new multi-technology wall switch sensors performance never ...€¦ · new multi-technology wall...

New Multi-Technology

Wall Switch Sensors

Performance never

looked so good

COMMERCIAL WALL SWITCH OCCUPANCY SENSORS

DUAL TECHNOLOGY • ULTRASONIC • PASSIVE INFRARED

Ta b l e o f C o n t e n t s

Watt Stopper/Legrand introduces new

commercial wall switch

sensors that offer sleek

design and a multitude of

innovative options,

enhancing our existing

line of energy-saving

occupancy sensors.

The new wall switch sensors easily

replace standard toggle switches and

employ passive infrared (PIR),

ultrasonic or Watt Stopper/Legrand’s

own patented dual technology.

Overview

Code Compliance & Other Benefits

Performance & Features

Sensing Technologies

Applications

Best Design Practices

Low Voltage Solutions

Quick Reference Guide

Product Cut Sheets

Occupancy Sensor Product Matrix

3

4-5

6-7

8-9

10

11-19

20

21

22-39

40-41

Outstanding performance,

appealing aesthetics,

more choice

One line of wall

switch occupancy

sensors offers

unprecedented

application flexibility

Occupancy sensors continue to be among

the leading choices in lighting controls

since their advantages are numerous.

Watt Stopper/Legrand, the world leader in

energy efficient lighting control, continues

to innovate with a new line of wall switch

occupancy sensors, providing sensor

solutions for

any building.

Energy code

compliance

The reduction

in energy

consumption

achieved by

occupancy sensors is one reason they are

mandated in many energy codes, such as

ASHRAE 90.1, California’s Title 24 and

IECC.

Energy savings

Because occupancy sensors turn lights off

in unoccupied spaces, they are effective at

eliminating energy waste.

Lighting tax deduction

Using wall switch occupancy sensors can

qualify a project for valuable tax incentives

under EPAct 2005. Public building owners

who invest in energy efficiency equipment,

including lighting controls, could receive a

partial deduction of up to $0.60/ft2.

Sustainability

The use of lighting controls such as wall

switch sensors, is a cornerstone of

sustainable building practices and key to

optimizing a building’s energy

performance under LEED and other

certification programs.

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Private Office Conference Room Restroom

31% 42% 50%

source: IESNA paper #43 - EPA, Lighting Research Center

Energy Savings based on a 15 minute time delay

Typical Energy Savings in Common Applications

Meet energy codes

with

Watt Stopper/Legrand

Wall Switch Sensors

4www.wattstopper.com8 0 0 . 8 7 9 . 8 5 8 5

Occupancy sensors make

code compliance easy and

increase energy savings

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Safety & security

Because Watt Stopper/Legrand wall

switch sensors respond instantly to

occupancy, they ensure a safe, securely lit

environment for personnel and visitors

alike.

Comfort & convenience

Our sensors operate transparently for

occupants. In ADA-compliant buildings,

they provide reliable occupancy detection

via superior performance-sensing

technology and ensure accessibility for

disabled occupants.

Feel secure,

enhance comfort

and convenience


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A new generation of

wall switch occupancy sensors

www.wattstopper.com8 0 0 . 8 7 9 . 8 5 8 5

Multiple sensing

technologiesChoose the sensing technology that’s right

for your application. We offer models

featuring PIR, ultrasonic or dual technology.

SmartSet™

technology

Single & dual

relays

Use our dual relay models to comply

with bi-level switching provisions in

energy codes, or for convenient control

of a secondary load.

Our patented SmartSet technology

automatically adjusts time delay for optimal

energy efficiency.

Walk-through modeIf someone is simply passing through a

room, our selectable Walk-through Mode

turns lights off shortly after the person

leaves the space.

Accommodate the special wiring needs of

different applications with a choice of line

and low voltage models.

One-touch light levelBecause Watt Stopper/Legrand sensors

feature, built-in light levels, daylight can be

incorporated into your lighting with just one

touch, saving not only energy, but money.

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Lights can be turned on and off

automatically or manually using the sensor’s

ON/OFF push button(s).

Auto-ON or Manual-ON

operating mode

Line & low voltages

Sleek designAdd style to every space with our

extremely low-profile form with color-

matched lens and device, available in

five colors with optional screwless wall

plates for a clean look.

Our wall switch occupancy sensors

also feature:

• Zero Crossing Circuitry

• Test Mode

• Trigger Mode

• Override Mode

• Audible and/or Visual Alert

White

Light Almond

Ivory

Grey

Black

Because every application is different, the

various characteristics of the space must

be considered when selecting which

sensor fits best, justifying the need for

multiple technologies.

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Multiple technologies mean

versatility and reliability for

your application

Passive Infrared

Technology

PW-100 Series

PW-200

Ultrasonic

Technology

UW-100 Series

UW-200

Dual

Technology

DW-100 Series

DW-200

1

2

3


PIR technology senses occupancy by detecting the

difference between heat emitted from the human

body in motion and the background space. Relying

on a clear line of sight, PIR switches make 100%

coverage cut-off possible.

Ultrasonic detection works by transmitting

ultrasonic sound waves throughout an area and

measuring the speed at which they return.

Occupant movement changes the frequency at

which these sound waves return, resulting in a

Doppler shift and occupancy detection.

We invented and patented Dual Technology to

combine the best of both PIR and ultrasonic

technologies. While PIR and ultrasonic sensors

provide optimal control for many spaces, some

applications pose difficulty for single technology

products. Our Dual Technology sensors ensure

maximum sensitivity and coverage in tough

applications for optimal reliability and energy

savings.

9

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Best fit applications for

wall switch occupancy sensors

10

Use this quick application guide to determine the best solution for your space.

small office

(12’x12’)

executive office

(18’x15’)

small

conference room

(12’x12’)

medium

conference room

(18’x15’)

individual restroom

(8’x8’)

two-stall

restroom (15’x10’)

utility/storage

room (15’x15’)

lunch/break

room (15’x12’)

X

X

X

X

X

X

X

X

X

X


Application Ultrasonic PIR

X

X

Technology

DualTechnology

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• Install PIR wall switch sensor where it has

a direct, unobstructed view of the targeted

space (furniture or other obstacles will

prevent detection).

• Use PIR wall switch sensor when the

occupant is facing the sensor to maintain

hand motion detection.

• Use ultrasonic wall switch occupancy

sensors in restrooms and utility/storage

rooms where sensor may have an

obstructed view of the space.

• Choose dual technology wall switch

sensors in private offices, conference

rooms and lunch/break rooms when

occupants are not very active or not facing

the sensor, or when switches need to be

installed at lower mounting heights to be

ADA-compliant.

• Use dual relay models to comply with bi-

level switching provisions in energy codes,

or to control a second lighting load or a

non-lighting load (i.e., an exhaust fan).

• Use low voltage wall switch sensors to add

installation flexibility, connect to other

building systems and lower installation

costs.

• In applications where ceiling sensors are

not practical (e.g., concrete ceilings or

asbestos above the ceiling) wall switch

sensors are ideal control solutions.

• DO NOT use PIR wall switch sensors in

spaces where furniture or other

obstacles block the sensor’s view.

• DO NOT install PIR wall switch sensors

in spaces with extremely low levels of

occupant motion.

• DO NOT use ultrasonic wall switch

sensors in a room where doors remain

open.

• DO NOT use ultrasonic wall switch

occupancy sensors in spaces with

heavy air flow.

• DO NOT control emergency or exit

lighting with wall switch sensors.

• DO NOT install wall switch sensors

within six feet of an air duct.


Best Design Practices Design Practices to Avoid

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Best design practices

in office spaces


Control Needs Solution

• Turn lights on/off automatically

• Provide manual ON/OFF control

• Keep lights off when there’s enough

natural light in the space

• Bi-level switching or controlling a

secondary load

• Detect large (e.g., walking) and small

(e.g., typing) motions

• PW-100 when:

– one lighting load to control,

– sensor’s view is unobstructed, and

– occupant is facing the sensor

• PW-200 when:

– two lighting loads to control


– occupant is facing the sensor

• DW-100 when:

– one lighting load to control, and

– sensor’s view is obstructed or

– occupant is NOT facing the sensor

• DW-200 when:

– two lighting loads to control, and


– occupant is NOT facing the sensor

Small Office

(12’x12’)

Enclosed, single-occupant

office, often with a window,

in which the primary

activities are relatively

stationary, like computer

work and reading.







secondary load



• Keep lights off during presentations

• DW-100 when:

– one lighting load to control

• DW-200 when:


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Executive Office

(18’x15’)

Enclosed private office, often

with spacious windows,

typically used for high-level

meetings, reading and

teleconferences.

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in conference room spaces



Small

Conference

Room (12’x12’)

Conference room used for

meetings and training, with

intermittent and

unpredictable occupancy

throughout the day.



• Keep lights off when there’s enough natural

light in the space

• Bi-level switching or controlling a secondary

load

• Detect large (e.g., walking) and small (e.g.,

typing) motions


• PW-100 when:



– occupants are facing the sensor

• PW-200 when:




• DW-100 when:



– occupants ares NOT facing the sensor

• DW-200 when:



– occupants are NOT facing the sensor







secondary load




• DW-100 when:


• DW-200 when:


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Medium

Conference Room

(18’x15’)

Conference room that is used

for meetings and training in

which there might be two

lighting zones: one for

general lighting and one for

lighting at the front of the

room.


Individual

Restroom (8’x8’)

Individual restroom without

partitions with intermittent

usage throughout the day.



• Control a non-lighting load (e.g., an

exhaust fan)

• PW-100 when:


– sensor’s view is unobstructed

• PW-200 when:

– one lighting load and exhaust fan to

control, and

– sensor’s view is unobstructed

• UW-100 when:


– sensor’s view is obstructed

• UW-200 when:


control, and

– sensor’s view is obstructed

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in restroom spaces





• Control a non-lighting load (e.g., an

exhaust fan)

• Detect major (e.g., walking to sink) and

minor motions (e.g., when occupants

have the stall door closed)

• UW-100 when:


• UW-200 when:


control

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Two-Stall

Restroom (15’x10’)

Restroom containing one or

two stalls with intermittent

usage throughout the day.





secondary load


(e.g., reading) motions

• PW-100 when:




• PW-200 when:




• DW-100 when:



– occupants ares NOT facing the sensor

• DW-200 when:



– occupants are NOT facing the sensor

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in lunch/break and utility rooms

Lunch/Break

Room (15’x12’)

Small room used by

employees, with intermittent

occupancy throughout the

day. Common activities are

eating, talking on the phone

and reading a newspaper or

book.




• UW-100 when:

- one lighting load to control, and

- fully automated solution

• UW-200 when:

- two lighting loads to control, and

- fully automated solution

• TS-400 when:

- one lighting load to control, and

- manual ON/Auto OFF time-based

solution

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Utility/Storage

Room (15’x15’)

Small enclosed, windowless

storage/utility room used

infrequently for short periods

of time. Typically contains file

cabinets or computer

equipment.

Using low voltage wall switch occupancy

sensors can offer advantages over line

voltage sensors such as:

• Greater flexibility

– Connect multiple low voltage sensors

on a single circuit.

– Switch loads that exceed the rating of a

standard line voltage switch.

– Use as alternative to line voltage

switches in jurisdictions that prohibit

the use of 277 volt wall switches or in

locations where line voltage wiring is

not possible.

– Integrate seamlessly with VAV or building

systems for additional energy savings.

• Lower installation costs

Since low voltage sensors use low voltage

wiring, they do not require the use of

conduit. Installation labor costs are typically

lower and it is easier and faster to relocate

should rewiring be necessary.

Selecting the right power pack

When choosing a power pack to

accompany a low voltage wall switch

application, keep these factors in mind:

– Power output needs

– Voltage

– Relay type and ratings

– Type of load to be switched

– Mounting options

– Signaling from multiple devices

For more information on selecting power

packs as well as complete power pack

product information, refer to our Product

Selection Guide.

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Designing with low

voltage wall switch

occupancy sensors


Wall Switch Occupancy Sensor

Quick Reference Guide


Model Number

Voltage

120/230/277 VAC, 50/60 Hz • • • • • •

347 VAC, 50/60 Hz • • •

24 VDC • • •

Load Limit

120 VAC 800 W

230/277 VAC 1,200 W

347 VAC 1,500 W

Relays

Single Relay • • • • • •

Dual Relay • • •

Coverage

Major Motion 35’ x 30’ 20’ x 20’ 35’ x 30’

Minor Motion 20’ x 15’ 15’ x 15’ 20’ x 15’

Features

UL listed • • • • • • • • •

Zero Crossing • • • • • • • • •

Test Mode (selectable) • • • • • • • • •

Walk-through Mode (selectable) • • • • • • • • •

SmartSet (selectable) • • • • • • • • •

PIR Sensitivity (adjustable) • • • • • •

Ultrasonic Sensitivity (adjustable) • • •

Override Mode (selectable) • • • • • • • • •

Audible Shut-off (selectable) • • • • • • • • •

Visual Shut-off (selectable) • • • • • •

One-touch Light Level • • • • • • • • •

Trigger Mode (selectable) • • •

Manual-ON/Auto-ON • • • • • • • • •

PIRSensing Technology Ultrasonic Dual Technology

PW-200PW-100

PW-100-347

PW-100-24 UW-200UW-100

UW-100-347

UW-100-24 DW-200DW-100

DW-100-347

DW-100-24

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PW-100 Passive Infrared Wall Switch Sensor

PROJECT

LOCATION/TYPE

Color-matched lens and

low profile for appealing design

SmartSet™ technology for

increased energy savings

High sensitivity and dense

coverage for exceptional

performance

• Detection Signature Processing eliminates false

triggers and provides immunity to RFI and EMI

• Zero-crossing for long relay life

• Vandal resistant lens combines precise coverage

with durability

• Choice of Auto-ON or Manual-ON operation

• Selectable SmartSet automatically adjusts time

delay for maximum savings

• Selectable walk-through mode turns lights off

three minutes after the room is initially occupied

if no motion is detected after the first 30

seconds

• Selectable test mode allows quick and easy

adjustments

The PW-100 passive infrared (PIR) wall switch

sensor turns lights ON and OFF based on

occupancy. It is characterized by high sensitivity to

small and large movements, appealing aesthetics,

and variety of features.

SmartSet™

Applications

The PW-100 sensor is well suited for small,

enclosed spaces with clear line of sight of the

occupant. Common applications include small

office, small conference room and lunch/break

rooms.

Operation

The PW-100 replaces existing wall switches and

fits in a single gang junction box. It uses advanced

PIR technology to detect occupancy and turns

lighting ON. Once the space is vacated and the

time delay elapses, lights automatically turn OFF.

DIP switch settings allow for a variety of control

options such as Auto-ON or Manual-ON operation,

walk-through, and test modes.

DescriptionProduct

Overview

Features • Selectable audible and/or visual alerts for

impending shutoff

• In automatic mode, sensor returns

automatically to Auto-ON after lights are turned

off manually; ideal for presentations

• LED indicates occupancy detection

• Features built-in light level sensing with simple,

one-step setup

• Override mode allows sensor to operate as a

service switch in the unlikely event of a failure

• NEMA WD 7 guideline utilized for coverage

testing

Part of a new comprehensive line of PIR,

Ultrasonic and Dual Technology wall switch

sensors

Multiple features such as selectable

walk-through, test and presentation

modes

Using SmartSet technology, the PW-100

continuously monitors the controlled space to

identify usage patterns and automatically adjust

the time delay for optimal energy efficiency. The

sensor assigns short delays (as low as seven

minutes) for times when the space is usually

vacant, and longer delays (up to 30 minutes) for

busier times. SmartSet is also able to differentiate

electrical noise from human motion for greater

performance.

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Controls &

Settings

Coverage &

Wiring

Pub. No. 23301

Ordering

Information

Specifications • PW-100: 120/230/277 VAC; 50/60 Hz

@ 120 VAC, 0-800 W ballast or tungsten,1/6 hp

@ 230/277 VAC, 0-1200 W ballast

• PW-100-347: 347 VAC; 50/60Hz, 0-1500 W

ballast

• Time delays: SmartSet (automatic), fixed (5, 10,

15, 20, 25 or 30 minutes), walk-through, test-

mode

• Coverage: Major motion 35’x 30’

Minor motion 20’ x 15’

• Sensitivity adjustment: PIR (high/low)

• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D

• UL and CUL listed; five year warranty

Product Controls DIP Switch Settings

Coverage Pattern PW-100/347 Single Level Lighting

Load

RedLine Black

Neutral

Ground Green

Ground Green/Yellow


DEL

AY

PIR

50

%W

ALK

TRIG

GER

ALE

RTS

RLY

1 M

AN

RLY

2 M

AN

DIP Switches

Detection LED

PIR Lens

ON/OFF Button

=ON =OFF =Factory Setting

8Auto On

Manual On

Relay 1 Mode5High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 Mode

Not Used

Audible AlertsPIR Sensitivity

VisibleAlerts

Auto/Test

10 minutes15 minutes20 minutes25 minutes30 minutes

override

5 minutes

1 2 3Time Delay

Bypass occupancy & light level functions. Loads are manually controlled with PW-200 buttons.

6DisabledEnabled

Visible Alert

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0

* For best performance, Watt Stopper/Legrand recommends

using this sensor in spaces no larger than 15’ x 12’

PW-100-W

PW-100-LA

PW-100-I

PW-100-G

PW-100-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz

Catalog No. Color Voltage Load Rating


@ 230/277 VAC, 0-1200 W ballast

PW-100-347-W

PW-100-347-LA

PW-100-347-I

PW-100-347-G

PW-100-347-B

White

Lt. Almond

Ivory

Grey

Black

347 VAC; 50/60 Hz 0-1500 Watt Ballast

One ASP-211 single-gang cover plate included. Order ASP-422 for blank 2-gang cover plate, ASP-432 for 2-gang cover plate

with switch option (specify color).

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PW-100-24 Passive Infrared Low Voltage Wall SwitchSensor

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PROJECT

LOCATION/TYPE







performance





with durability







seconds


adjustments

The PW-100-24 passive infrared (PIR) low voltage

wall switch sensor turns lights ON and OFF based

on occupancy. It is characterized by high sensitivity

to small and large movements, appealing

aesthetics, and variety of features.

Low Voltage

Applications

The PW-100-24 is the perfect choice for locations

where line voltage wiring is not possible or for

jurisdictions prohibiting the use of 277V switches. It

is well suited for small enclosed spaces with clear

line of sight of the occupant. Common applications

include small offices, small conference rooms, and

lunch/break rooms.

Operation

The PW-100-24 uses advanced PIR technology to

detect occupancy and turns lighting ON. Once the

space is vacated and the time delay elapses, lights

automatically turn OFF. DIP switch settings allow

for a variety of control options such as Auto-ON or

Manual-ON operation, walk-through, and test

modes.

DescriptionProduct

Overview


impending shutoff






one-step setup




testing



sensors



modes

Low voltage wall switch sensors can offer

advantages over line voltage models. Using an

isolated form-C relay output, the PW-100-24

sensor integrates seamlessly with VAV or other

building systems for greater energy savings.

Multiple PW-100-24 sensors can also be connected

on a single circuit and can switch loads that exceed

the rating of a standard line voltage switch. In

addition, low voltage sensor installations do not

require the use of conduits reducing installation

costs and making relocation easier.


Low voltage input

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Controls &

Settings

Coverage &

Wiring

Pub. No. 23401

Ordering

Information

Specifications • 18-24 VDC, 24 VAC and halfwave rectified AC

• Current consumption: 20 mA

• PW-100-24 contains single-pole, double-throw

isolated relay rated for 1 A @ 30 VDC



mode




• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



Coverage Pattern PW-100-24 Low Voltage Wiring

Common

White (Neutral)

Red

(Load)

Red (Line)

White

Black

Hot

Neutral PowerPack

Blu

eBla

ckR

ed

LocalOFF Switch

LightingLoad

Control Outputs

+24 VDC

Isolated Relay Outputs

Normally closed contactCommonNormally open contactNot used


DEL

AY

PIR

50

%W

ALK

TRIG

GER

ALE

RTS

RLY

1 M

AN

RLY

2 M

AN

DIP Switches

Detection LED

PIR Lens

ON/OFF Button


8Auto On

Manual On

Relay 1 Mode5High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 Mode

Not Used


VisibleAlerts

Auto/Test


override

5 minutes

1 2 3Time Delay


6DisabledEnabled

Visible Alert

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0



PW-100-24-W

PW-100-24-LA

PW-100-24-I

PW-100-24-G

PW-100-24-B

White

Lt. Almond

Ivory

Grey

Black

18-24 VDC, 24 VAC and halfwave rectified AC

Catalog No. Color Voltage



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PW-200 Passive Infrared Dual Relay Wall SwitchSensor

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PROJECT

LOCATION/TYPE

Color-matched lens and low profile

for appealing design



High sensitivity and dense coverage

for exceptional performance



• Zero-crossing on both relays for long relay life


with durability

• Choice of Auto-ON or Manual-ON operation,

selectable for each relay






seconds


adjustments

The PW-200 passive infrared (PIR) wall switch


occupancy. It contains two relays for controlling

two independent lighting loads or circuits and

features our innovative SmartSet™ technology.

Bi-Level Control

Applications

The PW-200 sensor is well suited for small,

enclosed spaces with a clear line of sight of the

occupant. In addition, its dual relays allow bi-level

switching or control of a secondary load. Common

applications include small office, small conference

room and lunch/break rooms.

Operation

The PW-200 replaces existing wall switches and

fits in a single gang junction box. It uses advanced

PIR technology to detect occupancy and turns

lighting ON. Once the space is vacated and the

time delay elapses, lights automatically turn OFF.

Each of the PW-200’s relays can control a separate

lighting load and each can be set for either

automatic or manual-ON. Dual ON/OFF buttons

allow the user to manually turn on and off each of

the loads. DIP switch settings allow for a variety of

control options such as Auto-ON or Manual-ON

operation, walk-through, and test modes.

DescriptionProduct

Overview


impending shutoff






one-step setup




testing



sensors



modes

The PW-200 features a built-in light level sensor

that controls the second (secondary) relay. If

adequate daylight is present, the sensor will hold

secondary lights off until daylight levels drop,

providing increased energy savings. The PW-200

satisfies energy codes requiring bi-level or daylight

control switching. The two relays in the sensor give

it the ability to control two lighting loads

independently. This provides A/B switching where

the user can achieve half-lighting (or another

desired portion) from a single switch.


Two relays for control of two

separate lighting loads or circuits

26

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Pub. No. 23501

Ordering

Information

Specifications • 120/230/277 VAC; 50/60 Hz


@ 230/277 VAC, 0-1200 W ballast



mode




• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



PW-200 Bi-level Level Wiring PW-200 Two Circuit Level Wiring

Blue

PrimaryLoad

SecondaryLoad

Neutral

Red

Brown

Line 2

Line 1 Black

Neutral

Ground

Ground Green/Yellow

Green



8Auto On

Manual On

Relay 1 Mode

9Auto On

Manual On

Relay 2 Mode

5High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 Mode

Relay 2 Mode


VisibleAlerts

Auto/Test


override

5 minutes

1 2 3Time Delay


6DisabledEnabled

Visible Alert

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0



PW-200-W

PW-200-LA

PW-200-I

PW-200-G

PW-200-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz



@ 230/277 VAC, 0-1200 W ballast

Coverage

Neutral

Blue

Line Black

SecondaryLoad

Brown

PrimaryLoad

Red

Ground

Ground Green/Yellow

Green

DEL

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RLY

2 M

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VIS

. A

LER

TDIP Switches

Detection LEDs

Red = PIR

Green = Ultrasonic

PIR Lens

ON/OFF Button



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LOCATION/TYPE

Low profile design



High sensitivity for

exceptional performance










seconds


adjustments

The UW-100 ultrasonic wall switch sensor turns

lights ON and OFF based on occupancy. It is

characterized by high sensitivity to small and large

movements, appealing aesthetics, and variety of

features.

SmartSet™

Applications

The UW-100 sensor is ideal for applications where

the sensor may have a partially obstructed line of

sight on the occupant. Common applications

include individual restrooms, restrooms with two

stalls and utility/storage rooms.

Operation

The UW-100 fits in a single junction box. It uses

Doppler Principle and high frequency (40kHz)

ultrasound to detect occupancy and turn lighting

ON. Once the space is vacated and the time delay

elapses, lights automatically turn OFF. DIP switch

settings allow for a variety of control options such

as Auto-ON or Manual-ON operation, walk-

through, and test modes.

DescriptionProduct

Overview


impending shutoff






one-step setup




testing



sensors



modes

Using SmartSet technology, the UW-100


identify usage patterns and automatically adjust

the time delay for optimal energy efficiency. The

sensor assigns short delays (as low as seven

minutes) for times when the space is usually

vacant, and longer delays (up to 30 minutes) for

busier times. SmartSet is also able to differentiate

electrical noise from human motion for greater

performance.


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Coverage &

Wiring

Pub. No. 23601

Ordering

Information

Specifications • UW-100: 120/230/277 VAC; 50/60 Hz


@ 230/277 VAC, 0-1200 W ballast

• UW-100-347: 347 VAC; 50/60Hz, 0-1500 W

ballast



mode



• Sensitivity adjustment: Ultrasonic (fully variable)

• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



Coverage Pattern UW-100/347 Single Level Lighting

Load

RedLine

Neutral

Ground

Neutral

Green

White

Black



5DisabledEnabled

Visible Alert

7Auto On

Manual On

Relay 1 Mode

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Not Used

Not Used

Relay 1 Mode

Visible Alert

AudibleAlerts

Auto/Test


override

5 minutes

1 2 3Time Delay

Bypass occupancy & light level functions. Disable ultrasonic transmissions. Loads are manually controlled with UW buttons.

6DisabledEnabled

Audible Alert

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

UltrasonicCoverage

Major motion

Minor motion



UW-100-W

UW-100-LA

UW-100-I

UW-100-G

UW-100-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz



@ 230/277 VAC, 0-1200 W ballast

UW-100-347-W

UW-100-347-LA

UW-100-347-I

UW-100-347-G

UW-100-347-B

White

Lt. Almond

Ivory

Grey

Black


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1 M

AN

RLY

2 M

AN

DIP Switches

Ultrasonic Cones

Ultrasonic Sensitivity

Adjustment Trimpot

ON/OFF Button



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LOCATION/TYPE

Low profile design














seconds


adjustments

The UW-100-24 ultrasonic low voltage wall switch


occupancy. It is characterized by high sensitivity to

small and large movements, appealing aesthetics,

and variety of features.

Low Voltage

Applications

The UW-100-24 is the perfect choice for locations

where line voltage wiring is not possible or for

jurisdictions prohibiting the use of 277V switches. It

is well suited for applications where the sensor

may have a partially obstructed line of sight on the

occupant such as individual restrooms, restrooms

with two stalls and utility/storage rooms.

Operation

The UW-100-24 uses the Doppler Principle and

high frequency (40kHz) ultrasound to detect

occupancy and turn lighting ON. Once the space is

vacated and the time delay elapses, lights

automatically turn OFF. DIP switch settings allow

for a variety of control options such as Auto-ON or

Manual-ON operation, walk-through, and test

modes.

DescriptionProduct

Overview


impending shutoff






one-step setup




testing



sensors



modes



isolated form-C relay output, the UW-100-24



Multiple UW-100-24 sensors can also be

connected on a single circuit and can switch loads

that exceed the rating of a standard line voltage

switch. In addition, low voltage sensor installations

do not require the use of conduits reducing

installation costs and making relocation easier.


Low voltage input

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Coverage &

Wiring

Pub. No. 23701

Ordering

Information



• UW-100-24 contains single-pole, double-throw




mode




• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



Coverage Pattern UW-100-24 Low Voltage Wiring

Common

White (Neutral)

Red(Load)

Red (Line)

White

BlackHot

Neutral PowerPack

Blu

eBla

ckR

ed

LocalOFF Switch

LightingLoad

Control Outputs

+24 VDC





5DisabledEnabled

Visible Alert

7Auto On

Manual On

Relay 1 Mode

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Not Used

Not Used

Relay 1 Mode

Visible Alert

AudibleAlerts

Auto/Test


override

5 minutes

1 2 3Time Delay


6DisabledEnabled

Audible Alert

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

UltrasonicCoverage

Major motion

Minor motion



UW-100-24-W

UW-100-24-LA

UW-100-24-I

UW-100-24-G

UW-100-24-B

White

Lt. Almond

Ivory

Grey

Black



DEL

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1 M

AN

RLY

2 M

AN

DIP Switches

Ultrasonic Cones


Adjustment Trimpot

ON/OFF Button



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UW-200 Ultrasonic Dual Relay Wall Switch Sensor

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LOCATION/TYPE

Low profile design















seconds


adjustments

The UW-200 ultrasonic wall switch sensor turns

lights ON and OFF based on occupancy. It contains

two relays for controlling two independent lighting

loads or circuits and features our innovative

SmartSet™ technology.

Bi-Level Control

Applications

The UW-200 sensor is ideal for applications where

the sensor may have a partially obstructed line of

sight on the occupant. In addition, its dual relays

allow bi-level switching or control of a secondary

load such as an exhaust fan. Common applications

include individual restrooms, restrooms with two

stalls and utility/storage rooms.

Operation

The UW-200 fits in a single gang junction box. It

uses Doppler Principle and high frequency (40kHz)

ultrasound to detect occupancy and turn lighting

ON. Once the space is vacated and the time delay

elapses, lights automatically turn OFF. Each of the

UW-200’s relays can control a separate lighting

load and each can be set for either automatic or

manual-ON. Dual ON/OFF buttons allow the user

to manually turn on and off each of the loads. DIP

switch settings allow for a variety of control options

such as Auto-ON or Manual-ON operation, walk-

through, and test modes.

DescriptionProduct

Overview


impending shutoff






one-step setup




testing



sensors



modes

The UW-200 features a built-in light level sensor




providing increased energy savings. The UW-200










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Wiring

Pub. No. 23801

Ordering

Information



@ 230/277 VAC, 0-1200 W ballast



mode




• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D




UW-200 Bi-level Level Wiring UW-200 Two Circuit Level Wiring


8Auto On

Manual On

Relay 2 Mode5DisabledEnabled

Visible Alert

7Auto On

Manual On

Relay 1 Mode

4DisabledEnabled

Walk-Through

91 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 2 Mode

Not Used

Relay 1 Mode

Visible Alert

AudibleAlerts

Auto/Test


override

5 minutes

1 2 3Time Delay


6DisabledEnabled

Audible Alert

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

UltrasonicCoverage

Major motion

Minor motion



DEL

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50

%W

ALK

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RLY

1 M

AN

RLY

2 M

AN

DIP Switches

Ultrasonic Cones


Adjustment Trimpot

ON/OFF Button

Blue

Ground

PrimaryLoad

SecondaryLoad

Neutral White

Red

Brown

Line 2

Line 1 Black

Neutral White

Neutral White

Green

Neutral

Ground

Blue

Line Black

SecondaryLoad

Brown

PrimaryLoad

Red

White

Neutral White

Green

UW-200-W

UW-200-LA

UW-200-I

UW-200-G

UW-200-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz





@ 230/277 VAC, 0-1200 W ballast

Coverage

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DW-100 Dual Technology Wall Switch Sensor

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PROJECT

LOCATION/TYPE







performance





with durability






if no motion is detected after the first 30 seconds


adjustments

The DW-100 dual technology wall switch sensor

combines the benefits of passive infrared (PIR) and

ultrasonic technologies to turn lights ON and OFF

based on occupancy. It is characterized by high

sensitivity to small and large movements,

appealing aesthetics, and variety of features.

SmartSet™

Applications

Watt Stopper’s dual technology has the flexibility to

work in a variety of applications where one

technology alone may not be sufficient. Common

applications include small and executive offices,

small and medium conference rooms and

lunch/break rooms. In addition, dual technology

sensors are the perfect choice for ADA compliant

buildings due to lower mounting height

requirements.

Operation

The DW-100 fits in a single gang junction box. By

default, when both PIR and ultrasonic technologies

detect occupancy, lights turn ON automatically.

Once the lights are ON, detection by either

technology holds lights ON until occupancy is no

longer detected and the time delay elapses.

Through DIP switch settings, the user can

customize the sensor by choosing the combination

of technologies to turn -ON and hold-ON lights.

Additional DIP switch settings allow for a variety of

control options such as Auto-ON or Manual-ON,

walk-through, and test mode.

DescriptionProduct

Overview

Features • Selectable audible alert for impending shutoff




• Four occupancy logic options give users the

ability to customize control to meet application

needs


one-step setup




testing



modes

Part of a new comprehensive line of

PIR, Ultrasonic and Dual Technology

wall switch sensors

Using SmartSet technology, the DW-100


identify usage patterns and automatically adjust the

time delay for optimal energy efficiency. The sensor

assigns short delays (as low as seven minutes) for

times when the space is usually vacant, and longer

delays (up to 30 minutes) for busier times. SmartSet

is also able to differentiate electrical noise from

human motion for greater performance.


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Coverage &

Wiring

Pub. No. 22301

Ordering

Information

Specifications • DW-100: 120/230/277 VAC; 50/60 Hz


@ 230/277 VAC, 0-1200 W ballast

• DW-100-347: 347 VAC; 50/60Hz, 0-1500 W

ballast

• Time delays: SmartSet (automatic), fixed (5, 15

or 30 minutes), walk-through, test-mode

• Coverage: PIR Major motion 35’x 30’

PIR Minor motion 20’ x 15’

Ultrasonic Major motion 20’x 20’

Ultrasonic Minor motion 15’ x 15’

• Sensitivity adjustment: PIR (high/low),

Ultrasonic (fully variable)

• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



Coverage Pattern DW-100/347 Single Level Lighting

Load

RedLine Black

Neutral

Ground Green

Neutral White


9


1 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 On Mode

Not Used


8Auto On

Manual On

Relay 1 On Mode

4High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

1 2

5 minutesAuto/Test

15 minutes30 minutes

Time Delay

5 6TriggerMode

Initial

Occ

upan

cyMaintain

Occ

upan

cy

Re-trigge

r(sec

onds

duratio

n)

Option C Both Both Both

Standard Both Either(5)Either

Option A Either Either(5)PIR

Option B PIR PIR PIR

3DisabledEnabled

Walk-Through

TriggerMode

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

UltrasonicCoverage

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0



DEL

AY

PIR

50

%W

ALK

TRIG

GER

ALE

RTS

RLY

1 M

AN

RLY

2 M

AN

DIP Switches

Detection LEDs

Red = PIR

Green = Ultrasonic

PIR Lens

Ultrasonic Cones


Adjustment Trimpot

ON/OFF Button

DW-100-W

DW-100-LA

DW-100-I

DW-100-G

DW-100-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz





@ 230/277 VAC, 0-1200 W ballast

DW-100-347-W

DW-100-347-LA

DW-100-347-I

DW-100-347-G

DW-100-347-B

White

Lt. Almond

Ivory

Grey

Black


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PROJECT

LOCATION/TYPE







performance





with durability






if no motion is detected after the first 30 seconds


adjustments

The DW-100-24 dual technology low voltage wall

switch sensor combines the benefits of passive

infrared (PIR) and ultrasonic technologies to turn

lights ON and OFF based on occupancy. It is

characterized by high sensitivity to small and large

movements, appealing aesthetics, and variety of

features.

Low Voltage

Applications

Watt Stopper’s dual technology has the flexibility to

work in a variety of applications where one

technology alone may not be sufficient. The DW-

100-24 is the perfect choice for locations where

line voltage wiring is not possible or for

jurisdictions prohibiting the use of 277V switches.

Common applications include small and executive

offices, small and medium conference rooms and

lunch/break rooms.

Operation

By default, when both PIR and ultrasonic

technologies detect occupancy, lights turn ON

automatically. Once the lights are ON, detection by

either technology holds lights ON until occupancy is

no longer detected and the time delay elapses.

Through DIP switch settings the user can

customize the sensor by choosing the combination

of technology to turn-ON and hold-ON lights.

Additional DIP switch settings allow for a variety of



DescriptionProduct

Overview







needs


one-step setup




testing



modes



wall switch sensors



isolated form-C relay output, the DW-100-24



Multiple DW-100-24 sensors can also be connected

on a single circuit and can switch loads that exceed

the rating of a standard line voltage switch. In

addition, low voltage sensor installations do not

require the use of conduits reducing installation

costs and making relocation easier.


Low voltage input

36

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Coverage &

Wiring

Pub. No. 23101

Ordering

Information



• DW-100-24 contains single-pole, double-throw










• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D



Coverage Pattern DW-100-24 Low Voltage Wiring

Common

White (Neutral)

Red(Load)

Red (Line)

White

BlackHot

Neutral PowerPack

Blu

eBla

ckR

ed

LocalOFF Switch

LightingLoad

Control Outputs

+24 VDC




9


1 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 On Mode

Not Used


8Auto On

Manual On

Relay 1 On Mode

4High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

1 2

5 minutesAuto/Test


Time Delay

5 6TriggerMode

Initial

Occ

upan

cyMaintain

Occ

upan

cy

Re-trigge

r(sec

onds

duratio

n)





3DisabledEnabled

Walk-Through

TriggerMode

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

UltrasonicCoverage

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0



DEL

AY

PIR

50

%W

ALK

TRIG

GER

ALE

RTS

RLY

1 M

AN

RLY

2 M

AN

DIP Switches

Detection LEDs

Red = PIR

Green = Ultrasonic

PIR Lens

Ultrasonic Cones


Adjustment Trimpot

ON/OFF Button

DW-100-24-W

DW-100-24-LA

DW-100-24-I

DW-100-24-G

DW-100-24-B

White

Lt. Almond

Ivory

Grey

Black





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DW-200 Dual Technology Dual Relay Wall SwitchSensor

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LOCATION/TYPE





High sensitivity and dense coverage

for exceptional performance





with durability






three minutes after the room is initially occupied if

no motion is detected after the first 30 seconds


adjustments

The DW-200 dual technology wall switch sensor

combines the benefits of passive infrared (PIR) and

ultrasonic technologies to turn lights ON and OFF

based on occupancy. It contains two relays for

controlling two independent lighting loads or circuits

and features our innovative SmartSet™ technology.

Bi-Level Control

Applications

The DW-200 has the flexibility to work in a variety

of applications where one technology alone may

not be sufficient. In addition, its dual relays allow

bi-level switching or control of a secondary load.

Common applications include small and executive

offices, small and medium conference rooms and

lunch/break rooms. This sensor is also a perfect

choice for ADA compliant buildings due to lower

mounting height requirements.

Operation

The DW-200 fits in a single gang junction box. By

default, when both PIR and ultrasonic technologies

detect occupancy, lights turn ON automatically.

Once the lights are ON, detection by either

technology holds lights ON until occupancy is no

longer detected and the time delay elapses. Each

of the DW-200’s relays can control a separate

lighting load and each can be set for either

automatic or manual-ON. Dual ON/OFF buttons

allow the user to manually turn on and off each of

the loads. DIP switch settings allow for a variety of



DescriptionProduct

Overview







needs


one-step setup




testing



modes



wall switch sensors

The DW-200 features a built-in light level sensor




providing increased energy savings. The DW-200










38

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Controls &

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Wiring

Pub. No. 23201

Ordering

Information



@ 230/277 VAC, 0-1200 W ballast









• Dimensions: 2.73" x 1.76" x 1.83"

(69.3mm x 44.7mm x 46.5mm) L x W x D




9


1 2 3 4 5 6 7 8

TimeDelay

Walk-Through

ON

Relay 1 On Mode

Relay 2 On Mode


8Auto On

Manual On

Relay 1 On Mode

9Auto On

Manual On

Relay 2 On Mode4High

Low, 50%

PIR Sensitivity

7DisabledEnabled

Audible Alert

1 2

5 minutesAuto/Test


Time Delay

5 6TriggerMode

Initial

Occ

upan

cyMaintain

Occ

upan

cy

Re-trigge

r(sec

onds

duratio

n)





3DisabledEnabled

Walk-Through

TriggerMode

DW-200 Bi-level Level Wiring DW-200 Two Circuit Level Wiring

PIRCoverage

7.5’(2.2m)

15’(4.5m)

20’(6.1m)

35’(10.6m)

Major motion

Minor motion

UltrasonicCoverage

10'(3.0m)

7.5’(2.2m)

20’(6.1m)

15’(4.5m)

Major motion

Minor motion

4’(1.2m)

20’(6.1m)

35’(10.6m)

0



DEL

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50

%W

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1 M

AN

RLY

2 M

AN

ON/OFF Buttons

Relay 1

Relay 2

DIP Switches

Detection LEDs

Red = PIR

Green = Ultrasonic

PIR Lens

Ultrasonic Cones


Adjustment Trimpot

Button

Hinges

Tabs

Blue

Ground

PrimaryLoad

SecondaryLoad

Neutral White

Red

Brown

Line 2

Line 1 Black

Neutral White

Neutral White

Green

Neutral

Ground

Blue

Line Black

SecondaryLoad

Brown

PrimaryLoad

Red

White

Neutral White

Green

DW-200-W

DW-200-LA

DW-200-I

DW-200-G

DW-200-B

White

Lt. Almond

Ivory

Grey

Black

120/230/277 VAC; 50/60 Hz





@ 230/277 VAC, 0-1200 W ballast

Coverage

39

WA

LL

S

WI

TC

H

OC

CU

PA

NC

Y

SE

NS

OR

S


Occupancy Sensor Product Matrix

Model #

New Wall Switch Occupancy Sensors

Wall Switch Occupancy Sensors

Voltage Description Typical Applications

Model # Voltage Description Typical Applications

WA-200

WA-300

WS-200

TS -400

TS-400-24

WD Series

WN-100-120

WN-100-277

WI-200

WI-300

120/277 VAC; 60 Hz

120/230/277 VAC; 50/60 Hz

24 VDC

120 or 277 VAC; 60 Hz

120 VAC; 60 Hz

277 VAC; 60 Hz

120/277 VAC; 60 Hz

Automatic Wall Switch

Dual Relay

Digital Time Switch


Dimmable Wall Switch

Motion Sensor

Nightlight Switch


Dual Relay

Small offices,

small conference rooms,

individual restrooms

utility/storage rooms

Utility/storage rooms

Small offices, small &

medium conference rooms,


Small offices and

small conference rooms

Hotel guest bathrooms

Offices, conference rooms

PW-200

PW-100

PW-100-347

PW-100-24

DW-200

DW-100

DW-100-347

DW-100-24

UW-200

UW-100

UW-100-347

UW-100-24

120/230/277 VAC; 50/60 Hz

120/230/277 VAC; 50/60 Hz

347 VAC; 50/60 Hz

24 VDC

120/230/277 VAC; 50/60 Hz

120/230/277 VAC; 50/60 Hz

347 VAC; 50/60 Hz

24 VDC

120/230/277 VAC; 50/60 Hz

120/230/277 VAC; 50/60 Hz

347 VAC; 50/60 Hz

24 VDC

PIR

Dual Relay

Wall Switch Sensor

Dual Technology

Dual Relay

Wall Switch Sensor

PIR

Wall Switch Sensor

Dual Technology

Wall Switch Sensor

Ultrasonic

Dual Relay

Wall Switch Sensor

Ultrasonic

Wall Switch Sensor

Small offices,



lunch/break rooms

Small & executive offices,

small & medium

conference rooms

lunch/break rooms

Small offices,



lunch/break rooms

Small & executive offices,

small & medium

conference rooms,

lunch/break rooms

Individual restrooms,

two-stall restrooms,


Individual restrooms,

two-stall restrooms,


120/230/277 VAC; 50/60 Hz

Replaced by PW-100 & PW-200

WA

LL

S

WI

TC

H

OC

CU

PA

NC

Y

SE

NS

OR

S


Ceiling Sensors

Model # Voltage Description Typical Applications

Power Packs

W Series 24 VDC Ceiling mount sensor Open offices, restrooms, storage areas, conference rooms, hallways

WT Series 24 VDC Ceiling mount sensor

UT-300 Series

UT-355 Series

24 VDC

120/230/277/347 VAC; 50/60 Hz

Ceiling mount sensor Open offices, restrooms, conference

rooms, large offices

DT-200 Series 24 VDC Ceiling/wall mount

sensor

Classrooms, conference rooms,

training rooms

DT-300 Series

DT-355 Series

24 VDC

120/230/277/347 VAC; 50/60 HzCeiling mount sensor Classrooms, conference rooms, training

rooms, large offices, computer rooms

WPIR 24 VDC Ceiling mount sensor Small offices, copy rooms, break

rooms, library book stacks

CX Series 24 VDC Ceiling/wall mount

sensor

Large offices, warehouses,computer rooms, open offices,

classrooms, aisleways

CI-200 Series 24 VDC Ceiling mount sensor Open offices, conference rooms,

computer rooms

CI-300 Series

CI-355 Series

24 VDC

120/230/277/347 VAC; 50/60 Hz

Ceiling mount sensor Open offices, conference rooms,

computer rooms, classrooms,

warehouses

CI-12

CI-24

12 VDC

24 VDC

Ceiling mount sensor for

BAS, HVAC

Open offices, conference rooms,

computer rooms

CB-100 24 VDC Low temperature sensor Cold storage, freezers,

unconditioned spaces

B120E-P

B277E-P

B230E-P

B347E-P

120 VAC; 60 Hz

277 VAC; 60 Hz

230 VAC; 50 Hz

347 VAC; 60Hz

20

20

20

15

13

-

13

-

1

-

1

-

24 VDC;

150 mA,

(114 mA with

relay connected)

20/20/15 13/-/- 1/-/-

8NO/5NC

6NO/3 NC

5NO/3NC

5NO/2.5NC

1NO/.25NC

2NO/.5NC

20 20 1 24 VDC; 150 mA

(relay connected)

24 VDC;

100 mA

(64 mA with

relay connected)

B Series Power Pack

BZ-100 120/277 VAC;

60 Hz

BZ Dual Voltage

Power Pack

Auxiliary Relay Pack

A120C-P

A277C-P

120 VAC, 60 Hz

277 VAC, 60 Hz

Form C Power Pack

120/277/347 VAC;

60Hz

S120/277/347E-P

Model # Product Name Voltage

Load Rating

Ballast (A) Incan(A) Motor (HP) Output

Open offices, restrooms, storage areas, conference rooms,

hallways

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