Optex AX-250PLUS, AX-500PLUS Installation

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Page 1

PHOTOELECTRIC DETECTOR

AX-250PLUS, AX-500PLUS

< STANDARD >

Take care of the environment. This manual uses recycledpaper.

No. 59-1365-0 0608-07

INSTALLATION MANUAL

AX-350TF, AX-650TF

< 4 SELECTABLE BEAM FREQUENCIES >

Please read intsructions completely before beginning installation.

Photoelectric detectors detect intruders when both the upper and lower invisible infrared beams are simultaneously broken.

Maximum detection range between Transmitter and Receiver for the AX-250PLUS is 250ft. (75m), the AX-500PLUS is 500ft. (150m) and for the

AX-350TF is 350ft. (100m), the AX-650TF is 650ft. (200m)

• Beam interruption time adjustment

• Anti-Frost Structure

• Alignment level monitor jack

• Form C relay

• Tamper

• Option

• UL Listed

AX-350TF, AX-650TF ONLY

• LED indicator for ﬁne beam alignment level

• Selectable beam frequencies

• Re-Transmit Circuit

• D.Q.Circuit (Environmental Disqualiﬁcation)

• Alarm Memory

FEATURES

: This function allows you to select the suitable beam interruption time for any environment. : Prevents fog and condensation from blocking the beams. : Can easily obtain maximum optical alignment by checking the voltage from this jack. : Form C relay for more applications. : N.C., Opens when cover is removed. : Heating unit (HU-1), Back cover (BC-1) AX-Beam Tower (AX-BT)

: The optical alignment level can be checked at the Reciver. : Crosstalk is eliminated with 4, channel selectable, beam frequencies. Used when stacking beams

or for long range applications.

: The advantage of this method is the elimination of wiring, from a detector or switch, back to the

control panel.

: The environmental compensation circuit is designed to eliminate false alarms caused by snow,

fog, heavy rain, ice and misalignment.

For Safe Use of the Product

• Read this instruction manual carefully prior to installation.

• After reading, store this manual carefully in an easily accessible place for reference.

• This manual uses the following warning indications for correct use of the product and harm to you or other people and damage to your assets, which are described below. Be sure to understand the description before reading the rest of this manual.

WARNING

CAUTION

This symbol indicates prohibition. The speciﬁc prohibited action is provided in and/or around the ﬁguer.

This symbol requires an action or gives an instruction.

WARNING

CAUTION

Failure to follow the instructions provided with this indication and improper handling may cause death or serious injury.

Failure to follow the instructions provided with this indication and improper handling may cause injury and / or property damage.

Do not use the product for purposes other than the detection of moving objects such as people and vehicles. Do not use the product to activate a shutter, etc., which may cause an accident.

Do not touch the unit base or power terminals of the product with a wet hand (do not touch when the product is wet with rain, etc.). It may cause electric shock.

Never attempt to disassemble or repair the product. It may cause ﬁre or damage to the devices.

Do not exceed the voltage or current rating speciﬁed for any of the terminals during installation, doing so may cause ﬁre or damage to the devices.

Do not pour water over the product with a bucket, hose, etc. The water may enter, which may cause damage to the devices.

Clean and check the product periodically for safe use. If any problem is found, do not attempt to use the product as it is and have the product repaired by a professional engineer or electrician.

C O N T E N T S

1.PARTS IDENTIFICATION ····································· P2

2.PRECAUTIONS ····················································· P2

3.INSTALLATION METHOD ···································· P3

4.AX-250/500PLUS 4-1.TERMINAL ······················································ P4 4-2.WIRING ··························································· P4 4-3.OPTICAL ALIGNMENT ·································· P5

5.AX-350/650TF 5-1.TERMINAL ······················································ P6 5-2.WIRING ··························································· P6 5-3.OPTICAL ALIGNMENT ·································· P7

6.BEAM INTERRUPTION

TIME ADJUSTMENT ············································ P8

7.AX-350/650TF 7-1.SELECTABLE BEAM FREQUENCIES ·········· P8 7-2.ALARM MEMORY ·········································· P8 7-3.DQ CIRCUIT ··················································· P9 7-4.RE-TRANSMITTING CIRCUIT ······················· P9

8.SPECIFICATIONS ··············································· P10

9.DIMENSIONS ······················································ P10

10.TROUBLE SHOOTING CHECK SHEET ············································ P11,P12

Page 2

1. PARTS IDENTIFICATION

(AX-350/650TF only)

(AX-350/650TF Receiver only)

(AX-350/650TF only)

2. PRECAUTIONS

2. Do not install the unit where objects moved by the wind such as plants and laundry, which may block the beam.

1. Mount unit only on a solid surface.

3. Prevent direct sunlight from entering into internal receiver.

5. Avoid aerial wiring.

4. A different type of beam should not reach the receiver.

receiver

transmitter

(other model)

transmitter

6. Do not install the unit on unsteady surfaces.

7. Mount the units more than 1m away from the wall or fence.

STANDARD ACCESSORIES

○

Screws (4×20 Self tapping)×8

○

Screws (M4×30)×8

○

U-Shaped brackets ×4

○

Beam Blocking Tool

×2

3.3 ft. (1m)

Page 3

3. INSTALLATION METHOD

a. General

Detection range and installation height.

Maximum distances between Receiver and Transmitter are listed below.

AX-250PLUS = 250ft (75m) Max AX-500PLUS = 500ft (150m) Max AX-350TF = 350ft (100m) Max AX-650TF = 650ft (200m) Max

and the installation height should be at 27"~40". (0.7~1m)

Alignment angle

b. Installation Method

Lossen the cover lock screw and remove the front cover. And loosen the unit base mounting screw and remove mounting plate by sliding it down against the unit base.

well mounting

Pole mounting

Two unit installation (back to back)

Pole mounting

* Pole size should be as follews: 1 3/8"~1 7/8" O.D (Ф34~Ф48mm)

(Standard U.S. 1 1/4" or 1 1/2" pipe.)

* The length of the wiring cable out of the pole should be within 20

inches (60cm).

* Face transmitter and receiver towards each other when pole mounting.

NOTE

Pull out the wire through the wirin g ho le on t he m ounting plate and attac h the plate to the well with the screw.

* C on ne ct wi re to t he te rm in al s

(See Sec. 4-1, 5-1 "Terminal").

Pla ce U- Sh ap e br ac ke ts at the top of the p ole . An d pull out the wire t hrough the wirin g ho le og t he M ounting pl ate , a ttac h th e mo ut ing plate to the U-Shape bracket with screw.

* A fter c hecking opt ica l a lig nmen t

and operation check (See Sec. 4

-3 , 5 -3 O PTICAL ALI GN MEN T), re pl ac e th e co ve r, an d fa st en the lock screw tightly.

Fix two U-shape brackets in la yer s o n a pol e, two uni ts can be installed back to back on a pole at the same height.

Pole Mount Back Cover Electric Box Mounting

For connections to single gang electric boxes, follow intructions for wall mounting.

Conduit Installtion

Conduit can be installed directly into the bottom of the unit by removihg the knockout on the bottom of the cover.

Page 4

4. AX-250/500PLUS

4-1. TERMINAL

Receiver Transmitter

Wiring Distance

Wh en using two or more units on one wire , the max imum le ngth is obt ained by divid ing the wire len gth lis ted bel ow by the number of units used. Power wires should not exceed the following length.

MODEL AX-250/500PLUS

WIRE SIZE 12V DC 24V DC

AWG22 (0.33mm

AWG20 (0.52mm

AWG18 (0.83mm

AWG16 (1.31mm

UL requires AX-250PLUS/500PLUS to be connected to a UL listed power supply capable of providing a norminal input of 12VDC, (10.5~30VDC) 50mA and battery standby time of 4 hours.

) 1300' (400m) 7500' (2300m)

) 2000' (600m) 12000' (3600m)

) 3300' (1000m) 19000' (5800m)

) 5000' (1500m) 30000' (9200m)

4-2. WIRING

1 Set 2 Set in the line

WARNING

Do not exceed the voltage or current rating speciﬁed for any of the terminals during installation, doing so might cause ﬁre or damage to the devices.

Page 5

4-3. OPTICAL ALIGNMENT

When using two or more units on wire, the maximum length is obtained by dividing the maximum wire length listed below of units used.

Power wires should not exceed the following lengths.

STEP1

Looking through the view ﬁnder, locate the other detector in the center of the sights by adjusting vertically and horizontally.

STEP2

Connect the volt-meter to monitor jack input on Receiver's (+) and (-), then ﬁne tune optical alignment.

Rough alignment by view ﬁnder

Upper Mirror Fine Adjustment

Adjust the optical alignment for Transmitter and Receiver one at a time.

Put the attached "Beam Blocking Tool" on the lower mirror of both the transmitter and the Receiver.

Looking through the view ﬁnder, locate the other detector in the center of the sights by adjusting vertically and horizontally.

Vertical Adjustment

Vertical Alignment

Adjust the vertical alignment screw to obtain the maximum voltage from the monitor jack.

Horizontal Adjustment

Screw

Adjust the vertical alignment screw to obtain the maximum voltage from the monitor jack.

STEP3

Check the voltage using the monitor jack and make any ﬁne adjustments the lower mirror.

STEP4

Lower Mirror Fine Adjustment

Final checking after removing the “Beam Blocking Tool” from the mirror.

Secondly, adjust the lower morrors.

After the ﬁnal adjustment are made on the upper mirrors carefully without moving morror remove "Beam Blocking Tool" from the lower mirrors and place them on the upper mirrors of both the Transmitter and Receiver.

Be carefull when removing the "Beam Blocking Tool" from the mirror-Don't move mirrors.

Carefully remove the "Beam Blocking Tool" from the upper mirror of both Transmitter and Receiver also check the voltage from the monitor jack again.

Then check again that the voltage from monitor jack is more than about 5.0V. if not, adjust the optical alignment again.

After the vertical and horizontal adjustment are made, recheck the voltage from monitor jack is over 5.0V. If not, adjust the optical alignment again.

SENSITIVITY CHART

ALIGNMENT LEVEL

MONITOR JACK OUTPUT

optical Alignment for Indoor Use obtain maximum voltage from the monitor jack, at least more than 2.2V

Realign Fair GOOD

0V 2.0V 3.5V 5.0V

EXCELLENT

Conﬁrmation

Action

Check that the operation indicator (“ALARM CONDITION” LED) light is OFF.

If the indicator light is ON even though the beams are not blocked, re-adjust the optical alignment and check

wiring. (See sec. 4-3)

After alignment is achiened and the units work properly, conduct a walk test at a minimum of three points.

In front of the Transmitter. In front of the Receiver. At the middle point between Transmitter and Receiver.

Page 6

5. AX-350/650TF

5-1. TERMINAL

Receiver Transmitter

CAUTION : Make sure to connect the jumper (U-shaped connector), when not

using the retransimitting circuit. If the jumper is not connected, the Transmitter will not transmit beam (Alarm condition).

Wiring Distance

When using two or mo re unit s on one wire, the max imum le ngth is obtain ed by div iding the wire length listed below by the number of units used. Power wires should not exceed the following length.

MODEL AX-350/650TF

WIRE SIZE 12V DC 24V DC

AWG22 (0.33mm

AWG20 (0.52mm

AWG18 (0.83mm

AWG16 (1.31mm

UL requires AX-350TF/AX-650TF to be connected to a UL listed power supply capable of providing a norminal input of 12VDC, (10.5~30VDC) 75mA and battery standby time of 4 hours.

) 980' (300m) 4700' (1400m)

) 1500' (470m) 7400' (2250m)

) 2450' (750m) 11800' (3600m)

) 3900' (1150m) 18700' (5700m)

WARNING

Do not exceed the voltage or current rating speciﬁed for any of the terminals during installation, doing so might cause ﬁre or damage to the devices.

5-2. WIRING

1 Set

2 Set in the line

2 Sets Stacking

DQ and ALARM MEMORY

Page 7

5-3. OPTICAL ALIGNMENT

When using two or more units on wire, the maximum length is obtainted by dividing the maximum wire length listed below of units used.

Power wires should not exceed the following lengths.

STEP1

Select the beam frequencies switch.

STEP2

Looking into view ﬁnder of the Transmitter, and adjustment the lens holizontally and vertically, so that the Receiver can be seen in the center of the sight.

STEP3

Beam Frequencies Selection

Horizontal & Vertical Adjustment

○ Match the frequency settings. (See Sec. 7-1 SELECTABLE BEAM

FREQUENCIES.)

○ When stacking beams or installing more than one set in the same area.

HORIZONTAL ADJUSTMENT

Turn mirror base by hand to obtain the highest alignment level. Make ﬁne adjustment by turning "Fine Adjustment Screw".

ADJUST THE UPPER MIRROR

VERTICAL ADJUSTMENT

Turn vertical adjustment asrew to get highest level

ADJUST THE LOWER MIRROR

Looking into the view ﬁnder of Receiver and make ﬁne adjustments horizontaly and vertically.

STEP4

After adjusting with the LED indicators, check the voltage at the monitor jack output using your meter. This will insure proper beam alignment.

LED INDICATION

Checking From The Monitor Jack

After the ﬁnal adjustments are made on the upper mirrors, carefully (do not move mirror) remove the

Attach the "Beam Blocking Tool" to the lower mirror on both the transmitter and receiver. Adjust the upper mirror. "Excel" reading on the LED indicator is sufﬁcient.

The alignment level indicators have 5 LEDs, each LED represents the level of alignment, ranging from poor to excellent (See illus.) Each LED will indicate 3 steps of alignemt, slow ﬂicker = okay, fast ﬁcker = better, continuously on = best Providing 15 graduated stages.

ALARM CONDITION LED ON: ALARM CONDITION OFF: RECEIVING BEAM OR POWER IS NOT SUPPLIED. ALARM MEMORY DQ

Conﬁrm the beam alignment level by setting your volt-meter to the 5~10V DC range, cover either the upper or lower beam and compare the voltage reading with the following chart.

5~10V DC RANGE

Connect the volt-meter probes (+) to monitor jack (+), and voltmeter probes (-) to monitor jack (-).

Set the volt-meter range to 5~10 VDC.

Optical Alignment for Indoor Use

Obtain maximum voltage from the monitor jack, at least more than 3.4V

shieldinh tools from the lower mirrors and place them on the upper mirrors of both the transmitter and receiver. Make the horizontal and vertical adjustments to the lower mirrors. "Excel" reading on the indicator is sufﬁcient.

Check the alignment levels of the upper and lower beams separate from one another and ensure that both reach excellent as stated in the chart.

ALIGNMENT

LEVEL

MONITOR

JACK

OUTPUT

SENSITIVITY CHART

Realign Fair GOOD

0V 2.0V 3.5V 5.5V

EXCELLENT

Conﬁrmation

Action

Check that the operation indicator (“ALARM CONDITION” LED) light is OFF.

If the indicator light is ON even thought the beams are not blocked re-adjust the optical alignment and check wiring. (See sec. 5-3)

After alignment is achiened and the units work properly, conduct a walk test at a minimum of three points.

In front of the Transmitter. In front of the Receiver. At the middle point between Transmitter and Receiver.

Page 8

6. BEAM INTERRUPTION TIME ADJUSTMENT

200

350

100

(m/sec)

500

The beam interruption time adjustment is on Receiver unit. This function allows you to match the units sensitivity ti its surroundings. Slower steeings

reduce sensiticity.

Interruption

time 50ms 1:OFF, 2:OFF

100ms 1:OFF, 2:ON

Switches

Running (2.4m/s)

Jogging (1.2m/s)

Walking (0.5m/s)

Slow movement

(0.3m/s)

250ms 1:ON, 2:OFF

1 2

500ms 1:ON, 2:ON

[AX-250/500PLUS] [AX-350/650TF]

Selection Dip SwitchAdjustment Volume

50msec 100msec 250msec 500msec

CAUTION :

• Speeds shown above are the maximum detectable speeds for each setting. Faster speeds will not be detected. Where birds, newspapers or ﬂying debris can occasionally interrupt the beam, adjust setting to a slower speed (longer interruption period.)

• Beam interruption times exceeding 70 msec do not comply with the requirements in UL639. Intrusion Detection Units.

7. AX-350/650TF

7-1. SELECTABLE BEAM FREQUENCIES

BEAM FREQUENCY SELECT SWITCH

1 2 3 4

The selectable beam frequencies can be used to avoid unwanted crosstalk that can occur when using multiple photobeams for long distance or beam stacking applications.

• To select between 4 separate beam frequencies, use the switch provided.

• Make sure the receiver and transmitter that are facing each other are set to the same code.

IMPORTANT Always switch the frequencies TWO channels apart when stacking units on top of one another (See following example).

2 beam stacking

Long distance

7-2. ALARM MEMORY

The upper unit is set on channel 1 while the lower is on channel 3, channel 2 and 4 could have also been used.

2 beam long distance stacking

Perimeter protection

receiver(Ch1)

receiver(Ch3)

transmitter(Ch1)

transmitter(Ch3)

receiver(Ch3)

receiver(Ch1)

transmitter(Ch1)

transmitter(Ch2)

transmitter(Ch4)

receiver(Ch1)

receiver(Ch3)

transmitter(Ch1)

transmitter(Ch3)

receiver(Ch2)

receiver(Ch4)

receiver(Ch2)

receiver(Ch4)

transmitter(Ch1)

transmitter(Ch3)

transmitter(Ch2)

transmitter(Ch4)

receiver(Ch1)

receiver(Ch3)

1. Wiring

Connect control voltage signal terminal (System arming status voltage output terminal) of control panel to A.M.terminal.

Model AX-350TF, AX-650TF

Type NEGATIVE

A.M.Select Switch Position

System armed 0~1VDC(grounded) OPEN or + 5~30VDC

System disarmed OPEN or + 5~30VDC 0~1VDC(grounded)

2. Operation of Alarm Memory

If the units is triggered during an armed period, when the system is disarmed, its LED will remain lit to conﬁrm that it reported the alarm.

• Alarm Memory will not latch while system is disarmed.

• LED operation and alarm output are not affected by alarm memory when system is armed.

3. Reset

Alarm memory resets automatically when system is re-armed.

• Optical, compatible control panel required.

POSITIVE

Page 9

7-3. DQ CIRCUIT (ENVIRONMENTAL DISQUALIFICATION)

D.Q. will send a trouble signal when the beam strength is below an acceptable level due to heavy fog, rain, snow or other changes in

the installation site. The trouble signal output continues as long as the beam strength is below an acceptable level. It will reset when the

environmental conditions clear.

EXAMPLE

A. Trouble Output + Alarm Output

B. Bypasses Alarm

C. Bypasses Alarm + Trouble Output

NOTE : If the control panel's input terminals have the same common, the alarm output, sleep and trouble output can be triggered simultaneously.

7-4. RE-TRANSMITTING CIRCUIT

• The advantage of this method is elimination of wiring from a detector or switch, back to the control panel.

• Remove the jumper (U shaped connector) from the transmitter's alarm input terminals (

CAUTION

◦Make sure you connect the jumper (U shaped connector) when the retransmitting circuit is not in use.

◦Output of the detector or switch must be N.C. (N.O. is not acceptable.)

) and connect the N.C. output of the detector or switch.

Page 10

8. SPECIFICATIONS

MODEL AX-250PLUS AX-500PLUS AX-350TF AX-650TF

Detection Method Infrared Photoelectric

Range

Maximum Arrival Distance 2500ft(750m) 5000ft(1500m) 3500ft(1000m) 6500ft(2000m)

Beam Characteristics Pulsed Infrared

Selectable Beam Frequency

Interruption Period 50~500 msec (Selectable) 50, 100, 250, 500 msec (4steps)

Power Input 10.5~30VDC

Current Draw (transmitter + receiver)

Alarm Period 2sec(±1) nominal

Alarm Output Form C Relay (28VDC 0.2A max)

Tamper Switch

Operating Temperature -13°F~131°F (-25°C~+55°C) -30°F~140°F (-35°C~+60°C)

Environment Humidity 95% max

Alignment Angle ±10° Vertical, ±90° Horizontal

Alarm Memory

Environmental Disqualiﬁcation Circuit

Mounting Wall or Pole

Weatherproof IP54

Weight 95.2 oz (2700g) Transmitter and Receiver 97.0 oz (2750g) Transmitter and Receiver

Speciﬁcations and design are subject to change without prior notice.

Outdoor 250ft(75m) 500ft(150m) 350ft(100m) 650ft(200m)

Indoor 500ft(150m) 1000ft(300m) 700ft(200m) 1300ft(400m)

—

Normal operation 60 mA max

Normal operation 50 mA max

T:22mA+R:28mA

N.C. opens when cover is removed (RECEIVER only) N.C. opens when cover is removed

—

T:11mA+R:49mA

During optical alignment 78 mA max

T:11mA+R:67mA

LED indicates memory status.

Selectable Negative & Positive

Form C relay operates when beam energy has been

gradually reduced to abnormal level.

4 channel

Normal operation 62 mA max

T:13mA+R:49mA

During optical alignment 80 mA max

T:13mA+R:67mA

9. DIMENSIONS

Page 11

10. TROUBLE SHOOTING CHECK SHEET for AX-250PLUS/500PLUS/350TF/650TF

1. “No Action” on the TRANSMITTER or RECEIVER after power has been applied.

Disconnect power cable from the power supply and the Photoelectric beam and test for short or open circuit. Also test for

Check to see that power cables are properly connected and polarity is correct.

Correct terminal connection and/or polarity.

OK OK

Check to see that input power is within the product's requirements. AX-250PLUS/500PLUS:10.5-30VDC AX-350TF/650TF:10.5-30VDC

Does the power supply output more than 12VDC?

YES

Call Technical Support.

There is a possibility that the power line has been cut.

Remove the power wires from Power supply's output terminals. Measure the voltage. Does the power now satisfy the requirement?

2. “No Action” on alarm zone even though the beams are completely blocked.

short circuit to ground. Repair as required.

Power cables may be too long for the gauge being used. This will cause the voltage to drop. Use heavier cable or use additional power supplies closer to the farthest units. If you are unsure of the proper wire gauge, call Technical Support.

YES

The power line is short circuited or grounded. Repair as required.

The power supply may be malfunctioning, repair is required, or call power supply manufacturer.

Alarm Indicator LED lights but control panel does not recognize the alarm signal.

When the RECEIVER'S cover is removed and the beams are blocked, the Alarm Indicator LED does not light.

Remove the alarm circuit wires from the RECEIVER. Check the action of the alarm output relay. Does the relay open when the LED Indicator activates?

If the beam is interrupted at a location far from the RECEIVER, no alarm signal is generated, but when the beam is interrupted at a location near the RECEIVER, an alarm signal generated.

The RECEIVER may be affected by other beam TRANSMITTERS, or the beams are being reﬂected off of a shiny surface.

Remove the alarm circuit wire from the RECEIVER, and check for short circuits on the wires.

Call Technical Support.

Are there any other outdoor beams near the installation site?

Check other items.

Are there any surface between the TRANSMITTER and RECEIVER that are reﬂecting the beam?

Is the control panel zone's “Loop Response Time" set to within 1 second?

Re-wiring of the alarm circuit wire is required. Replace or repair as necessary

YES

Remove power from all other TRANSMITTERS and conduct walk test.

Does the Photoelectric Beam work properly?

Check other items.

YES

Adjust vertical and/or horizontal alignment in order to move the IR energy off the reﬂective surface. Monitor the beam strength (Monitor Jack) while adjusting beam to insure stable alignment.

The control panel may be malfunctioning, call the control panel manufacturer.

Re-program the Zone's “Loop Response Time" appropriately.

“Change the lay-out of the beams or call Technical Support for further advice."

AX-250PLUS/500PLUS

YES

Which AX is used?

AX-350TF/650TF

If AX-350TF/AX-650TF beams are used at the installation site, select different “Frequency Channels" for the beams causing the interference.

When the mirrors of the RECEIVER are completely covered, an alarm signal is generated.

The beam interruption time is set too long.

The intended target does not block both upper and lower beams completely.

Check other items.

Remove the alarm circuit wire from the RECEIVER, place your volt

meter on resistance and measure the alarm output relay. Does the relay open when power is removed?

YESNO

Call Technical Support.

Turn the interruption time adjustment dial counter-clockwise one graduation.

Does the RECEIVER work when both upper and lower beams are completely blocked? If so, the installation height is not proper. Adjust the installation height.

The unit may be affected by electrical noise. May need to use shielded wire and/or metalic conduit pipe. Call Technical Support if you are unsure of the proper shielding techniques.

Page 12

3. Alarm signal is being generated though beams are not blocked

Is the Alarm Indicator LED on the RECEIVER illuminated?

4. False activations

Check alignment voltage from Monitor Jack. Does it satisfy the minimum requirement?

“Re-align the beams Refer to the “Beam Alignment Procedure.”

Are the beams mounted on a stable footing with little movement of the mounting structure?

Change footing, pole or structure to insure a stable mounting surface.

“Refer to the following “Monitor

YES

Jack Output" valnes to insure the beams are properly aligned."

AX-250PLUS/500PLUS:5.0 VDC or more AX-350TF/650TF:5.5 VDC or more

Note: When using the LED alignment indicator of the AX-350TF/650TF, make sure the LED shows “EXCEL".

Go to page 11, see trouble shooting procedure number 1.

There is frost or snow on the unit's cover.

Very heavy rain occurred at the same time as the activation.

There are plants, trees or debris that may block the beam during windy conditions.

The unit may be detecting a large bird.

The units may be detecting small animals (dog, cat, deer etc...)

The RECEIVER is facing directly at the rising or setting sun.

There are reﬂective objects within 3 feets of beams path. (cars, glass, surfaces with high gloss paints etc.)

Remove the alarm circuit wire

from the RECEIVER, then check the alarm output relay with volt meter.

“Re-align the beams using a volt meter to insure proper

monitor jack output voltage. Does the value satisfy the beams requirement?"

Is the LED indicator on the TRANSMITTER on?

Output is in alarm condition.

Output is in the normal condition.

YES

Does the Unit work properly?

Double check to see that

YES

there are no objects that may be blocking the beams.

Go to page 11, see trouble shooting procedure number 1.

Use the HU-1 heater unit.

“Turn the beam's interruption adjustment clockwise one graduation."

Cut off branches, now grass or secure debris to avoid unnecessary activation. Or move the beams.

Adjust the interruption time, change the installation height or move the beams in order to avoid perching birds within the beam's path.

Adjust the interruption time, change the installation height or move the beams in order to avoid small animals crossing the beam's path.

Move the beams to avoid the rising or setting sun. Or swap TRANSMITTER and RECEIVER locations. Call Technical Support for other options.

Remove the objects causing the reﬂection, or move the beams. Call Technical Support for other options.

Call Technical Support.

Check the alarm circuit wires for shorts, opens or grounds. Also check the control panel for proper function.

Completed.

Call Technical Support.

Remove any objects or move the beams.

Bad wiring or corroded splices. Check for shorts, opens, grounds and high resistance on the alarm circuit wires.

The covers are very dirty or dusty.

Check for shorts, opens grounds and high resistance values or the alarm circuit wires. If everything looks to be OK, call Technical Support for further testing measures.

Clean covers both inside and outside using a dry soft cloth or mild soap and water only. Do not use any oil or alcohol based solvents to clean the covers, doing so will cloud or etch the cover and reduce its efﬁciency.

Note: Beam Alignment Procedure When aligning dual or twin beams you must cover both bottom receiver mirror and transmitter mirror with blocking shields, than adjust the top attempting to maximize the Monitor Jack Voltage (see below). When maximum voltage is obtained, place the blocking shields on both upper receiver mirror and transmitter mirror and adjust lower for maximum Monitor Jack Voltage. (Do not align both beams simultaneously.)

AX-250PLUS/500PLUS:5.0VDC or more AX-350TF/650TF:5.5VDC or more When using LED INDICATOR of AX-350TF/650TF, align to get at least “EXCEL".

The majority of false activations can be attributed to poor beam alignment. When aligning outdoor beams accept no less than an “EXCEL" value for the most stable and trouble free system!! Refer to the installation manual for acceptable Monitor Jack Voltage Values.

Important:

NOTE

This unit is designed to detect an intruder and activate an alarm control panel. Being only a part of a complete system, we cannot accept resposibility for any damages or other consequences resulting from an intrusion. These units are designed to detect an intruder and activate an alarm control panel. Being only a part of a complete system, we cannot accept responsibility for any damages or other consequences resulting from an intrusion. These products conform to the EMC Directive 89/336 ECC.

OPTEX CO., LTD. (JAPAN)

(ISO 9001 Certiﬁed by LRQA) (ISO 14001 Certiﬁed by JET) 5-8-12 Ogoto Otsu, Shiga, 520-0101 Japan Tel:+81-77-579-8670 Fax:+81-77-579-8190 http://www.optex.co.jp/e

OPTEX INCORPORATED (USA)

13661 Benson Ave., Bldg. C.Chino, CA 91710 U.S.A. Tel:+1-909-993-5770 Fax:+1-909-628-5560 http://www.optexamerica.com

OPTEX(EUROPE)LTD. (UK)

(ISO 9001 Certiﬁed by NQA) Clivemont Road, Maidenhead, Berkshire, SL6 7BU UK Tel:+44-1628-631000 fax:+44-1628-636311 http://www.optexeurope.com

OPTEX SECURITY SAS (FRANCE)

Batiment Sis 475, Rue Piani 69480 Amberieux d'Azergues, France Tel:+33-437-55-50-50 Fax:+33-437-55-50-59 http://www.optex-security.com

OPTEX KOREA CO., LTD. (KOREA)

1001 Sambu RenaissanceTower 456, Kongduck-Dong, Mapo-Gu, Seoul Korea Tel:+82-2-719-5971 Fax:+82-2-719-5973 http://www.optexkorea.com

OPTEX SECURITY SP.Z O.O. (POLAND)

ul.Bitwy Warszawskiej 1920 r.7B,02-366 Warszawa, Poland Tel:+48-22-598-06-60 Fax:+48-22-598-06-61