Johnson Controls PG9200AX Manuel utilisateur

User manual

PG9200AX

Battery-operated photoelectric detector

Detector features

•PowerG wireless photoelectric beam detector

•Battery life for transmitter is approximately three years, battery life for receiver is approximately

five years when using LSH20 (3.6V, 13Ah) batteries manufactured by SAFT

•Battery saving function for wireless transmitter

•Intermittent output function

•4-channel beam frequency selector

•International protection IP55

•LED indicator for an easy alignment

•D.Q. circuit (environmental disqualification)

•Tamper

•Beam interruption adjustment function

•Outdoor detection range of 200 ft

Introduction

The PG9200AX is a PowerG wireless photoelectric beam detector that provides protection for outdoor perimeters.

Warning:

Failure to follow the instructions provided with this indication and improper handling may cause death

or serious injury.

Caution:

Failure to follow the instructions provided with this indication and improper handling may cause injury

and/or property damage.

Safety information

Warnings

•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 wet hands. It may cause electric shock.

•Do not touch when the product is wet. It may cause electric shock.

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

•Do not use batteries that have different levels of power remaining, that is, new and used batteries. Not observing

these guidelines may result in an explosion, leakage of electrolyte, emission of toxic gases, or other outcomes that

may be harmful to people and property.

•When handling batteries, do not recharge, short circuit, crush, disassemble, exceed heat above 212°F (100°C),

incinerate, or expose contents to water. Do not solder directly to the cell. Not observing these guidelines may

result in fire, explosion, or severe burn hazard.

Cautions

•Do not solder directly to the cell.

•Do not pour water over the product with a bucket, hose, or similar. 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.

Parts identification

Accessories

Ordering detector batteries

Specified batteries: Four LSH20 batteries manufactured by SAFT, two for the transmitter and two for the

transceiver. For information about batteries, visit the following website and contact your local SAFT sales

representative. See http://www.saftbatteries.com/battery-search/ls-lsh/.

Enrolment

The device is compatible with the following panels:

•PowerSeries NEO (v1.37 and higher)

•PowerSeries Pro (v1.31 and higher)

•IQ2 (v2.6 and higher)

•IQ3 (v3.0 and higher)

•IQ4 (v4.0 and higher)

•PowerSeries NEO2 / Lucy Hybrid v1.0

The device transmitter and receiver are enrolled separately onto the control panel. The modules can be enrolled onto

panel in any order. The device sends the PowerG enroll request on power up of the device.

Enrolling the device

The device begins the enrolment process when the OPTEX RF module is powered on. The OPTEX RF module is a

card in the detector.

1. Install batteries in the detector.

2. Turn the RF module power switch to the ON position.

Refer to the control panel installation manual for the complete set of enrolment instructions and testing procedures.

The enrolment procedure should begin automatically if the panel is already in enrolment mode. If the automatic

enrolment procedure fails, refer to the control panel instructions and attempt manual enrolment of the device.

Installation

Installation advice

Callout

Description

Do not install the unit on an unstable surface

Do not install the pole in location where it is not stable.

Do not install the unit near trees or other objects that may block the beam.

Do not install the receiver in a location that is exposed to direct sunlight.

Do not install the unit where the infrared beam from a different model can

reach the receiver

Install the unit at a height where an object can be detected without fail.

The pole size should be 34 - 48 mm (1.34" - 1.89").

Install the unit at least 1 m (3.3 ft.) away from a wall or fence that is parallel

to the beam.

Caution Install the chassis, waterproof packing, and back box together. Not doing so may compromise IP rate of this

product.

Separating the unit

1. Loosen the back-box lock screw.

2. Press the tab on the bottom of the back unit.

3. Pull the cover from the back unit.

4. To remove the main unit from the chassis, turn the optical unit 90°, and remove the screws from both sides.

5. Pull the upper part of the main unit forward and up to remove it.

Caution: Do not place the main unit where it is exposed to direct sunlight. Doing so may cause damage to the

product.

6. Remove the chassis from the back box.

Note: The screws to secure the back box cannot be removed from the chassis.

Caution: When the waterproof packing is detached, attach it to the back of the chassis before mounting. Not doing so

may compromise the IP rate of this product.

Notes:

Avoid installing the transmitter and receiver facing each other through the corner of the cover.

In doing this installation, the maximum detection range shall be half of the original detection range. (This is to

compensate the attenuation of beam by the corner of the cover.)

Mounting on a wall

1. Loosen the back box lock screw.

2. Remove the chassis from the back box.

Use the supplied M4×20 wall mounting screws to fix the chassis to the wall.

4. Put two batteries in the battery enclosure within the back box.

5. Secure the back box to the chassis on the wall.

6. Tighten the back box lock screw.

Caution:

After mounting the chassis, test the tamper bushing with your thumb and forefinger to ensure

the tamper works properly.

Settings

Functional settings

All the following switch settings are factory default.

Receiver 1, 2: Beam interruption adjustment switch

Receiver 3: Battery saving timer switch

Receiver 4: Intermittent output function switch 5: N.C./N.O. selection switch

Transmitter 1: Battery saving timer switch

Transmitter 2: Intermittent output function switch

Transmitter 3: N.C./N.O. selection switch

Transmitter 4 channel beam frequency selector

Callout

Component

Monitor jack (receiver only)

Switches

Receiver: Alarm indicator LED. Transmitter: Power LED

Low battery LED

View finder

Vertical alignment dial

Horizontal alignment dial

4-channel beam frequency selector

The 4-channel beam frequency selector is be used to avoid unwanted crosstalk that may occur when using

multiple photo beams 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 channel.

•

More than double stacked application is not possible.

Note:

Always switch the frequencies two channels apart when stacking units on top of one another. See the

following example. The upper unit is set on channel 1 while the lower is on channel 3, channels 2 and 4 could

have also been used.

a) Double stacked protection

Because receiver B may receive the infrared beam from transmitter A, select the frequencies as shown in

the figure. In the figure, each number in the square indicates a channel number.

Key

Component

Tr-A

Transmitter A

Re-A

Receiver A

b) Long distance protection

Since Receiver C may receive the infrared beam from Transmitter A, select their frequencies as shown

in the figure on the left.

c) Double stacked long distance protection

Note:

More than double stacked application is not possible.

d) Perimeter protection

e) Perimeter protection in a two-stack configuration

Warning:

•

Do not attempt to install this product with any other photoelectric detector. It may cause the detector to

fail or not

respond to movements.

•

If the receiver of this product receives the beam from the wired photoelectric detector, it could be a factor

of false alarm.

•

If you install the battery-operated photoelectric detector with a hard-wired photoelectric detector at the

same site, ensure that the hard-wired transmitter cannot affect any other battery operated receivers for

avoiding cross talk between photoelectric detector.

Optical Alignment

Note:

Optical alignment is an important adjustment to increase reliability. Be sure to take adjustment steps 1 to 5

described below to attain the maximum level of the output through the monitor jack.

Callout

Component

Horizontal alignment angle

Vertical alignment angle

1. See

4-channel beam frequency selector

and set the 4-channel beam frequency selector.

2. While looking through the view finder, adjust the horizontal and vertical angles so that the pairing

detector is at the center of the sight.

For fine alignment of the horizontal angle, turn the horizontal alignment dial. For rough alignment ot yhe

horizontal angle, hold and move the lens to the left or right.

For fine alignment of the vertical angle, turn the vertical alignment dial with a finger or Phillips

screwdriver. Turn the dial clockwise to turn the lens up. Turn the dial counterclockwise to turn the lens

down.

3. Adjust the horizontal and vertical angles while checking the light receiving status by Alarm indicator

LED on the pairing receiver.

Level indicator

LED

Light

interrupted

Light received

ON (red)

Fast blink

Slow

blink

OFF

Adjustment level

Re-adjust angle

Fair

Good

Excellent

Monitor jack

output

0 V > 1.0 V > 2.0 V > 2.5 V

Caution

: The indicator LED is a supporting tool for easy alignment. Be sure to perform fine

alignment to ensure the maximum output level through the monitor jack.

4. After checking by the alarm indicator, make finer alignment with the voltmeter for both the transmitter

and the

receiver. Insert each probe of the voltmeter. Set the voltmeter range

to 5 to 10 VDC.

5. Continue the fine alignment until it reaches maximum monitor output over

“good”

level.

Optional: D.Q. output (environmental disqualification)

The D.Q. output features detects when the beam strength is below acceptable levels due to environmental factors

such as heavy rain, snow, or fog. If the beam strength is low for more than 20 seconds due to these conditions, a D.C.

output signal sends from the receiver. The signal will return to normal when the beam strength is at acceptable levels

for more than 2 seconds.

The D.C. output signal can be configured for one of the following uses:

•Separate Output: Alerts the user that the detector is not working effectively due to weather conditions

•Bypass: This bypasses the alarm when the D.Q. output is triggered by adverse weather conditions.

You can configure either option with the following jumper pin settings on interface board of the Receiver:

D.Q. and Alarm Separate Output

Bypass Alarm Setting

Beam interruption adjustment

Initial setting is at 50 ms for normal work. According to the speed of a supposed target you select one specific

setting out of 4 steps. Set the beam interruption adjustment switches of the receiver according to the speed of

the human object to detect.

Adjusting the output

Setting the battery saving timer

Even if the following events are occurred frequently, each output is generated with the intervals as below to save

the battery drain.

Function

Setting

Alarm output

1 output 2 minutes

DQ output

1 output 2 minutes

Low battery output

1 output 15 minutes

Caution:

Remove all batteries prior to replacing with new ones. If this is not followed, the low

battery indicator

LED will not reset and continue to flicker.

Setting the intermittent output function

Set the intermittent output function to the on position to turn on the intermittent alarm output. This configures the

wireless transmitter to send alarms at a specific time interval.

Function

Setting

Alarm output

1 output 1 minutes

DQ output

1 output 1 minutes

Low battery output

1 output 5 minutes

Operation Check

LED Indication

DETECTOR STATUS

LED Indications

Power ON

The power LED turns ON.

Detection (beam interruption)

The alarm LED turns ON.

Low battery power

The low battery LED blinks.

Operation Check

After installation is complete, check the operation.

1. See

Setting the battery saving timer

to turn OFF the battery saving mode.

2. Make sure that the alarm indicator is off.

If it is illuminated when the beams are

not blocked, set optical

alignment again.

3. Check that the low battery indicators on both transmitter and receiver are off.

If the LED is blinking, the

battery power is low. Replace with the new batteries.

4. Conduct a walk test to check that the alarm indicator LED on the receiver turns on as the walker

interrupts the beams.

Be sure to conduct a walk test at the following three points:

A. In front of the transmitter

B. In front of the receiver

C. At the midpoint between the transmitter and receiver

The detector is installed correctly when the alarm indicator LED turns ON in

the tests at all the three points.

Caution:

For battery power savings, perform the operation check before checking the following items.

When installing on a wall or pole, make sure the cover is properly attached to main unit.

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