALLER Regular is vital

maintenance by the installer to continuous satisfactory

and frequent testing by the user operation of any alarm system.

The installer should assume the responsibility of developing and offering a regular maintenance program to the user as well as acquainting the user with the proper operation and limitations of the alann system Reconwnendations must be included for a specific and its component parts. program of frequent testing to insure the system’s proper operation at all times.

P4918Vl

~PEV.A

r/r1

545

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cOpyti@~t0 lS60

Pl?-WAY

CORPORATION

built-In

battery.