Rc lighting Stl200 User manual

Specifications:

Switching Capacity: 8 amps

STL200HBSTL200H1

STL200

Voltage: 120 volts

1000 watts Incandescent

500 watts Fluorescent

Detection Pattern: 50’ x 200˚

Time Adjustment: 5 seconds to 12 minutes

Power Consumption: 1 watt

Surge protection: I. E.C. specs

UL Listing: Raintight Photoelectric Switch

STL200 Installation Manual

STEALTH

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888 722-1232

Tech Help Line:

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Visit our website for

product info

Easy Answers

rclighting.ca:

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[email protected]

TURN OFF ALL POWER AT

CIRCUIT BREAKER/FUSE PANEL.

Read entire Installation Manual

before proceeding.

All wiring should comply with

local electrical codes and requires

a qualified electrician.

The total lighting load connected

to Stealth must not exceed 8 amps

(1000 watts incandescent or quartz,

500 watts fluorescent). To switch

more wattage an electrician can

install a relay.

Line Carrier Remote Control

Systems such as X-10, Leviton or

Radio Shack are incompatible with

sensors and cause false activations.

Do not install sensors on a

circuit that feeds motor loads

like kitchen appliances, HVAC

equipment, washer/dryer, or garage

door openers.

Sensor must be below and as far

as possible away from lights.

Sensor functions best when the

direction of expected movement is

across its detection pattern, not

towards the sensor.

Mount 6–12 feet high for

optimum range and detection.

STL200 floodlight kits come pre-

wired and assembled on the RC

CU4 EZ plate, allowing for mounting

on round, rectangular or octagonal

surface or recessed boxes.

Cautions: Mounting Plate:

Bar

Hook

Screws

CU4 EZ

Plate

Universal

Mounting Bar

Gasket

Center

Screw

Insert

close-up

plugs in

unused

holes

Finishing

Cap

O-Ring Gasket

Mounting

Contents of Accessory Kit

•2 Lens Masks

•Indoor Switchplate Label

•3 Wire Nuts

•Crossbar

with Green Ground Screw

•Hanging Hook

•1/2" Close Up Plugs (3)

•Slotted Screws (4)

•Finishing Cap

•O-ring Gasket

•Center Mounting Screw

•Foam Gaskets (2)

•Metal Plate

STL200

How Does the STEALTH Work?

Stealth’s infrared sensor “sees”

small temperature changes caused

by the motion of people or cars

within its protection zone and turns

on lights automatically. It welcomes

visitors and may deter intruders.

How long do the lights stay on?

Lights remain on as long as there is

movement within the protection

zone. Once the zone is vacated

lights can be adjusted to remain on

approximately 5 seconds up to 12

minutes. Since the lights are on

only when needed, and the sensor

uses only one watt the Stealth is

extremely energy efficient.

Can outdoor lights still be turned

on with the light switch?

Yes. Stealth can be controlled by a

conventional indoor switch or circuit

breaker. Lights can be turned on or

off manually at night only.

Manual Override Mode:

(to keep lights on) Flip the switch

twice slowly (off-on-off-on) within

2–3 seconds.

To Resume Automatic Mode:

Flip the switch once (off-on) within

2 seconds. Sensor will reset to

Automatic Mode.

Will Stealth detect animals?

Stealth may detect large animals.

Having animals trigger the sensor

can give property a “lived-in” look.

However, you can limit animal

detection by turning down the

How are the Time, Sensitivity and

Photocell adjusted?

Time: Sets the time that lights

will remain on after the detection

zone is vacated from approximately

5 seconds to 12 minutes.

Factory Setting: 5–8 minutes

Sensitivity: Increases or

decreases the responsiveness

and range of the sensor

(Adjusts from 30% to 100%)

Factory Setting: 100%

Photocell: Located behind the

lens. For night only operation, turn

the knob all the way clockwise to

(to the moon symbol). For 24 hour

operation turn the knob all the way

counterclockwise (sun & moon).

Adjust clockwise to have the sensor

come on later at dusk, counter-

clockwise to have it come on earlier.

Factory Setting: Night Only

Control Panel:

Masking the Lens

sensitivity knob and/or by using

the plastic lens mask supplied

on the lower part of the lens.

Choose a location from which

the sensor can “see” all the paths

of movement.

The sensor may be wall or ceiling

mounted.

As distance from the sensor

increases, it will take more move-

ment to be detected. For instance,

at 10 feet, a half step will be

enough, while at 40 feet several

steps will be necessary.

How large an area does

Stealth200 detect?

The Stealth200 provides a 200º

detection pattern. To reduce the

angle of coverage on either or both

sides, use the plastic blinders provid-

ed. The blinders can also be cut

sideways and used to reduce low or

high detection.

The sensor maybe swiveled in any

direction to to cover the area desired.

Always keep the sensor level to

ensure full coverage. To reduce

coverage, aim the sensor towards

the ground.

Stealth STL200 comes with a

standard “Double Look Down”

Lens. This lens has one “Look Out”

zone and two “Look Down” zones,

for excellent detection both at long

and close range.

How does the LED Detection

Indicator work?

The red LED above the lens shows

the logic state of the sensor. If the

sensor is set for night only opera-

tion, the LED will go on for daytime

detections without turning on the

lights. At night, the LED will be on

all the time, except during detections

(at which time the controlled lights

will go on). At night, the LED serves

as a deterrent indicating a security

device in operation.

Choosing a Location

LED Detection

Indicator

100˚

Top View 30’

Side View 30’

10’

Detection Pattern

Your Stealth will be replaced or

repaired, at our option, if it proves

to be defective in workmanship or

materials within ten years from the

date of original purchase.

For repair replacement, return the

product freight prepaid and insured

to:

RC Lighting

170 Ludlow Avenue

Northvale, NJ 07647

The Stealth should be packed

carefully. Please include you sales

receipt and a description of the

problem.

If your unit is out of warranty or

the damage is unrelated to the

original manufacture, return your

unit directly to us with a check for

$30.00 (made out to RC Electric).

We will repair or replace your unit.

Under no circumstances shall

we be liable for any incidental or

consequential damages arising out

of or in connection with the use or

performance of this product or

other indirect damages with respect

to loss of property or revenue or

cost of installation, removal or

re-installation. This warranty gives

you specific legal rights and you

may also have other rights which

vary from state to state.

Limited Warranty

NOTE: THESE INSTRUCTIONS DO NOT COVER ALL DETAILS

OR VARIATIONS IN EQUIPMENT NOR DO THEY PROVIDE FOR

EVERY POSSIBLE SITUATION DURING INSTALLATION,

OPERATION, OR MAINTENANCE.

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

Kit Wiring

Black

Red

(pigtail)

Ground Ground

Power In White

White

Red pigtail is only used to switch remote or

additional fixtures.

EZ Plate

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

Technical Tips:

Lights Turn On for Unknown Reasons

10’

50’

This is the llA laminA“ ey”

Bar

Hook

Screws

CU4 EZ

Plate

Universal

Mounting Bar

Gasket

Center

Screw

Insert

close-up

plugs in

unused

holes

Finishing

Cap

O-Ring Gasket

Basic Wiring Diagram

Basic Kit Wiring

Switchplate Label

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

Power Quality

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

Wiring Diagrams

Black

Red

(pigtail)

Ground Ground

White

Power In

Multiple Fixtures

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.

STL200

Power In

Sensor

Red Black

White Ground

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.

Problem:

Sensor will not detect until

movement crosses zones

Solution:

“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

Technical Tips:

Range Appears Limited

50'

40'

20'

6-12'

Less

Sensitive

WRONG!

OK!

No Detection Until Here

PATHWAY

Detection Much Sooner

PATHWAY

Aiming and Walk Testing

Walk Test

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counterclockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

Control Panel:

Start Finish

1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:

Problems:

Lights reflect into photocell

lights shine directly into photocell

Solution:

Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

Technical Tips:

Lights Do Not Turn On Lights Turn Off Too Quickly

WRONG!

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

Problem: Sensor is triggered by

unwanted movement or heat source.

Solution: (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.

Problem:

Movement of tree triggers sensor.

Solution: Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.

Problem:

Passing cars activate sensor.

Solution: A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

Technical Tips:

Lights Do Not Turn Off

WRONG!

OK!

WRONG!

20’ Safety Zone

WRONG

Technical Tips:

Lights Turn On and Off Inappropriately

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.

WRONG!

OK!

WRONG!

20’ Safety Zone

OK!



Switching Capacity: 8 amps

STL200HBSTL200H1

STL200

Voltage: 120 volts

1000 watts Incandescent

500 watts Fluorescent

Detection Pattern: 50’ x 200˚

Time Adjustment: 5 seconds to 12 minutes

Power Consumption: 1 watt

Surge protection: I. E.C. specs

UL Listing: Raintight Photoelectric Switch



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product info

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Switching Capacity: 8 amps

STL200HBSTL200H1

STL200

Voltage: 120 volts

1000 watts Incandescent

500 watts Fluorescent

Detection Pattern: 50’ x 200˚

Time Adjustment: 5 seconds to 12 minutes

Power Consumption: 1 watt

Surge protection: I. E.C. specs

UL Listing: Raintight Photoelectric Switch



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Call our experts

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Visit our website for

product info

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Caractéristiques :

Capacité de commutation : 8 A

Tension : 120 volts

Incandescence de 1 000 watts

Fluorescence de 500 watts

Conﬁguration de détection : 50 pi x 200 pi

Réglage de la minuterie : 5 secondes à 12 minutes

Consommation : 1 watt

Protection contre les surtensions : Spéc. I. E.C.

Homologation UL : Interrupteur photoélectrique résistant à la pluie

Les concepts à l’origine des luminaires RC Lighting sont protégés en vertu des lois

sur la propriété intellectuelle des États-Unis, du Canada et d’autres pays.



Switching Capacity: 8 amps

STL200HBSTL200H1

STL200

Voltage: 120 volts

1000 watts Incandescent

500 watts Fluorescent

Detection Pattern: 50’ x 200˚

Time Adjustment: 5 seconds to 12 minutes

Power Consumption: 1 watt

Surge protection: I. E.C. specs

UL Listing: Raintight Photoelectric Switch



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product info

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TURN OFF ALL POWER AT

CIRCUIT BREAKER/FUSE PANEL.

Read entire Installation Manual

before proceeding.

All wiring should comply with

local electrical codes and requires

a qualified electrician.

The total lighting load connected

to Stealth must not exceed 8 amps

(1000 watts incandescent or quartz,

500 watts fluorescent). To switch

more wattage an electrician can

install a relay.

Line Carrier Remote Control

Systems such as X-10, Leviton or

Radio Shack are incompatible with

sensors and cause false activations.

Do not install sensors on a

circuit that feeds motor loads

like kitchen appliances, HVAC

equipment, washer/dryer, or garage

door openers.

Sensor must be below and as far

as possible away from lights.

Sensor functions best when the

direction of expected movement is

across its detection pattern, not

towards the sensor.

Mount 6–12 feet high for

optimum range and detection.

STL110 floodlight kits come pre-

wired and assembled on the RC

CU4 EZ plate, allowing for mounting

on round, rectangular or octagonal

surface or recessed boxes.

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











COUPER LE COURANT AU

DISJONCTEUR / PANNEAU DE

FUSIBLES.

▪ Lire le manuel d’installation au

complet avant de continuer.

▪ Tout le câblage doit être conforme

aux codes locaux de l’électricité et

doit être effectué par un électricien

compétent.

▪ La charge d’éclairage totale

raccordée au Stealth ne doit pas

dépasser 8 A (incandescence ou

quartz de 1000 watts, ﬂuorescence

de 500 watts). Pour accroître la

puissance, un électricien peut

installer un relais.

▪ Les systèmes à commande

à distance reliés au câblage,

comme X-10, Leviton ou Radio

Shack sont incompatibles avec les

détecteurs et provoquent de faux

déclenchements.

▪ Ne pas installer sur un circuit

qui alimente des charges moteur

comme des appareils de cuisine, de

l’équipement de climatisation, une

laveuse/sécheuse ou un ouvre-

porte de garage.

▪ Le détecteur doit être sous les

lampes et aussi loin que possible

de celles-ci.

▪ Le détecteur fonctionne mieux

si le mouvement prévu survient à

l’intérieur de sa conﬁguration de

détection et non en direction du

détecteur.

▪ Installer entre 6 et 12 pieds de

hauteur pour une portée et une

détection optimales.

Les trousses de projecteurs

STL200 sont précâblées et

assemblées sur la plaque RC CU4

EZ, permettant le montage sur les

surfaces rondes, rectangulaires

ou octogonales ou dans les boîtes

encastrées.

Montage

Insérer les

bouchons

dans les

trous

inutilisés

Capuchon de

ﬁnition

Vis centrale

Crochet CU4 EZ

Plaque

Barre de

montage

universelle

Vis de barre

Joint

Joint torique

   

•2 Lens Masks

•Indoor Switchplate Label

•3 Wire Nuts

•Crossbar

with Green Ground Screw

•Hanging Hook

•1/2" Close Up Plugs (3)

•Slotted Screws (4)

•Finishing Cap

•O-ring Gasket

•Center Mounting Screw

•Foam Gaskets (2)

•Metal Plate





    

Stealth’s infrared sensor “sees”

small temperature changes caused

by the motion of people or cars

within its protection zone and turns

on lights automatically. It welcomes

visitors and may deter intruders.

      

Lights remain on as long as there is

movement within the protection

zone. Once the zone is vacated

lights can be adjusted to remain on

approximately 5 seconds up to 12

minutes. Since the lights are on

only when needed, and the sensor

uses only one watt the Stealth is

extremely energy efficient.

     

    

Yes. Stealth can be controlled by a

conventional indoor switch or circuit

breaker. Lights can be turned on or

off manually at night only.

Manual Override Mode:

(to keep lights on) Flip the switch

twice slowly (off-on-off-on) within

2–3 seconds.

To Resume Automatic Mode:

Flip the switch once (off-on) within

2 seconds. Sensor will reset to

Automatic Mode.

   

Stealth may detect large animals.

Having animals trigger the sensor

can give property a “lived-in” look.

However, you can limit animal

detection by turning down the

     

 

Time: Sets the time that lights

will remain on after the detection

zone is vacated from approximately

5 seconds to 12 minutes.

Factory Setting: 5–8 minutes

Sensitivity: Increases or

decreases the responsiveness

and range of the sensor

(Adjusts from 30% to 100%)

Factory Setting: 100%

Photocell: Located behind the

lens. For night only operation, turn

the knob all the way clockwise to

(to the moon symbol). For 24 hour

operation turn the knob all the way

counterclockwise (sun & moon).

Adjust clockwise to have the sensor

come on later at dusk, counter-

clockwise to have it come on earlier.

Factory Setting: Night Only

 



  

sensitivity knob and/or by using

the plastic lens mask supplied

on the lower part of the lens.

Contenu de la trousse d’accessoires

• 2 masques de lentille

• Étiquette de plaque d’interrupteur

intérieure

• 3 connecteurs

• Barre transversale à vis de mise

à la terre verte

• Crochet de ﬁxation

• Bouchons de 1/2 po (3)

• Vis à ﬁlets interrompus (4)

• Capuchon de ﬁnition

• Joints toriques (2)

• Vis de montage centrale

• Joints de mousse (2)

• Plaque de métal

Principe de fonctionnement de STEALTH

   

•2 Lens Masks

•Indoor Switchplate Label

•3 Wire Nuts

•Crossbar

with Green Ground Screw

•Hanging Hook

•1/2" Close Up Plugs (3)

•Slotted Screws (4)

•Finishing Cap

•O-ring Gasket

•Center Mounting Screw

•Foam Gaskets (2)

•Metal Plate





    

Stealth’s infrared sensor “sees”

small temperature changes caused

by the motion of people or cars

within its protection zone and turns

on lights automatically. It welcomes

visitors and may deter intruders.

      

Lights remain on as long as there is

movement within the protection

zone. Once the zone is vacated

lights can be adjusted to remain on

approximately 5 seconds up to 12

minutes. Since the lights are on

only when needed, and the sensor

uses only one watt the Stealth is

extremely energy efficient.

     

    

Yes. Stealth can be controlled by a

conventional indoor switch or circuit

breaker. Lights can be turned on or

off manually at night only.

Manual Override Mode:

(to keep lights on) Flip the switch

twice slowly (off-on-off-on) within

2–3 seconds.

To Resume Automatic Mode:

Flip the switch once (off-on) within

2 seconds. Sensor will reset to

Automatic Mode.

   

Stealth may detect large animals.

Having animals trigger the sensor

can give property a “lived-in” look.

However, you can limit animal

detection by turning down the

     

 

Time: Sets the time that lights

will remain on after the detection

zone is vacated from approximately

5 seconds to 12 minutes.

Factory Setting: 5–8 minutes

Sensitivity: Increases or

decreases the responsiveness

and range of the sensor

(Adjusts from 30% to 100%)

Factory Setting: 100%

Photocell: Located behind the

lens. For night only operation, turn

the knob all the way clockwise to

(to the moon symbol). For 24 hour

operation turn the knob all the way

counterclockwise (sun & moon).

Adjust clockwise to have the sensor

come on later at dusk, counter-

clockwise to have it come on earlier.

Factory Setting: Night Only

 



  

sensitivity knob and/or by using

the plastic lens mask supplied

on the lower part of the lens.

Le détecteur à infrarouge Stealth “voit”

les petits écarts de température produits

par le mouvement des personnes ou

des voitures circulant dans sa zone

de détection et allume les lampes

automatiquement. Il accueille les

visiteurs et éloigne les intrus.

Pendant combien de temps l’éclairage

reste-il allumé ?

Les lumières restent allumées aussi

longtemps que le mouvement est

détecté dans la zone de protection. Une

fois la zone libérée, on peut régler les

luminaires de manière à rester allumer

entre 5 secondes et 12 minutes. Comme

les luminaires s’allument seulement au

besoin et que le détecteur consomme

seulement un watt, le Stealth est

extrêmement économe d’énergie.

Est-ce que les lampes extérieures

peuvent tout de même être allumées

par l’interrupteur ?

Oui. Le Stealth peut être commandé par

un interrupteur intérieur ordinaire ou un

disjoncteur. On peut allumer ou éteindre

les lampes manuellement uniquement

la nuit.

Mode contournement manuel :

(pour garder les luminaires allumés)

Actionner lentement l’interrupteur deux

fois (arrêt-marche-arrêt-marche) dans

les 2-3 secondes.

Pour reprendre le mode automatique :

Actionner une fois l’interrupteur

(arrêt-marche) dans les 2 secondes.

Le détecteur se remet en mode

automatique.

Le Stealth détectera-t-il les animaux ?

Le Stealth peut détecter les gros

animaux. Le fait que des animaux

déclenchent le détecteur peut contribuer

à donner l’impression que la maison est

habitée. On peut cependant limiter la

détection des animaux en tournant le

bouton de sensibilité et/ou en plaçant

le masque de lentille en plastique fourni

dans la partie inférieure de la lentille.

Masquer la lentille

Comment régler la minuterie, la

sensibilité et la photocellule ?

▪ Minuterie : Programme le temps

durant lequel les luminaires restent

allumés une fois que la zone de

détection est libérée entre 5 secondes

et 12 minutes.

Réglage de l’usine : 5 à 8 minutes

▪ Sensibilité : Accroît ou réduit la

réaction et la portée du détecteur

(réglage de 30 % à 100 %)

Réglage de l’usine : 100 %

▪ Photocellule : Derrière la lentille. Pour

le fonctionnement la nuit seulement,

tourner le bouton complètement à

droite à (symbole de lune). Pour le

fonctionnement 24 heures, tourner le

bouton complètement à gauche (soleil

et lune).

Régler à droite pour que le détecteur

fonctionne plus tard au crépuscule et à

gauche pour qu’il fonctionne plus tôt.

Réglage de l’usine : Nuit seulement

Panneau de commande :

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counter-clockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter-clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell, or

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





SENSIBILITÉ

PHOTOCELLULE MINUTERIE

Nuit

Fonctionnement

24 heures Fonctionnement

la nuit

   

•2 Lens Masks

•Indoor Switchplate Label

•3 Wire Nuts

•Crossbar

with Green Ground Screw

•Hanging Hook

•1/2" Close Up Plugs (3)

•Slotted Screws (4)

•Finishing Cap

•O-ring Gasket

•Center Mounting Screw

•Foam Gaskets (2)

•Metal Plate





    

Stealth’s infrared sensor “sees”

small temperature changes caused

by the motion of people or cars

within its protection zone and turns

on lights automatically. It welcomes

visitors and may deter intruders.

      

Lights remain on as long as there is

movement within the protection

zone. Once the zone is vacated

lights can be adjusted to remain on

approximately 5 seconds up to 12

minutes. Since the lights are on

only when needed, and the sensor

uses only one watt the Stealth is

extremely energy efficient.

     

    

Yes. Stealth can be controlled by a

conventional indoor switch or circuit

breaker. Lights can be turned on or

off manually at night only.

Manual Override Mode:

(to keep lights on) Flip the switch

twice slowly (off-on-off-on) within

2–3 seconds.

To Resume Automatic Mode:

Flip the switch once (off-on) within

2 seconds. Sensor will reset to

Automatic Mode.

   

Stealth may detect large animals.

Having animals trigger the sensor

can give property a “lived-in” look.

However, you can limit animal

detection by turning down the

     

 

Time: Sets the time that lights

will remain on after the detection

zone is vacated from approximately

5 seconds to 12 minutes.

Factory Setting: 5–8 minutes

Sensitivity: Increases or

decreases the responsiveness

and range of the sensor

(Adjusts from 30% to 100%)

Factory Setting: 100%

Photocell: Located behind the

lens. For night only operation, turn

the knob all the way clockwise to

(to the moon symbol). For 24 hour

operation turn the knob all the way

counterclockwise (sun & moon).

Adjust clockwise to have the sensor

come on later at dusk, counter-

clockwise to have it come on earlier.

Factory Setting: Night Only

 



  

sensitivity knob and/or by using

the plastic lens mask supplied

on the lower part of the lens.

Choose a location from which

the sensor can “see” all the paths

of movement.

The sensor may be wall or ceiling

mounted.

As distance from the sensor

increases, it will take more move-

ment to be detected. For instance,

at 10 feet, a half step will be

enough, while at 40 feet several

steps will be necessary.

    

 

The Stealth200 provides a 200º

detection pattern. To reduce the

angle of coverage on either or both

sides, use the plastic blinders provid-

ed. The blinders can also be cut

sideways and used to reduce low or

high detection.

The sensor maybe swiveled in any

direction to to cover the area desired.

Always keep the sensor level to

ensure full coverage. To reduce

coverage, aim the sensor towards

the ground.

Stealth STL200 comes with a

standard “Double Look Down”

Lens. This lens has one “Look Out”

zone and two “Look Down” zones,

for excellent detection both at long

and close range.

    

 

The red LED above the lens shows

the logic state of the sensor. If the

sensor is set for night only opera-

tion, the LED will go on for daytime

detections without turning on the

lights. At night, the LED will be on

all the time, except during detections

(at which time the controlled lights

will go on). At night, the LED serves

as a deterrent indicating a security

device in operation.



LED Detection

Indicator

100˚

Top View 30�

Side View 30�

10�

Detection Pattern

Your Stealth will be replaced or

repaired, at our option, if it proves

to be defective in workmanship or

materials within ten years from the

date of original purchase.

For repair replacement, return the

product freight prepaid and insured

to:

RC Lighting

170 Ludlow Avenue

Northvale, NJ 07647

The Stealth should be packed

carefully. Please include you sales

receipt and a description of the

problem.

If your unit is out of warranty or

the damage is unrelated to the

original manufacture, return your

unit directly to us with a check for

$20.00 (made out to RC Electric).

We will repair or replace your unit.

Under no circumstances shall

we be liable for any incidental or

consequential damages arising out

of or in connection with the use or

performance of this product or

other indirect damages with respect

to loss of property or revenue or

cost of installation, removal or

re-installation. This warranty gives

you specific legal rights and you

may also have other rights which

vary from state to state.

 









Choisir un emplacement

▪ Choisir un endroit duquel le détecteur

peut “voir” toutes les voies d’accès.

▪ Le détecteur peut être ﬁxé au mur ou

au plafond.

▪ Plus la distance par rapport au

détecteur augmentera, plus le

mouvement sera difﬁcile à détecter. Par

exemple, à 10 pieds, un demi-pas sufﬁt,

alors qu’à 40 pieds, il faut plusieurs pas.

Le Stealth100 protège une zone de

quelle dimension ?

Le Stealth200 procure une conﬁguration

de détection de 200 º. Pour réduire

l’angle de protection d’un côté ou de

l’autre, ou des deux, utiliser les masques

de plastique fournis. On peut aussi

découper les masques de façon latérale

et les utiliser pour réduire la détection

basse et élevée.

Le détecteur peut être orienté dans

toutes les directions pour couvrir la zone

voulue. Toujours maintenir le détecteur

de niveau pour obtenir la pleine

couverture. Diriger le détecteur vers le

sol pour réduire la couverture.

Le Stealth STL200 est équipé d’une

lentille standard “double vers le bas”.

Cette lentille comprend une zone “vue

extérieure” et deux zones “vers le bas”

pour une excellente détection à longue

et à courte distance.

Choose a location from which

the sensor can “see” all the paths

of movement.

The sensor may be wall or ceiling

mounted.

As distance from the sensor

increases, it will take more move-

ment to be detected. For instance,

at 10 feet, a half step will be

enough, while at 40 feet several

steps will be necessary.

    

 

The Stealth200 provides a 200º

detection pattern. To reduce the

angle of coverage on either or both

sides, use the plastic blinders provid-

ed. The blinders can also be cut

sideways and used to reduce low or

high detection.

The sensor maybe swiveled in any

direction to to cover the area desired.

Always keep the sensor level to

ensure full coverage. To reduce

coverage, aim the sensor towards

the ground.

Stealth STL200 comes with a

standard “Double Look Down”

Lens. This lens has one “Look Out”

zone and two “Look Down” zones,

for excellent detection both at long

and close range.

    

 

The red LED above the lens shows

the logic state of the sensor. If the

sensor is set for night only opera-

tion, the LED will go on for daytime

detections without turning on the

lights. At night, the LED will be on

all the time, except during detections

(at which time the controlled lights

will go on). At night, the LED serves

as a deterrent indicating a security

device in operation.



LED Detection

Indicator

100˚

Top View 30�

Side View 30�

10�

Detection Pattern

Your Stealth will be replaced or

repaired, at our option, if it proves

to be defective in workmanship or

materials within ten years from the

date of original purchase.

For repair replacement, return the

product freight prepaid and insured

to:

RC Lighting

170 Ludlow Avenue

Northvale, NJ 07647

The Stealth should be packed

carefully. Please include you sales

receipt and a description of the

problem.

If your unit is out of warranty or

the damage is unrelated to the

original manufacture, return your

unit directly to us with a check for

$20.00 (made out to RC Electric).

We will repair or replace your unit.

Under no circumstances shall

we be liable for any incidental or

consequential damages arising out

of or in connection with the use or

performance of this product or

other indirect damages with respect

to loss of property or revenue or

cost of installation, removal or

re-installation. This warranty gives

you specific legal rights and you

may also have other rights which

vary from state to state.

 









Principe de l’indicateur de détection DÉL

La DÉL rouge au-dessus de la lentille

indique l’état logique du détecteur.

Si le détecteur est programmé pour

fonctionner la nuit seulement, la DÉL

s’allume pour les détections de jour sans

allumer les luminaires. La nuit, la DÉL

reste allumée en tout temps, sauf durant

les détections (alors que les luminaires

raccordés s’allument). La nuit, la DÉL

prévient qu’un dispositif de sécurité est

en fonction.

Indicateur de

détection DÉL

Conﬁguration de détection

100 pi

10 pi

Vue latérale de 30 pi

Vue supérieure de 30 pi

Choose a location from which

the sensor can “see” all the paths

of movement.

The sensor may be wall or ceiling

mounted.

As distance from the sensor

increases, it will take more move-

ment to be detected. For instance,

at 10 feet, a half step will be

enough, while at 40 feet several

steps will be necessary.

    

 

The Stealth200 provides a 200º

detection pattern. To reduce the

angle of coverage on either or both

sides, use the plastic blinders provid-

ed. The blinders can also be cut

sideways and used to reduce low or

high detection.

The sensor maybe swiveled in any

direction to to cover the area desired.

Always keep the sensor level to

ensure full coverage. To reduce

coverage, aim the sensor towards

the ground.

Stealth STL200 comes with a

standard “Double Look Down”

Lens. This lens has one “Look Out”

zone and two “Look Down” zones,

for excellent detection both at long

and close range.

    

 

The red LED above the lens shows

the logic state of the sensor. If the

sensor is set for night only opera-

tion, the LED will go on for daytime

detections without turning on the

lights. At night, the LED will be on

all the time, except during detections

(at which time the controlled lights

will go on). At night, the LED serves

as a deterrent indicating a security

device in operation.



LED Detection

Indicator

100˚

Top View 30�

Side View 30�

10�

Detection Pattern

Your Stealth will be replaced or

repaired, at our option, if it proves

to be defective in workmanship or

materials within ten years from the

date of original purchase.

For repair replacement, return the

product freight prepaid and insured

to:

RC Lighting

170 Ludlow Avenue

Northvale, NJ 07647

The Stealth should be packed

carefully. Please include you sales

receipt and a description of the

problem.

If your unit is out of warranty or

the damage is unrelated to the

original manufacture, return your

unit directly to us with a check for

$20.00 (made out to RC Electric).

We will repair or replace your unit.

Under no circumstances shall

we be liable for any incidental or

consequential damages arising out

of or in connection with the use or

performance of this product or

other indirect damages with respect

to loss of property or revenue or

cost of installation, removal or

re-installation. This warranty gives

you specific legal rights and you

may also have other rights which

vary from state to state.

 









Choisir un emplacement

Le Stealth sera remplacé ou réparé, à

notre discrétion, s’il est jugé comporter

des défauts de main-d’œuvre ou de

matériaux dans les dix années qui

suivent la date d’achat originale.

Pour obtenir une réparation ou un

remplacement, retourner le produit port

payé et assuré à :

RC Lighting

170 Ludlow Avenue

Northvale, NJ 07647

Le Stealth doit être emballé avec soin.

Prière d’inclure le coupon de caisse et

une description du problème.

Si l’unité n’est plus protégée par la

garantie ou que les dommages ne sont

pas reliés à sa fabrication originale,

nous retourner l’unité directement,

accompagnée d’un chèque de 30,00 $ (à

l’ordre de RC Lighting).

Nous réparerons ou remplacerons votre

unité.

Nous ne pourrons être tenus

responsables en aucun cas des

dommages accidentels ou accessoires

découlant de l’utilisation ou du

rendement de ce produit ou d’autres

dommages indirects relativement à la

perte de propriété ou de revenus ou

aux coûts d’installation, de retrait ou de

réinstallation. La présente garantie vous

confère des droits légaux précis et vous

pouvez avoir d’autres droits qui varient

d’une province à l’autre.

TURN OFF ALL POWER AT

CIRCUIT BREAKER/FUSE PANEL.

Read entire Installation Manual

before proceeding.

All wiring should comply with

local electrical codes and requires

a qualified electrician.

The total lighting load connected

to Stealth must not exceed 8 amps

(1000 watts incandescent or quartz,

500 watts fluorescent). To switch

more wattage an electrician can

install a relay.

Line Carrier Remote Control

Systems such as X-10, Leviton or

Radio Shack are incompatible with

sensors and cause false activations.

Do not install sensors on a

circuit that feeds motor loads

like kitchen appliances, HVAC

equipment, washer/dryer, or garage

door openers.

Sensor must be below and as far

as possible away from lights.

Sensor functions best when the

direction of expected movement is

across its detection pattern, not

towards the sensor.

Mount 6–12 feet high for

optimum range and detection.

STL110 floodlight kits come pre-

wired and assembled on the RC

CU4 EZ plate, allowing for mounting

on round, rectangular or octagonal

surface or recessed boxes.

 

�







































Insérer les

bouchons

dans les

trous

inutilisés

Capuchon

de ﬁnition

Vis centrale

Crochet CU4 EZ

Plaque

Barre de

montage

universelle

Vis de barre

Joint

Joint torique

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











Conseils techniques :

Les lampes s’allument pour des

raisons inconnues

1. Les luminaires peuvent s’allumer en cas

de pluie, de neige ou de tempête de vent

car le détecteur détecte les changements

de température.

Solution :

Installer le détecteur dans un endroit

protégé.

En cas de détections intempestives

constantes, réduire la sensibilité (tourner

vers la gauche) jusqu’à ce que le problème

soit corrigé.

2. Incliner le détecteur davantage vers le

bas - celui-ci peut capter des objets qui

bougent à distance.

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











3. Il se peut que des animaux aient

déclenché le détecteur.

Vérifier l’orientation du détecteur afin de

réduire les déclenchements intempestifs

ou masquer la partie inférieure de la

lentille avec du ruban opaque résistant aux

intempéries pour créer un “passage pour

animaux”.

4. Même s’il est protégé contre les

surtensions et les parasites, le détecteur

peut s’allumer à l’occasion lors des

surtensions extrêmes.

5. Les puissants signaux radio locaux

peuvent provoquer l’actionnement

“mystérieux” du détecteur. Vérifier la

présence de radios bande publique et

amateur, émetteurs de radio VHF ou de

téléphones cellulaires à proximité. Le

détecteur peut être actionné, mais n’est pas

altéré en permanence par ces signaux.

6. Vérifier toutes les solutions données sous

“Les lampes s’allument et s’éteignent”.

7. Vérifier les solutions 2, 4, 5, 6 et 7 sous

“Si les luminaires ne s’éteignent pas”.

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











Passage pour

animaux

10 pi

50 pi

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











Câblage de trousse

1. Fixer la barre de montage

universelle au moyen des vis de

barre (fournies) à la boîte de jonction.

Si on fixe la trousse STL200 à une

boîte étanche murale, on doit utiliser

la plaque de métal à joint intégré. Le

joint fait face à la boîte de jonction.

2. Conseil de raccordement simple :

Utiliser le crochet de fixation en “S” à

mains libres pour retenir la plaque EZ

pendant le raccordement.

3. Acheminer les conducteurs

d’alimentation et les conducteurs de

la trousse de détecteur par les trous

de tous les joints dans la boîte de

jonction.

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











4. Dénuder 1/2 po d’isolation de tous

les fils.

5. Fixer le ou les fils de terre à la

vis de mise à la terre de la boîte de

jonction. Raccorder tel qu’illustré dans

le schéma de raccordement (page 5).

6. Visser les connecteurs de fils. Fixer

en place avec du ruban d’électricien.

7. Aligner la plaque EZ et la plaque

de fixation de métal pour bien sceller.

Serrer la vis centrale de la plaque

EZ (s’assurer que le joint torique se

trouve sur la vis) pour fixer la plaque

EZ à la boîte. Deux vis sont fournies.

Utiliser celle qui convient le mieux à

l’assemblage.

8. Insérer le capuchon de finition de

plastique au centre de la plaque EZ

pour protéger contre les intempéries.

9. Appliquer un calfeutrant de silicone

autour de toutes les ouvertures pour

bien sceller contre les intempéries.

10. Visser les ampoules en place.

Mettre sous tension. Effectuer un test

de marche pour régler la réponse du

détecteur. (page 6).

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











Plaque EZ

Noir

Blanc Blanc

Rouge

(queue de

cochon)

Mise à la terre Mise à la terre

Entrée électrique

Utiliser la queue de cochon rouge seulement pour

commander les luminaires à distance ou additionnels.



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Schémas de raccordement

Schéma de raccordement

de base



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Câblage de trousse de base

Note : Utiliser la queue de cochon

seulement pour commander les

luminaires à distance ou additionnels

Plaque d’interrupteur à

endos auto-adhésif.

Fixer l’étiquette de mode

d’emploi Stealth à la

plaque d’interrupteur

pour référence rapide et

simple.

Plusieurs luminaires



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Étiquette de plaque d’interrupteur

On peut raccorder plusieurs

luminaires à un seul détecteur.

Un électricien compétent

doit installer un relais aﬁn de

supporter les charges supérieures

à 1 000 watts.

Qualité du courant

On déconseille d’installer les

détecteurs sur un circuit qui

alimentent aussi des charges

moteur comme de l’équipement

de climatisation, des appareils

de cuisine ou des ouvre-porte

de garage. Le circuit Stealth est

protégé contre les surtensions et

les parasites conformément aux

normes IEC. Le détecteur peut

toutefois défaillir si la tension

varie considérablement par

rapport à 120 volts.



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Noir

Rouge

Blanc Mise à la terre

Détecteur

Entrée électrique

1. Attach the Universal Mounting

bar with the bar screws (provid-

ed) to the junction box. If you are

attaching your STL200 kit to a

surface mount weatherproof box,

you must use the metal plate with

the attached gasket. The gasket

faces the Junction Box.

2. Easy Wiring Tip:

Use the “S” shaped Hands Free

Hanging Hook to hold the EZ Plate

during wiring.

3. Bring power leads and sensor kit

leads through holes in all gaskets

into junction box.

4. Strip 1/2" of insulation from all

leads.

5. Attach ground wire(s) to junction

box grounding screw. Connect

as shown in wiring diagram (pg 5).

6. Twist on wire nuts. Secure with

electrical tape.

7. Align EZ Plate and metal

mounting plate to insure

proper seal. Tighten EZ Plate

center screw (make sure O-Ring

gasket is on the screw) to attach

EZ Plate to the box. There are

2 screws supplied. Use the one

which suits your assembly

best.

8. Insert plastic Finishing Cap in

the center of the EZ Plate for a

weatherproof seal.

9. Use silicone sealant around all

openings to insure a

weatherproof seal.

10. Screw in light bulbs. Turn on

power.

Conduct walk test to

adjust sensor response (pg 6).

 









 

 



Red pigtail is only used to switch remote or

additional fixtures.



 

1. Lights may turn on occasionally

during rain, snow and windstorms

because the sensor is detecting

changes in temperature.

Solution:

Mount sensor in protected area.

If false detections are a constant

problem, reduce sensitivity (turn

counterclockwise) until the problem

stops.

2. Tilt the sensor lower, it may be

seeing distant objects moving.

3. You may not be aware that

animals have triggered the sensor.

Check sensor aiming to reduce

nuisance triggering or mask the

lower part of the lens with opaque

weatherproof tape to create an

“Animal Alley”.

4. Although it is surge and transient

protected, the sensor may turn on

occasionally during extreme voltage

surges.

5. A possible source of “mysterious”

sensor activations are strong local

radio signals. Check for nearby CB,

Ham, VHF radio transmitters or

Cellular telephones. The sensor may

be activated but will not be perma-

nently impaired by these signals.

6. Check all the Solutions mentioned

under “Lights Turn On and Off”.

7. Check items #2, 4, 5, 6 and 7

under “Lights Do Not Turn Off.”

 

     





   









 





 











 











Noir

Blanc Blanc

Rouge

(queue de

cochon)

Mise à la terre Mise à la terre

Entrée électrique



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Conseils techniques :

La portée semble limitée

1.Vériﬁer que le détecteur est

de niveau de gauche à droite et

pointée en direction de la zone

voulue. Si l’unité est inclinée, une

partie de la zone de détection

peut être relevée au-dessus de la

tête des gens.

Solution : Mettre le détecteur

parfaitement de niveau de gauche

à droite.

2. Vériﬁer que le détecteur n’est

pas installé trop haut. S’il est

installé à plus de 20 pieds, une

grande partie de la portée utile

est perdue.

Solution : Installer entre 6 pieds et

12 pieds pour obtenir une portée

maximale.



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

MAUVAIS!

BON!



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

20 pi

40 pi

6-12 pi

50 pi



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

3. Vériﬁer que le mouvement

n’est pas dirigé directement vers

le détecteur. Le détecteur verra

le mouvement plus rapidement

sur toute sa zone. Pour corriger,

déplacer le détecteur.

4. Vériﬁer que le mouvement

éloigné et directement en

direction du détecteur ne se

trouve pas complètement à

l’intérieur d’une zone.

Problème :

Le détecteur ne détectera pas

tant que le mouvement ne

traversera pas les zones

Solution :

“Micro-ajuster” le détecteur en le

déplaçant à gauche ou à droite sur 1/4

po. Ce faible ajustement peut déplacer

les zones de manière à permettre la

détection plus rapide.



  

  

 

Multiple fixtures may be wired to a

single sensor.

To handle loads greater than 1,000

watts, a qualified electrician

should install a relay.

 

It is not recommended to install

sensors on a circuit that also feeds

motor loads such as HVAC equip-

ment, kitchen appliances, or garage

door openers. The Stealth circuit is

surge and transient protected to

IEC specifications. However, if

voltage varies significantly from

120 volts, sensor may malfunction.

 







 



 

 

Note: Pigtail is only used to switch

remote or additional light fixtures

Switchplate label with

self-adhesive backing.

Attach Stealth operating

instruction label to

switchplate for quick

and easy reference.



 



 

 

1. Check that the sensor is level

from side to side and pointed at the

area you desire. If unit is tilted, part

of the detection zone may be high

in the air over people’s heads.

Solution: Position sensor exactly

level from side to side.

2. Check that the sensor is not

mounted too high. If mounted

above 20 feet, much of the usable

range will be lost.

Solution: Mounting at 6 feet to

12 feet allows maximum range.

3. Check that movement is not

directly towards sensor. Sensor

will see movement across its

pattern more quickly. To fix,

move the sensor.

4. Check that movement far away

and directly towards sensor is not

entirely within one zone.



Sensor will not detect until

movement crosses zones



“Micro Adjust” sensor by moving

sideways 1/4". This may move the

zones to allow earlier detection.

 

  

























PATHWAY



PATHWAY

Aucune détection jusqu’à ce point

VOIE D’ACCÈS

Détection beaucoup plus rapide

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counterclockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





Conseils techniques :

Les luminaires ne s’allument pas

1. S’assurer que tous les luminaires

et lampes fonctionnent correctement.

Comparer le câblage au schéma de

raccordement dans ce manuel. Vérifier que

les luminaires sont sous tension.

2. Si l’installation est effectuée le jour, se

rappeler que le détecteur procure une

période de test de 5 minutes après la

mise sous tension. Après 5 minutes, le

détecteur passe en mode automatique et

ne fonctionne pas le jour si la commande

de photocellule est tournée à la position de

nuit seulement (symbole de lune).

Pour entreprendre une autre période de test

de 5 minutes, couper le courant pendant au

moins 10 secondes, puis le rétablir.

Si le détecteur doit fonctionner le jour et la

nuit, tourner la commande centrale vers

la gauche jusqu’au symbole de soleil et

de lune.

3. Vérifier que les lampes d’une autre

source, comme celles d’un porche à

proximité, du jardin ou de la rue, ne se

trouvent pas dans la zone de détection du

détecteur. La photocellule du détecteur peut

détecter la lumière et désactiver la “lumière

du jour”. Pour que le détecteur fonctionne à

des niveaux d’éclairage ambiant supérieurs,

tourner la commande de photocellule

(bouton central) vers le symbole de soleil.

4. Le détecteur a-t-il été raccordé sous

tension ? Si c’est le cas, les circuits peuvent

avoir été endommagés.

Les luminaires s’éteignent trop

rapidement

Vérifier si le détecteur est déclenché

“intempestivement” par la lumière réfléchie.

Si les lampes commandées par le

détecteur éclairent ou réfléchissent dans la

photocellule (derrière la lentille), l’unité est

déclenchée brièvement, capte sa propre

lumière et s’éteint en “pensant” qu’il faut

jour :

Problèmes :

La lumière est réfléchie dans la photocellule

ou éclaire directement la photocellule

Solution :

Régler la commande de photocellule

(bouton central) légèrement vers la gauche

pour permettre le fonctionnement aux

niveaux d’éclairage ambiant supérieurs. Par

ailleurs, déplacer les lampes ou réflecteurs

ou masquer la lentille en direction de la

lumière et/ou de la réflexion.

Vérifier si des lampes “R”, des lampes “A”

autres qu’à réflecteur ou des lampes PL à

ballast sont utilisées dans un porte-lampe

non encastré. Le cas échéant, utiliser

des projecteurs PAR ou des projecteurs

au quartz pour que le fonctionnement

du détecteur ne soit pas perturbé par la

lumière directe. Si on utilise des projecteurs

PAR, on recommande d’utiliser des

lampes économes d’énergie à plus basse

puissance.

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counterclockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





MAUVAIS!

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counterclockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





Orientation et test de marche

Test de marche

Le test de marche permet de vérifier et de

régler la configuration de couverture. La

période de test de 5 minutes dont dispose

le Stealth permet d’orienter celui-ci et

d’effectuer un test de marche le jour ou la

nuit. Pour entreprendre une autre période

de test de 5 minutes, couper le courant

pendant au moins 10 secondes, puis le

rétablir. Pendant la période de test, le

détecteur allume les lampes pendant 5

secondes chaque fois qu’il détecte un objet

dans sa zone de détection. Le détecteur

passe au mode automatique après le test

de 5 minutes.

▪ Pour passer en mode Test :

Couper le courant pendant au moins 10

secondes, puis le rétablir.

1. Diriger le détecteur vers la zone de

circulation à protéger. Commencer par

diriger le détecteur vers le bas, puis le

relever lentement jusqu’à ce que la plage

voulue soit obtenue.

2. Pénétrer dans la zone de détection et

marcher à l’intérieur de la zone jusqu’à ce

que les lampes s’allument. Plus la distance

par rapport au détecteur augmentera, plus

le mouvement sera difficile à détecter.

3. Ajuster la position du détecteur au besoin

pour améliorer la couverture.

4. Tourner lentement le bouton pour régler

la sensibilité. On peut réduire la sensibilité

(vers la gauche) pour protéger une zone

restreinte ou si le détecteur est activé par le

vent, des arbres ou des animaux. Une plus

grande sensibilité (vers la droite) contribue

à protéger une plus grande zone.

5. Répéter les étapes 2 à 4 jusqu’à ce qu’on

soit satisfait de la protection.

6. La commande de “minuterie” est

programmée à l’usine entre 5 et 8 minutes.

Cette période débute quand le mouvement

cesse dans la zone de détection. Pour

réduire la durée, tourner la commande de

minuterie vers la gauche. Pour accroître la

durée, tourner la commande vers la droite.

7. Le Stealth est réglé à l’usine pour le

fonctionnement de nuit seulement. Pour

le fonctionnement 24 heures, tourner la

commande de photocellule complètement

à droite. Les réglages intermédiaires

permettent de régler le fonctionnement au

crépuscule et à l’aube.

8. Le détecteur est prêt à fonctionner. Voir

les Conseils techniques aux pages 7 à 11

pour en savoir plus.

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counterclockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





Début Fin

Panneau de commande :

   

 

The purpose of the Walk Test is

to check and adjust the coverage

pattern. Stealth has a 5 minute Test

Period which allows the sensor to

be aimed and walk tested day or

night. If you require 5 more minutes

of Test Time, turn the power off for

at least 10 seconds and back on

again. During the Test Period, the

sensor will keep lights on for 5

seconds each time it detects move-

ment in its Detection Zone. The

sensor will change to Automatic

Mode after 5 minutes of testing.

To enter Test Mode:

Turn power off for at least

10 seconds and back on.

1. Aim the sensor across the traffic

pattern you want to detect. Start by

aiming the sensor downward and

then raise it slowly until the desired

range is obtained.

2. Start outside the pattern and

walk across the pattern until the

lights go on. As distance from the

sensor increases, it will take more

movement to be detected.

3. Adjust the sensor aiming as

necessary to improve coverage.

4. To adjust the sensitivity turn knob

gently. Less sensitivity (counter-

clockwise) may be desired if you

wish to detect a limited area or if

the sensor is being activated by

wind, foliage or animals. More

sensitivity (clockwise) will help

cover a larger area.

5. Repeat steps #2 thru #4 until you

are satisfied with the coverage.

6. The “Time” control is factory set

at approximately 5–8 minutes. This

period starts after the movement in

the detection pattern ceases. If less

time is desired, turn the time control

counter-clockwise. For more time,

turn the knob clockwise.

7. Stealth is factory set for night

only operation. To obtain 24 hour

operation, turn the photocell control

full counter-clockwise. Intermediate

settings will adjust operation during

dusk and dawn.

8. Your sensor is ready for operation.

See the Technical Tips pages 7-11

if additional help is needed.

 





1. Check that lamps and fixtures

work. Compare wiring to the wiring

diagram in this manual. Check that

the power is on.

2. If installing during daylight,

remember that the sensor will

provide 5 minutes of Test Time after

power is turned on. After 5 minutes,

the sensor will switch to Automatic

Mode and will not work during

daylight if the photocell control is

turned to the night only position

(moon symbol).

If you require 5 more minutes of

Test Time, turn the power off for

at least 10 seconds and back

on again.

If you require the sensor to operate

both day and night, turn the center

control knob counterclockwise to

the sun and moon symbol.

3. Check that lights from another

source, such as adjacent porch

lights, garden lights or street lights

are not in the sensor’s view. The

sensor’s photocell may detect the

light and deactivate “daylight”.

If you desire the sensor to operate

in higher ambient light levels, turn

the photocell control (center knob)

toward the sun symbol.

4. Was sensor wired hot? If so

circuitry may have been damaged.

1. Check if sensor is being “tricked”

by reflected light. If lights controlled

by the sensor shine or reflect into

the photocell (located behind the

lens) the unit will go on briefly, see

its own light, and turn off “thinking”

that it is daytime:



Lights reflect into photocell, or

lights shine directly into photocell



Adjust photocell control (center

knob) slightly counterclockwise, to

allow operation at higher ambient

light levels. Alternatively, move the

lights or reflectors or mask the lens

in the direction of the lights and/or

reflections.

2. Check if “R” lamps, non-reflector

“A” lamps or self-ballasted PL

lamps are being used in a non-

enclosed lampholder. If so, switch

to reflector PAR floodlight lamps or

Quartz floods so the sensor is not

affected by stray light. If using PAR

floodlights, consider using lower

wattage, energy saving lamps.

 

         





SENSIBILITÉ

PHOTOCELLULE MINUTERIE

Nuit

Fonctionnement

24 heures Fonctionnement

la nuit

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Conseils techniques :

L’éclairage ne s’éteint pas

1. S’assurer que le détecteur n’est pas en

mode Contournement manuel. Couper

le courant pendant 10 secondes, puis

le rétablir pour passer en mode test

pendant environ 5 minutes, puis en mode

automatique avec luminaires éteints et

prêts à détecter le mouvement.

2. S’assurer que le détecteur n’est pas fixé

à ou dirigé vers un objet qui peut bouger

ou changer de température, comme

des branches au vent, de l’eau, des

climatiseurs, des fenêtres ou des bouches

de chauffage - même sur une propriété

avoisinante. On peut tester les sources

infrarouges dans la zone en plaçant une

boîte ou un sac sur le détecteur. Mettre

le détecteur en mode test Les lumières

devraient rester éteintes. Remuer la main à

l’intérieur du sac devant le détecteur.

Les luminaires devraient s’allumer, puis

s’éteindre après le délai prévu. Si le

détecteur fonctionne correctement lorsqu’il

est recouvert, vérifier les points 4 à 7.

Problème : Le détecteur est déclenché par

un mouvement parasite ou une source de

chaleur .

Solution: (1) Diriger le détecteur loin du

mouvement ou (2) masquer la lentille dans

la direction de la source et/ou (3) baisser le

réglage de la commande de sensibilité.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



MAUVAIS

BON

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



3. S’assurer que le détecteur et les lampes

sont solidement fixés et ne bougent pas

même lorsqu’on les touche légèrement.

S’ils bougent, serrer toutes les vis.

4. S’assurer que le détecteur n’est pas fixé

à un objet instable comme un arbre ou un

poteau qui peuvent bouger au vent.

Problème :

Le mouvement des arbres déclenche le

détecteur.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Solution : Installer le détecteur sur une

surface stable.

5. Le détecteur a-t-il été raccordé sous

tension ? Si c’est le cas, les circuits peuvent

avoir été endommagés.

6. S’assurer que le détecteur n’est pas

pointé à moins de 20 pieds d’une route.

Problème :

Les voitures déclenchent le détecteur.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Solution :On recommande une zone

de sécurité de 20 pieds et de réduire la

sensibilité pour éviter que les voitures ne

déclenchent le détecteur.

7. S’assurer que la chaleur dégagée

par les luminaires ne déclenche pas le

détecteur. S’assurer que le détecteur est

installé sous ses luminaires et aussi loin

que possible de ceux-ci.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



MAUVAIS

BON

Zone de sécurité de 20 pi

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Conseils techniques :

Les luminaires s’allument et s’éteignent incorrectement

1. S’assurer que le détecteur est installé

sur son propre circuit dédié, sans charges

moteur, comme de l’équipement de

climatisation, des appareils de cuisine ou

des ouvre-porte de garage.

2. On recommande de raccorder les

détecteurs en parallèle. Les détecteurs

raccordés en série compliquent le

dépannage. Déconnecter les détecteurs

multiples et les tester séparément.

3. Éloigner toutes les personnes de la zone

de détection pour s’assurer que le détecteur

ne les détecte pas.

4. S’assurer que le détecteur est installé

sous ses lampes et aussi loin que possible

de celles-ci. La chaleur produite par les

lampes peut déclencher le détecteur.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Solution : Déplacer le détecteur sous les

lampes et l’éloigner de celles-ci.

5. Les papillons de nuit peuvent être attirés

par les luminaires et atteindre et déclencher

le détecteur. Réduire la sensibilité peut

améliorer la situation.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



MAUVAIS

BON

6. S’assurer que le détecteur n’est pas

pointé à moins de 20 pieds d’une route ou

d’un trottoir. Les voitures déclenchent le

détecteur.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



Solution :

On recommande une zone de sécurité de

20 pieds et de réduire la sensibilité pour

éviter que les voitures ne déclenchent le

détecteur.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



7. La forte pluie, la neige ou les forts vents

peuvent parfois déclencher le détecteur.

Baisser légèrement la commande de

sensibilité jusqu’à ce que le problème soit

corrigé.

8. S’assurer que les lampes ne

réfléchissent pas la lumière dans le

détecteur. Vérifier la présence de surfaces

blanches ou réfléchissantes près du

détecteur.

Solution : Diriger le détecteur ailleurs que

sur des objets réfléchissants ou déplacer

les objets et réduire la sensibilité.

9. Les lampes PL équipées d’un ballast

peuvent produire un état de répétition

(marche-arrêt).

10. Vérifier les solutions 2, 4, 5, 6 et 7 sous

“Si les luminaires ne s’éteignent pas”.

1. Make sure that the sensor is not

in Manual Override Mode. Turn

power OFF for 10 seconds, then

ON Sensor will be in Test Mode for

approximately 5 minutes, then it will

switch to Auto Mode with lights off

and ready to detect movement.

2. Make sure sensor is not aimed at

or mounted over something that

would move or change temperature

such as waving branches, water, air

conditioners, windows or heating

vents—even on neighboring proper-

ty. You can test for infrared sources

in the area by placing a box or bag

over the sensor. Put sensor into test

mode. Lights should stay off. Wave

your hand inside bag in front of sen-

sor. Lights should go on and then

time out. If sensor operates properly

when covered, check items #4–7.

 Sensor is triggered by

unwanted movement or heat source.

 (1) Aim sensor away from

movement or (2) mask lens as in

the direction of the source and/or

(3) lower sensitivity control setting.

3. Make sure sensor and lights are

mounted firmly and do not move

even slightly when touched. If they

move, tighten all screws.

4. Make sure sensor is not mounted

on an unstable object such as a tree

or pole that will move in the wind.



Movement of tree triggers sensor.

 Mount on stable surface.

5. Was sensor wired hot? If so,

circuitry may have been damaged.

6. Make sure sensor is not aimed

within 20 feet of a road.



Passing cars activate sensor.

 A 20 foot safety zone and

lower sensitivity are recommended to

avoid activation from passing cars.

7. Make sure heat from lights is

not triggering sensor. Make sure

the sensor is below and as far as

possible away from lights.

 

    









20’ Safety Zone





 

     

1. Make sure the sensor is installed

on its own dedicated circuit, free of

motor loads such as HVAC equip-

ment, kitchen appliances or garage

door openers.

2. It is not recommended to wire

sensors in parallel. More than one

sensor wired together makes them

difficult to troubleshoot. Disconnect

multiple sensors and test separately.

3. Keep all people completely out of

the detection pattern to make sure

the sensor is not detecting them.

4. Make sure sensor is located

below and as far as possible from

its lights. Heat from the lights may

trigger the sensor.

Solution: Move sensor below and

away from the lights.

5. Moths can be attracted to the

lights and fly close to the sensor

causing triggering. Reducing the

sensitivity may help.

6. Make sure sensor is not aimed

within 20 feet of a road or sidewalk.

Passing cars will activate sensor.

Solution:

A 20 foot safety zone and reduced

sensitivity are recommended to

avoid activation from passing cars.

7. Heavy rain, snow or high winds

may activate the sensor occasional-

ly. Reduce sensitivity control slightly

until problem stops.

8. Make sure lights are not reflect-

ing back into sensor. Check for

white or reflective surfaces close to

the sensor.

Solution: Aim sensor away from

reflective objects, or move the

objects and lower sensitivity.

9. Self ballasted PL lamps may

cause cycling (on-off).

10. Check Solutions #2, 4, 5, 6, and

7 under “If Lights Do Not Turn Off”.









20’ Safety Zone



MAUVAIS

BON

Zone de sécurité de 20 pi

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