AT1277W - HUBBELL WIRING DEVICES

H-MOSS SENSORS

Troubleshooting Guide

Wiring Device-Kellems

H-MOSS® Technology .............................................................3

Common H-MOSS Questions ................................................ 4 - 5

Common Sensors Questions ....................................................6

Troubleshooting

Low Voltage Ceiling/Wall Sensors ............................................. 7 - 8

Line Voltage Wall Switch Sensors ............................................ 9 - 10

Wireless Sensors ............................................................. 10

Specifications

Wall Switch Sensors .......................................................11 - 15

Ceiling and Wall Mount Sensors, Control Units and Add-A-Relay .................. 16 - 18

Wireless Sensors ............................................................. 19

Table of Contents

H-MOSS® Occupancy Sensors combine innovative technologies for industry proven performance.

Smart Technologies for Smart Buildings

How to Select the Right Technology for the Proper Application

Dual technology occupancy sensors

combine both passive infrared (PIR)

and ultrasonic (US) technologies

for maximum reliability. Because

US and PIR need to both detect

occupancy to turn lighting on, dual

technology sensors minimize the risk

of lights coming on when the space

is unoccupied—false triggering.

Continued detection by only one

technology then keeps lighting on as

necessary. Dual technology sensors

offer the best performance for

most applications.

Dual Technology

Ultrasonic (US) technology senses

occupancy by bouncing sound waves

(32 kHz - 45 kHz) off of objects and

detecting a frequency shift between

the emitted and reflected sound

waves. Movement by a person or

object within a space causes a

shift in frequency, which the sensor

interprets as occupancy. While US

occupancy sensors have a limited

range, they are excellent at detecting

even minor motion such as typing

and filing, and they do not require an

unobstructed line of sight. This makes

US technology sensors ideal for an

application like an office with cubicles

or a restroom with stalls.

Ultrasonic (US)

Passive infrared (PIR) technology

senses occupancy by detecting the

movement of heat emitted from the

human body against the background

space. Unlike US technology, PIR

sensors require an unobstructed

line of sight for detection. These

sensors use a segmented lens,

which divides the coverage area into

zones. Movement between zones is

then interpreted as occupancy. PIR

sensors are ideal for detecting major

motion (e.g. walking), and they work

best in small, enclosed spaces with

high levels of occupant movement.

Passive Infrared (PIR)

Adaptive Technology

Adaptive Technology is a Hubbell breakthrough that delivers

benets to both building owners and occupants. The building

owner achieves reduced energy costs, fewer adjustments

and less maintenance, and the building occupant experiences

fewer false-offs and disturbances.

Adaptive technology occupancy sensors use microprocessors

that make all the decisions for setting adjustments. Internal

software constantly monitors the controlled area and

automatically adjusts the sensitivity and timer based on

environmental history. This means that instead of manually

adjusting the sensor for seasonal changes, modied airow,

furniture layout or occupancy pattern changes, the sensor

automatically adjusts itself. These automatic adjustments

eliminate the need for multiple manual adjustments by

maintenance personnel or outside contractors. Hubbell offers

adaptive technology throughout its product offering—wall

switches, ceiling and wall mount sensors—in conjunction with

dual technology, ultrasonic and passive infrared products.

Q Are H-MOSS sensors compatible with all

ballasts?

A Yes, they are compatible with all ballasts, but

program start ballasts are recommended for

lamp longevity.

Q Why are Hubbell Adaptive Technology superior

to other occupancy sensors?

A Install it and forget it. The most common objection

to using occupancy sensors is the potential for

call-backs to adjust the sensors.

Q Why do sensors need to adjust?

A Environmental conditions constantly change;

climate control systems turn ON and OFF,

background temperatures change with the

seasons, and office furniture density and layout

change over time. For proper operation, a manual-

set sensor would need adjustment for each of

these environmental changes. Adaptive Technology

eliminates the ongoing maintenance required to

have sensors operate reliably in the changing office

environment.

Q What is inside Adaptive Technology sensors

that allows them to learn?

A The Adaptive Technology chip: a small internal

microprocessor that combines digital signal

processing, control logic and adaptive algorithms

(formulas).

Q Are Adaptive Technology sensors reliable? Have

they been tested to confirm performance?

A Units have been in production since 1997 and

reliability has been excellent.

Q Why are Dual Technology sensors superior

to single technology sensors?

A Infrared sensors are relatively immune to false

turn-ONs, but lack sensitivity to small motions

at distances over 12 feet; ultrasonic sensors are

noted for their sensitivity to small motions but can

be susceptible to air currents from climate control

systems which can cause false-ONs, typically at

night. By combining the two sensing technologies,

both can be used at their strongest: infrared to keep

the lights OFF when unoccupied, ultrasonic to keep

the lights ON when the room is occupied.

Q If the timer is accidentally left in the TEST mode

(8 seconds for low voltage ceiling and wall

sensors, and 10 seconds for wall switches),

what does the sensor do?

A The Adaptive Technology sensors will exit the TEST

mode automatically after 1 hour.

Q How are the sensors put into TEST mode?

A For the adaptive wall switches, AD/AP/AU1277

series, press and hold front press switch untill

the lights turn OFF and come back ON, just

then release button. The sensor is now set

to a 10-second test time delay. For Adaptive

Technology low-voltage ceiling, turn the time

delay knob (the black knob located behind

the lens retainer) fully clockwise, then fully

counterclockwise. The sensor is now set to a 8

second time delay. For AD/AP/AU1277 and ATP/

WS2000 series consult installation instructions

located at www.hubbell-wiring.com.

Q Does Adaptive Technology address ultrasonic

“false-ONs” from air currents?

A Yes. The air currents are continually analyzed

and evaluated. The sensor adjusts its turn-ON

threshold to float over the “spikes“ of the air

currents. If occupancy occurs during an air-

conditioning spike, the sensor recognizes the

difference between the two sources and turns

the lights ON.

Q Does Adaptive Technology solve passive

infrared “false-OFFs” that occur due to

seasonal temperature changes?

A Yes. The signal to noise ratio is constantly

analyzed. Adaptive Technology ceiling sensors

automatically adjust to seasonal temperature

changes (hot floors, cold walls).

Q If I get a “false-OFF” occurrence (lights turn

OFF when area is occupied), what will the

sensor do?

A Adaptive Technology wall switches and ceiling

sensors consider false-OFF as a sensor

performance error. The wall switch will increase

the time delay to eliminate future false-OFFs.

The ceiling sensors will increase both the time

delay and the ultrasonic sensitivity by 6%.

Q Upon power up, how long does the sensor

need to start working?

A Typically, two or three minutes. Lights are ON

during this time.

Q What are factory timer settings?

A Adaptive Technology Wall Switches:

15 minutes (Adaptive)

Adaptive Technology Ceiling and Wall Sensors:

10 minutes

Common H-MOSS Questions

Q What is the warranty on the H-MOSS

Occupancy Sensors products?

A There is a five year limited warranty on the H-MOSS

Occupancy Sensor product line.

Q What is a “false-ON”?

A A “false-ON” is when the lights turn ON when there

are no occupants in the intended area of coverage.

“False-ONs” typically occur when the sensor

detects a hallway passerby and turns the lights ON.

The lights then stay ON for an entire timer cycle.

Q Do we have a solution for “false-ONs”?

A Choosing the correct technology sensor with the

correct coverage pattern, and placing/aiming it

correctly will inherently reduce “false-ONs.”

Adapting to false-ONs and PIR lens masking

could be better.

Q How does the sensor adapt to “false-ONs”?

A If a minor motion signal is received and no major

motion signal is seen within 5 seconds (passerby

but no room entry, typically) the sensitivity of the

dominant technology (the technology which sensed

the passerby first) is reduced by 6%.

Q Do Hubbell H-MOSS sensors “fail safe” or fail

with the lights ON?

A No manufacturer can guarantee that their sensor

will fail to an ON state. There are too many variables

and potential failure scenarios to guarantee that a

product will fail with the lights ON.

Q Do H-MOSS sensors interfere with pacemakers?

A The power levels and transducer style (piezoelectric)

we use has no known issues with pacemakers.

The only precautions we have found regarding

pacemakers and ultrasonic are for ultrasound

imaging machines or certain ultrasonic dental

equipment. Both use higher power transmitters

and are operated in close proximity to the body.

Q Do H-MOSS sensors interfere with interactive

whiteboards?

A There are four main technologies that interactive

whiteboards use for marker tracking: IR scan,

ultrasonic, resistive touch and electromagnetic

touch. The only technology that will have

interference issues is ultrasonic sensing. Ultrasonic

sensing boards are predominantly made by

Mimio, Panasonic, and Hitachi. The market share

for ultrasonic boards is small and shrinking. The

most common whiteboard technology used

today is electromagnetic sensing and this has no

interference issues with ultrasonic sensing. This is

what market leaders SMART (61% market share)

and Promethean (26% market share) use.

Q Do H-MOSS sensors interfere with hearing

aids?

A There should be no issue with most modern

hearing aids. Previous issues in the 80s and

90s resulted from improper hearing aid designs.

The NEMA-sponsored study, conducted by

David F. Henry, PhD and Barak Dar, “Effects of

Ultrasonic Sensors on Hearing Aids” (February

2006), concluded: “After assessing 23 hearing

aids representing the digital products of all

major hearing aid manufacturers, just two

hearing instruments were severely affected

by ultrasonic occupancy sensor devices. One

device, the ImpaCt DSR675 manufactured by

AVR Sonovation, has not been in production for

over four years. Newer hearing instruments from

this manufacturer have exhibited no interference

when exposed to the ultrasonic occupancy

sensor signals. The second device, the Bravo,

manufactured by Wide, is still in production.

However, the manufacturer reports that they have

developed a modification that can be made to the

instrument that greatly reduces the susceptibility

of the instrument to ultrasonic occupancy sensor

signals.” See the link below for further reading:

http://www.aboutlightingcontrols.org/education/

papers/ultrasonic_sensors.shtml.

Q Where can I download product drawings and

installation instructions?

A Product drawings and installation instructions are

available at www.hubbell-wiring.com.

Q Do Hubbell H-MOSS line voltage sensors,

control units and add-a relays employ

“zero arc point” switching?

A All Hubbell line voltage sensors (ceiling and wall

switch), control units and add-a-relays employ

“zero arc point” switching.

Q Can sensors see motion through glass walls

or windows?

A No. Neither infrared nor ultrasonic technologies can

sense motion through glass walls or windows.

Q Do the adjustment knobs move during

self-adjusting?

A No, just the values change in the sensor’s

microprocessor.

Common H-MOSS Questions

Q Why have the adjustment knobs at all?

A They are factory-set and represent the starting point

for the sensor to adapt from. The knobs still exist so

that the sensor can be manually set for customer

specific applications. When the application requires

a non-adaptive sensor, DIP switches are provided

to override the adaptive feature. Refer to sensor

installation instructions for details.

Q Are Hubbell AARs and control units plenum

rated?

A Yes. The AARs (add-a-relays) and control units

are plenum rated.

Q A ceiling sensor was temporarily installed for

40 days. It is now being moved to a new

location. Can the learned settings be erased

and started over?

A Yes. Toggle DIP switch A4 to ON for two seconds,

then back to OFF. The learning process will be reset.

Q If I set the green adjustment knob (ultrasonic

sensitivity) of a dual technology sensor to zero,

can the sensor operate as a passive infrared

sensor?

A Yes. Set the DIP switch A2 to High Sensitivity (ON),

B4 to Manual Sensitivity (ON) and set the green

knob to zero. The dual tech is now a PIR sensor

only. Same can be done for ultrasonic-only

operation.

Q What is the equation to figure out the line of

sight for the ATU2000C/RP/L when used in

a hallway application?

A Use the following equation to figure out the line

of sight for the ATU2000C/RP/L when used in

a hallway application: 3200 divided by the (width

of hallway in feet x height of hallway in feet) x 2 =

total line of sight of ATU2000C/RP/L in feet.

Q Why do the ATD500C/RP/L, ATD1000C/RP/L,

ATU500C/RP/L and ATU1000C/RP/L have

180˚ coverage patterns?

A This is done to maximize performance in smaller

spaces like private offices and conference rooms.

The 180° coverage allows you to position the

sensor close to the entry while eliminating

false-ONs from hallway traffic.

Q What is the longest distance a sensor can be

from the control unit?

A It is recommended to not exceed 250 feet from the

control unit to the farthest sensor, using 18-22 AWG

copper wire.

Q What is the maximum mounting height for our

low voltage ceiling and wall sensors?

A 12 feet maximum. The ATP120HB/RP can be

mounted up to 30 feet.

Q Can the learned settings on the adaptive wall

switch sensors be reset?

A Yes. For AD/AP/AU1277 series toggle DIP switch

number 8 (top DIP switch) from OFF to ON, wait

two seconds, then toggle back to the OFF position.

This will restore the original factory settings. For

AD/AP/AU2000 and ATP/ WS2000 series consult

installation instructions located at www.hubbell-

wiring.com.

Q Can the line voltage OPTIMYZER high bay

sensor control multiple fixtures?

A Yes, but the lens coverage is designed to

correspond with most high bay fixtures. It is highly

recommended to install one sensor per fixture to

maximize coverage and savings because only

lights with activity below them will be lit.

Q Who can I call with troubleshooting questions?

A Contact our technical service department at

(475) 882-4820, available from 8am - 5pm EST

or email us at techserv@hubbell.com.

Q Do you have three way line voltage wall switch

sensors?

A Yes. The ATP2000x, ATP2004x, WS2000x and

WS2004x series wall switch sensors can be wired

as a true three way. Both three way switches need

to be replaced with sensors.

Q I don’t want to install an OPTIMYZER per light

fixture. Are there any options?

A Yes. You can use the low voltage version of the

OPTIMYZER with our CU300A control unit, or use

the ATB120HB with the same CU300A.

Common Sensor Questions

Symptom: Light stays OFF after unit is installed

Possible Cause Circuit breaker switch is in the OFF position.

Try If in the OFF position, switch to the ON position.

Possible Cause Sensor is wired incorrectly or there are defective wire splice/connections.

Try Turn the power OFF. Ensure the sensor wiring is correct. Refer to the sensor wiring diagram,

with the control unit installation instructions, located at www.hubbell-wiring.com. Check the

integrity of all splices/connections at the same time. Turn the power ON.

Possible Cause Improper operating voltage to the sensor from the control unit.

Try With the power ON, disconnect the Red and Blue low voltage wires at the sensor. Touch the

Red and Blue low voltage wires coming from the control unit together. When you touch wires

together, the lights should come ON, and when you separate them, they should go OFF. If they

do not, check the connections at the control unit end of the low voltage wiring. If connections

are good, separate the Red and Blue low voltage wires at the control unit and touch them.

When you touch the wires together, the lights should come ON, and when you separate them,

they should go OFF. If that doesn’t happen, replace control unit. If lights do come ON, replace

wiring between sensor and control unit.

Possible Cause If the sensor has the photocell feature (on sensors with “RP” sufx), the photocell may be

holding the lights OFF.

Try Remove the lens assembly. Turn the ambient light level control (blue knob) fully clockwise.

Lights should turn ON. To set the photocell correctly, see installation instructions, located at

www.hubbell-wiring.com.

Symptom: Light goes OFF when area is occupied

Possible Cause Room is too large for the sensor’s coverage pattern.

Try Measure the room size and compare to the sensor's coverage pattern. If the room is larger

than the coverage pattern, install additional sensors as needed.

Possible Cause Sensor is improperly located to detect the motion typical of the area.

Try Put sensor into TEST mode. This is done by removing the PIR lens assembly and turning

the black timer knob fully clockwise, then fully counter-clockwise. Replace the lens assembly

and test the area of coverage by simulating motion levels typical to the area in question.

For example, walk in areas where sensor would normally see major motion and make small

hand motions in areas where sensor would normally detect minor motion. During this test,

watch LED motion indicators to determine if motion is being sensed. The PIR indicator is

located behind the lens. The lens will illuminate red if the PIR sensor is seeing motion.

The ultrasonic indicator/s are located on the ultrasonic grill area. These areas will turn green

if the ultrasonic sensor is seeing motion. If "dead" areas exist, try to re-aim or relocate sensor.

If that doesn't work, you may have to add additional sensors.

Possible Cause Sensitivity adjusted to 0% (fully counter-clockwise).

Try Remove the lens assembly. Adjust the ultrasonic sensitivity (green knob) to 50%. Adjust the

PIR sensitivity (red knob) to 75%. These are the original factory settings.

Possible Cause PIR lens is damaged.

Try Inspect the lens. If it is damaged, replace sensor.

Troubleshooting Low Voltage Ceiling/Wall Sensors

Symptom: Light stays ON after room is vacant and time delay expires

Possible Cause Sensor detecting air ow from an HVAC duct.

Try Test by taping a 4 inch square of paper to the end of a screwdriver. Hold the screwdriver

(end with paper attached up) at the ceiling level next to the sensor. If the paper utters, there

may be an air-current interference problem. Relocate sensor to a location at least 6 feet

from any HVAC duct. If the problem persists, the sensor can be switched into a strong air-

compensation mode. Remove the lens assembly. Move DIP switch B1 to the ON position.

Possible Cause For ultrasonic and dual technology sensors only: Sensors are placed too close together.

Try Make sure the sensors are placed at least 20 feet apart. Relocate the sensors or change to a

180 degree sensor.

Possible Cause Ultrasonic sensors of the same frequency are located in adjacent areas which are switched

separately. This can cause cross-tripping.

Try Change one of the sensors to a different frequency. Note: The lower the frequency the longer

the range. Therefore, in hallways and large open areas 32kHz sensors should be used. In

smaller ofces and conference rooms, 40kHz sensors should be used.

Symptom: Light comes ON when room is vacant

Possible Cause Sensor is being triggered by activity outside the coverage area, most commonly, hallway trafc.

Try Install the appropriate mask under the PIR lens. There are masks included with each sensor.

Refer to the installation instructions for the descriptions of mask usage.

Possible Cause Ultrasonic sensor is detecting air ow from an HVAC duct.

Try Test by taping a 4 inch square of paper to the end of a screwdriver. Hold the screwdriver (end

with paper attached up) at the ceiling level next to sensor. If the paper utters, there may be

an air current interference problem. Relocate sensor to a location at least 6 feet from an

HVAC duct. If problem persists, the sensor can be switched into a strong air compensation

mode. Remove the lens assembly and move DIP switch B1 to the ON position.

Troubleshooting Low Voltage Ceiling/Wall Sensors (continued)

Symptom: Light stays OFF after unit is installed

Possible Cause Circuit breaker switch is in OFF position.

Try If LED is not blinking with motion, check the circuit breaker.

If in the OFF position, switch into ON position.

Possible Cause Sensor’s service switch is in OFF position.

Try If LED is not blinking with motion, remove control compartment cover. Move service switch to

AUTO position.

Possible Cause Defective wire splices/connections.

Try If LED is not blinking with motion, turn power OFF and check wiring connections. When done

turn power back ON.

Possible Cause Sensor is wired incorrectly.

Try If LED is not blinking with motion, shut power OFF and insure sensor wiring is correct: Ground

wire to green sensor wire. Hot line voltage wire to black sensor wire. Hot load wire to red

sensor wire. Note: The sensor must be properly grounded. It will not function properly without

a good grounding connection. Turn power back ON when nished.

Possible Cause Front press switch is in momentary OFF mode.

Try If LED is blinking with motion and lights do not turn ON, depress front press switch and lights

will come ON and resume AUTO mode.

Possible Cause Photocell may be holding the lights OFF.

Try AD/AP/AU1277 series check to see if photocell adjustment switch is hung up. Use small

straight tip screwdriver to exercise switch. Toggle DIP switch number 8, from OFF (left) to

ON (right) leave for two seconds, then move back to the OFF (left) position to restore factory

settings. This will deactivate the photocell. For AD/AP/AU2000 and ATP/WS2000 series

consult installation instructions available at www.hubbell-wiring.com.

Troubleshooting Line Voltage Wall Switch Sensors

Symptom: Light goes OFF when area is occupied

Possible Cause Room is too large for the sensor’s coverage pattern.

Try Measure the room size and compare to the sensor's coverage pattern. If the room is larger

than the coverage pattern, install additional sensor/s as needed.

Possible Cause Sensor is improperly located to detect the motion typical of the area.

Try AD/AP/AU1277 series place the sensor into TEST mode. This can be accomplished by pressing

and holding the front press switch on push button models or the test button underneath the

access cover on no button models. Hold the button in till the lights turn OFF, then turn back ON.

Release the test button and test the area of coverage by simulating motion levels typical to the

room. For example, walk in areas where the sensor would normally see major motion and make

small hand motions in areas where sensor would normally detect minor motion. During this test,

watch the LED motion indicator to determine if motion is being sensed. If the wall switch cannot

provide adequate coverage, replace with a dual technology ceiling sensor. For AD/AP/AU2000

and ATP/WS2000 series consult installation instructions available at www.hubbell-wiring.com.

Possible Cause PIR lens is damaged.

Try Inspect the lens. Replace the sensor if damaged.

Possible Cause Sensor is mounted at an improper height.

Try Check that mounting height is between 42 and 54 inches. Relocate sensor if necessary.

Possible Cause Sensor’s eld of view is blocked by an obstruction such as a le cabinet or other

ofce furniture.

Try Move the obstruction to an alternate location or replace wall switch with a ceiling sensor.

Symptom: Light stays ON after room is vacant and time delay expires

Possible Cause Sensor is being triggered by activity outside the coverage area, most commonly

hallway trafc.

Try Place sensor into TEST mode. For AD/AP/AU1277 series this can be accomplished by

pressing and holding the front press switch on push button models or the test button

underneath the access cover on no button models. Hold the button in till the lights turn

OFF, then turn back ON. Release the test button. Check location of switch to determine if

pattern extends out of desired coverage area. If sensor is detecting outside desired area,

replace with a dual technology ceiling sensor. For AD/AP/AU2000 and ATP/WS2000

series consult installation instructions available at www.hubbell-wiring.com.

Possible Cause Sensor is facing a hot or cold air source such as an HVAC vent or coffee maker that can

cause a rapid temperature change.

Try Replace with a dual technology ceiling sensor.

Symptom: Light comes ON when room is vacant

Possible Cause Sensor is being triggered by activity outside coverage area, most commonly, hallway trafc.

Try Place sensor into TEST mode. For AD/AP/AU1277 series this can be accomplished by

pressing and holding the front press switch on push button models or the test button

underneath the access cover on no button models. Hold the button in till the lights turn

OFF, then turn back ON. Release the test button. Check location of switch to determine if

pattern extends out of desired coverage area. If sensor is detecting outside desired area,

replace with a dual technology ceiling sensor. For ATP/WS2000 series consult installation

instructions available at www.hubbell-wiring.com.

Possible Cause Sensor is facing a hot or cold air source such as an HVAC vent or coffee maker that can

cause a rapid temperature change.

Try Replace with a dual technology ceiling sensor.

Troubleshooting Line Voltage Wall Switch Sensors (continued)

Wireless Sensor Troubleshooting

Most of the problems experienced with wireless

sensors are a result of the sensors not being linked

correctly to the WLS1278x RF switch. The following

will assist you in resetting the WLS1278x to factory

defaults and linking the sensors correctly:

Resetting the WLS1278x RF switch to

factory defaults

Press the front switch three times quickly and hold

on the third tap (tap, tap, tap and hold). While holding

the button on the switch, the lights will begin to flash.

Hold button for a few ON-OFF cycles. Then quickly

press the switch three more times (tap, tap, tap), do

not hold on the last tap. The lights will cycle ON and

OFF three or four times.

Conrm that the sensors are not linked to the

WLS1278x RF switch

Press the light button a few times. It should no longer

turn the lights ON and OFF.

Reprogram switch and sensor

Press and hold switch button until LED flashes on the

switch, approximately 6 seconds. Then, press and

hold the sensor light bulb button until the lights flash,

approximately 6 seconds.

Place sensor in one minute N/A mode

Hold the sensor timeout button (farthest to the right)

until all three LEDs blink, then release. Press and hold

button again until all three LEDs go solid, then release.

Sensor is now in one-minute TEST mode.

Turn the lights ON, if they are not already, by using the

wall switch and place the sensor in a box to blind it.

Lights should turn OFF in a minute. Remove sensor

from the box. Lights should come back on.

Program additional sensors and daylight unit, if

necessary.

It is recommended to return sensors back to the

15 minute default timeout period after testing.

Wall Switch Sensors

Adaptive Technology, Dual (Ultrasonic and Passive Infrared)

50/60Hz, 1000 square foot coverage with photocell, 800W Incandescent,

1000W Fluorescent at 120V AC, 1800W Fluorescent at 277V AC

Description

Catalog Number

Ivory White

Single Circuit; 1 Button for manual/auto control AD1277I1 AD1277W1

Single Circuit; Auto control with no button AD1277I1N AD1277W1N

Dual Circuit; 2 Buttons for manual/auto control AD1277I2 AD1277W2

Dual Circuit; Auto control with no button AD1277I2N AD1277W2N

Adaptive Technology, Ultrasonic

50/60Hz, 400 square foot coverage with photocell, 800W Incandescent,

1000W Fluorescent at 120V AC, 1800W Fluorescent at 277V AC

Description

Catalog Number

Ivory White

Single Circuit; 1 Button for manual/auto control AU1277I1 AU1277W1

Single Circuit; Auto control with no button AU1277I1N AU1277W1N

Dual Circuit; 2 Buttons for manual/auto control AU1277I2 AU1277W2

Dual Circuit; Auto control with no button AU1277I2N AU1277W2N

Adaptive Technology, Passive Infrared

50/60Hz, 1000 square foot coverage with photocell, 800W Incandescent,

1000W Fluorescent at 120V AC, 1800W Fluorescent at 277V AC

Description

Catalog Number

Ivory White

Single Circuit; 1 Button for manual/auto control AP1277I1 AP1277W1

Single Circuit; Auto control with no button AP1277I1N AP1277W1N

Dual Circuit; 2 Buttons for manual/auto control AP1277I2 AP1277W2

Dual Circuit; Auto control with no button AP1277I2N AP1277W2N

AD1277W1 AD1277W1N

AD1277W2N

AU1277W1 AU1277W2

AP1277W1 AP1277W2

Wall Switches Coverage Patterns

Major Motion: UltrasonicUltrasonic PIRPIR

Minor Motion:

AD1277 Series

28'

24'

29'

26'

21'

50'

AP1277 Series

28'

50'

AU1277 Series

14.5'

24'

26'

21'

Adaptive Technology

• Adaptive technology - “Install and forget” operation

• All digital sensing technology

• Dual 120/277V AC operation. No neutral required

• Auto/Manual ON operating modes

• No minimum load requirements

• Hard lens (dual technology, passive infrared)

• Zero arc point switching

• Built in photocell with manual super saver

mode for daylight harvesting

• Bi-level switching or dual load control

(AD, AP AU1277x2, 2N series)

• cULus

Wall Switch Sensors

AD2000W1

AD2000W1N

AD2000W2N

AU2000W1

AU2000W2

AP2000W1

AP2000W2

Dual (Ultrasonic and Passive Infrared)

1000 square foot coverage with photocell, 800W Incandescent, 1000W Fluorescent at 120V AC,

1800W Fluorescent at 277V AC, 50/60Hz.

Single Circuit Dual Circuit

Description Color

1 button for

manual/auto

control

Auto control

with no button

2 buttons for

manual/auto

control

Auto control

with no button

Dual (ultrasonic and

passive infrared)

Black

Gray

Ivory

Light Almond

White

AD2000BK1

AD2000GY1

AD2000I1

AD2000LA1

AD2000W1

AD2000BK1N

AD2000GY1N

AD2000I1N

AD2000LA1N

AD2000W1N

AD2000BK2

AD2000GY2

AD2000I2

AD2000LA2

AD2000W2

AD2000BK2N

AD2000GY2N

AD2000I2N

AD2000LA2N

AD2000W2N

Ultrasonic

400 square foot coverage with photocell, 800W Incandescent, 1000W Fluorescent at 120V AC,

1800W Fluorescent at 277V AC, 50/60Hz.

Single Circuit Dual Circuit

Description Color

1 button for

manual/auto

control

Auto control

with no button

2 buttons for

manual/auto

control

Auto control

with no button

Ultrasonic Black

Gray

Ivory

Light Almond

White

AU2000BK1

AU2000GY1

AU2000I1

AU2000LA1

AU2000W1

AU2000BK1N

AU2000GY1N

AU2000I1N

AU2000LA1N

AU2000W1N

AU2000BK2

AU2000GY2

AU2000I2

AU2000LA2

AU2000W2

AU2000BK2N

AU2000GY2N

AU2000I2N

AU2000LA2N

AU2000W2N

Passive Infrared

1000 square foot coverage with photocell, 800W Incandescent, 1000W Fluorescent at 120V AC,

1800W Fluorescent at 277V AC, 50/60Hz.

Single Circuit Dual Circuit

Description Color

1 button for

manual/auto

control

Auto control

with no button

2 buttons for

manual/auto

control

Auto control

with no button

Passive infrared Black

Gray

Ivory

Light Almond

White

AP2000BK1

AP2000GY1

AP2000I1

AP2000LA1

AP2000W1

AP2000BK1N

AP2000GY1N

AP2000I1N

AP2000LA1N

AP2000W1N

AP2000BK2

AP2000GY2

AP2000I2

AP2000LA2

AP2000W2

AP2000BK2N

AP2000GY2N

AP2000I2N

AP2000LA2N

AP2000W2N

Adaptive Technology

• Adaptive technology - “Install and forget” operation

• All digital sensing technology

• Dual 120/277V AC operation. No neutral required

• Auto/Manual ON operating modes

• No minimum load requirements

• Hard lens (dual technology, passive infrared)

• Steel mounting strap

• Zero arc point switching

• Built in photocell with manual super saver

mode for daylight harvesting

• Bi-level switching or dual load control

(2 or 2N suffix)

• Compatible with most LED and CFL

• cULus

Wall Switches Coverage Patterns

Major Motion: UltrasonicUltrasonic PIRPIR

Minor Motion:

AD2000 Series

28'

24'

29'

26'

21'

50'

AP2000 Series

28'

50'

AU2000 Series

14.5'

24'

26'

21'

AT1277W

ATP2000W

WS2000W

WS1000W

Passive Infrared Wall Switches

• Passive infrared technology

• Manual adjustment time delay (20 sec. to 30 min.)

• Photocell (WS2000 series)

• No neutral required

• 1200 sq. ft. coverage

• Wallplate included

• Steel mounting strap

• Compatible with most LED and CFL

• cULus

Description Color Standard with Nightlight with Neutral

with Nightlight

and Neutral

Manual adjusting; selectable

auto/manual ON operation;

dual-voltage 120/277V;

3-way capable

Gray

Ivory

Light Almond

White

WS2000GY

WS2000I

WS2000LA

WS2000W

WS2000NGY

WS2000NI

WS2000NLA

WS2000NW

—

WS2004I

—

WS2004W

—

WS2004NI

—

WS2004NW

Manual adjusting;

auto-ON operation;

120V AC only

Ivory

White

WS1000I

WS1000W

WS1000NI

WS1000NW

—

Manual adjusting;

manual-ON operation;

120V AC only

Ivory

White

WS1001I

WS1001W

WS1001NI

WS1001NW

—

Adaptive Technology, Passive Infrared

• Adaptive technology - “Install and forget” operation

• Passive infrared technology

• Dual 120/277V AC operation, no neutral required

• Heavy duty relay (AT1277xx)

• Audible alarm before turning lights OFF (AT1277xx)

• 1200 sq. ft. coverage

• Built in photocell for daylight harvesting

• Wallplate included

• Steel mounting strap

• Compatible with most LED and CFL

• cULus

Description Color Standard with Nightlight with Neutral

with Nightlight

and Neutral

High load adaptive wall

switch, 1800W @ 120V AC

and 4166W @ 277V AC

Ivory

White

AT1277I

AT1277W

—

Adaptive auto-adjusting;

selectable auto/manual ON

operation; dual-voltage

120/277V; 3-way capable

Gray

Ivory

Light Almond

White

ATP2000GY

ATP2000I

ATP2000LA

ATP2000W

ATP2000NGY

ATP2000NI

ATP2000NLA

ATP2000NW

—

ATP2004I

—

ATP2004W

—

ATP2004NI

—

ATP2004NW

Wall Switches Coverage Patterns

Major Motion: PIRPIR

Minor Motion:

16'

40'

AT1277 Series

3.5º

10'

(3.0m)

Mounting Height

42" to 54"

(106.7 to 137.2cm)

20'

(6.1m)

See Horizontal

View for Range

14.5"

(36.8cm)

29"

(73.3cm)

Vertical Coverage

AT1277 Series

ATP2000, WS2000 Series

12'

16'

12'

16'

40'

20'

Mounting Height

48" (121.9 cm)

20' (6.1m)

40' (12.2m)

Vertical Coverage

ATP2000, WS2000 Series

Wall Switch Sensors

Load 1

Red

Black

120/277V AC

Green

Ground

Red

Violet

Black

Blue

Line circuit

120/277V AC

Green

Ground

Load 1

Load 2

Red

Violet

Black

Blue

Line circuit 1

120/277V AC

Line circuit 2

120/277V AC

Green

Ground

Load 1

Load 2

Neutral

Hot

Ground

Black Red

Green

Neutral

Hot

Ground

Black

Red

Green

Violet

Blue

Lighting

Load A

Lighting

Load A

Lighting

Load B

Wiring Schematic AD, AU, AP, 1277/2000 Series Wall Switch Sensors

Adaptive Dual Technology Wall Switches

AD1277/2000 Series

Electrical

Power Supply 120/277V AC, 50/60Hz.

Load Capacity

Incandescent 0 to 800 watts.

120V AC Ballast 0 to 1000 watts.

277V AC Ballast 0 to 1800 watts.

Agency Approvals cULus Listed.

Physical

Housing High impact plastic (UL 94-5V).

Lens Dual element pyrometer and 12 element cylindrical

hard lens.

Dimensions Face 2.59"H x 1.73"W, 0.37"D (from wall out).

Mounting Height 42 to 54 inches above floor.

Environmental

Operating 32°F to 104°F (0°C to 40°C);

0% to 95% non-condensing relative humidity.

Controls

Time Delay Digital, adaptive 4 to 30 minutes.

Ambient Light Adjustable ambient light override, 10 to 500

foot candles.

Front Press Switch Auto/OFF.

Sensitivity Adaptive 0% to 100%.

Service Switch Air gap OFF.

Sensing Indicator

Passive Infrared Red LED.

Ultrasonic Green LED.

Adaptive Technology Ultrasonic and PIR Wall Switches

AP1277/2000 and AU1277/2000 Series

Electrical

Power Supply 120/277V AC, 50/60Hz.

Load Capacity

Incandescent 0 to 800 watts.

120V AC Ballast 0 to 1000 watts.

277V AC Ballast 0 to 1800 watts.

Agency Approvals cULus Listed.

Physical

Housing High impact plastic (UL 94-5V).

Lens Dual element pyrometer and 12 element cylindrical

hard lens (AP2000 only).

Dimensions Face 2.59"H x 1.73"W, 0.37"D (from wall out).

Mounting Height 42 to 54 inches above floor.

Environmental

Operating 32° F to 104°F (0°C to 40°C);

0% to 95% non-condensing relative humidity.

Controls

Time Delay Digital, adaptive 4 to 30 minutes.

20 minutes default.

Ambient Light Adjustable ambient light override, 10 to 500

foot candles.

Front Press Switch Auto/OFF.

Sensitivity Adaptive 0% to 100%.

Service Switch Air gap OFF.

Sensing Indicator

Passive Infrared Red LED (AP series only).

Ultrasonic Green LED (AU series only).

Single Circuit Wiring Dual Circuit Sensor, Wired for Dual Circuits Dual Circuit Sensor, Wired for Single Circuit

Single Circuit Sensors, Wired as 3-Way Sensors* Dual Circuit Sensors, Wired as 3-Way Sensors*

Note: *Load can not exceed the rating of one switch.

Sensor is shipped with all DIP switches in the OFF position (factory default).

Wall Switch Sensors

12'

16'

12'

16'

40'

20'

Mounting Height

48" (121.9 cm)

20' (6.1m)

40' (12.2m)

Wall Switches

Description Color Standard with Nightlight with Neutral

with Nightlight

and Neutral

Adaptive auto-adjusting;

selectable auto/manual ON

operation; dual-voltage

120/277V; 3-way capable

Gray ATP2000GY ATP2000NGY

Ivory ATP2000I ATP2000NI ATP20 04I ATP2004NI

Light Almond ATP2000LA ATP2000NLA

White ATP2000W ATP2000NW ATP2 004W ATP2004NW

Manual adjusting;

selectable auto/manual ON

operation; dual-voltage

120/277V; 3-way capable

Gray WS2000GY WS2000NGY

Ivory WS2000I WS2000NI WS2004I WS2004NI

Light Almond WS2000LA WS2000NLA

White WS2000W WS2000NW WS2004W WS2004NW

Manual adjusting;

auto-ON operation;

120V AC only

Ivory WS1000I WS1000NI

White WS1000W WS1000NW

Manual adjusting;

manual-ON operation;

120V AC only

Ivory WS1001I WS1001NI

White WS1001W WS1001NW

Vertical Coverage

Major Motion: PIRPIR

Minor Motion:

Specications

Electrical ATP/WS2000 Series WS1000 Series

Power Supply 120/277V AC, 60Hz 120V AC, 60Hz

Load Capacity

Incandescent 0 to 1000 watts 0 to 500 watts

120V Ballast 0 to 1000 watts 0 to 500 watts

277V Ballast 0 to 1800 watts N/A

Agency Approvals

Warranty

cUL Listed

5 years

UL Listed, cULus

Certified 5 years

Physical ATP/WS2000 and WS1000 Series

Housing Flame retardant UL 94 V-0 ABS

Lens Polyethylene

Dimensions Face 2.59"H x 1.30"W, 0.61"D (from wall out)

Mounting Height 42 to 54 inches above floor

Sensing Indicator ATP/WS2000 and WS1000 Series

Passive Infrared Red LED

Environmental ATP/WS2000 and WS1000 Series

Operating 32°F to 122°F (0°C to 50°C) with rate of change

not exceeding 20°F (11°C) per hour; 20% to 90%

non-condensing relative humidity

Storage -40°F to 150°F (-40°C to 65°C);

20% to 90% non-condensing relative humidity

Controls ATP/WS2000 Series WS1000 Series

Time Delay ATP: auto

WS: Manual 20s - 30min

Manual 20 seconds to

30 minutes

Ambient Light Digital, pushbutton,

10 to 500 foot candles

n/a

Front Press Switch ON/OFF ON/OFF

Service Switch OFF (service)

Vac (manual-ON)

Occ (auto-ON)

OFF (service)

ON (normal operation)

Hot

Ground

Green

Green Green

Yellow

Neutral

Red

Normal Wiring

3-Way Wiring

White (Neutral Versions Only)

Black White

Black

Red Red

Yellow

White (Neutral

Version Only) Load

Load

ATP/WS2000

Only

ATP/WS2000 Only

Hot

Ground

Green

Green Green

Yellow

Neutral

Red

Normal Wiring

3-Way Wiring

White (Neutral Versions Only)

Black White

Black

Red Red

Yellow

White (Neutral

Version Only) Load

Load

ATP/WS2000

Only

ATP/WS2000 Only

Note: * Load can not exceed the rating of one switch.

Normal Wiring

Sensors Wired

as 3-Way

Sensors*

(ATP/WS2000 Only)

4.15

(105.4)

1.82

(46.2)

3.81

(96.8)

3.28

(83.3)

.61

(15.5)

1.01

(25.6)

#14 AWG WIRES,

6.0 (152)

MIN. LONG

Wall Switch Sensors

Coverage Patterns

Dimensions Inches (mm)

Wiring Schematics

Dual (Ultrasonic and Passive Infrared)

Combines the excellent minor motion detection of ultrasonic with the outstanding passive infrared

(PIR) long-range major motion detection.

Description Coverage Color Catalog Number

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

2000 sq. ft. (360°)

Ofce White

ATD2000CRP

ATD2000C

ATD2000CL

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

1000 sq. ft. (180°)

Ofce White

ATD1000CRP

ATD1000C

ATD1000CL

Low voltage sensor with photocell and isolated relay

Low voltage sensor

500 sq. ft. (180°)

Ofce White

ATD500CRP

ATD500C

Ultrasonic

Excellent minor motion detection.

Description Coverage Color Catalog Number

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

2000 sq. ft. (360°)

Ofce White

ATU2000CRP

ATU2000C

ATU2000CL

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

1000 sq. ft. (180°)

Ofce White

ATU1000CRP

ATU1000C

ATU1000CL

Low voltage sensor with photocell and isolated relay

Low voltage sensor

500 sq. ft. (180°)

Ofce White

ATU5 00CRP

ATU5 00C

ATD2000C Series

ATD1000C/

ATD500C Series

ATU2000C Series

ATU1000C/

ATU500C Series

ATP1500C/

ATP600C Series

Passive Infrared

Outstanding long range major motion detection.

Description Coverage Color Catalog Number

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

1500 sq. ft. (360°)

Ofce White

ATP1500CRP

ATP1500C

ATP1500CL

Low voltage sensor with photocell and isolated relay

Low voltage sensor

Line voltage sensor

450 sq. ft. (360°)

Ofce White

ATP6 00CRP

ATP6 00C

ATP6 00CL

Adaptive Technology

• Adaptive technology - “Install and forget”

• All digital sensing technology

• Photocell for daylight harvesting and relay to

interface with auxiliary systems such as

HVAC (CRP models)

• Mounting base included with sensor

• Non-volatile memory settings retained

after power outage

• Low voltage units: 24V DC, 33mA

• Line voltage units: 20A, 120-277V

• 32kHz (ATD/ATU500C and CRP - 40kHz)

• cULus

Ceiling Sensors

32'

64'

45'

23'

32'

23'

64'

16'

ATU2000C Series ATU1000C Series

23'

17'

23'

ATU500C Series

32'

64'

45'

23'

32'

23'

64'

16'

ATU2000C Series

Hallway Application

ATD2000C Series ATD1000C Series ATD500C Series ATP1500C Series ATP600C Series

22'

26'

18'

12'

14'

20'

22'

64'

45'

12'

23'

32'

22'

32'

23'

12'

23'

32'

22'

12'

11'

Ceiling Sensors Coverage Patterns

Major Motion: UltrasonicUltrasonic PIRPIR

Minor Motion:

Accessories

Control Units

The CU300 series provides 24V DC power supply for sensors or sensor/Add-A-Relay combinations

The control units contain an internal relay for the control of an external load. Control units are plenum

rated cULus Listed.

Description Catalog Number

Automatic-ON operation, 120/277V AC, 50/60Hz for use with 1 to 4 ATD, ATU and ATP series

ceiling/wall mount sensors

CU300A

Manual-ON operation, 120/277V AC, 50/60Hz for use with 1 to 4 ATD, ATU and ATP series

ceiling/wall mount sensors

CU300M

Auto/Manual ON operation, 120/277V AC, 50/60Hz for use with 1 to 6 ATD, ATU and ATP series

ceiling/wall mount sensors, heavy duty latching relay for reactive loads and plug-load control

CU300HD

Automatic-ON operation, 347V AC, 60Hz, for use with 1 to 3 ATD, ATU and ATP series

ceiling and wall mount sensors

CU347A

Add-A-Relay

Hubbell AAR Add-A-Relay contains an internal relay for control of an external lighting load. The AAR

requires a 24V DC power supply from the Hubbell CU series control unit. The AAR is typically used

when: 1. It is desired to switch more than one circuit when occupancy is sensed. 2. The lighting load

exceeds the maximum rating of the control unit.

Description Catalog Number

For use with CU series control units and Hubbell ATD, ATU and ATP series ceiling

and wall mount sensors

AAR

Adaptive Technology Wall Mount Sensors

• Adaptive technology - “Install and forget” operation

• Swivel mounting bracket included for wall or

ceiling mounting

• All digital sensing technology

• Compatible with most LED and CFL

• Photocell for daylight harvesting and relay

interface with auxiliary systems such as

HVAC (RP models)

• 24V DC, 33mA

• cULus

Dual (Ultrasonic and Passive Infrared)

Description Coverage Color Catalog Number

Low voltage sensor 32kHz with photocell and isolated relay

Low voltage sensor 32kHz

1600 sq. ft.

Ofce White

ATD1600WRP

ATD1600W

Passive Infrared

Description Coverage Color Catalog Number

Low voltage sensor with photocell and isolated relay

Low voltage sensor

1600 sq. ft.

Ofce White

ATP1600WRP

ATP160 0W

Low voltage sensor for aisle and high bay applications,

with photocell and isolated relay

120 linear feet Ofce White ATP120HBRP

Low voltage sensor for aisle and high bay applications 120 linear feet Ofce White ATP120HB

CU300A(M),

CU347A

AAR

ATD1600W

Series

ATP160 0W,

ATP120HB

Series

CU300HD

Wall Mount Sensors and Accessories

Wall Mount Sensors Coverage Patterns

120'

ATP120HB Series

Top View

Side View

40'

20'

32'

23'

32'

23'

40'

20'

ATD1600W Series

40'

20'

32'

23'

32'

23'

40'

20'

ATP1600W Series

Major Motion: UltrasonicUltrasonic PIRPIR

Minor Motion:

Adaptive Dual Technology, Ultrasonic and Passive Infrared Ceiling and Wall Mount Sensors

ATD, ATU, and ATP Series

Electrical

Power Requirements 24V DC nominal, 33mA from Hubbell CU series control unit

Isolated Relay Normally open and normally closed

(sensors with RP suffix) Terminals available

Agency Approvals UL Listed

Physical Ceiling Sensors

Housing Flame retardant UL 94 V-0 ABS

Lens Polyethylene

Dimensions 1.5"H x 4.5"D

Color Office White

Mounting Height 8 to 12 feet

Physical Wall Mount Sensors

Housing Flame retardant UL 94 V-0 ABS

Lens Polyethylene

Dimensions 6"H x 2"W x 1.5"D

Color Office White

Mounting Height 8 to 12 feet, 8 to 30 feet (ATP120HB series)

Environmental

Operating 32°F to 104°F (0°C to 40°C) with rate of change not exceeding 20°F (11°C) per hour;

0% to 95% non-condensing relative humidity

Storage -20°F to 150°F (-29°C to 65°C); 0% to 95% non-condensing relative humidity

Controls

Time Delay Test (8 seconds), adaptive 8 to 40 minutes

Ambient Light 1 to 1000 foot candles

Sensitivity Adaptive 0 to 100%

Sensing Indicators

Ultrasonic (ATD and ATU Series) Green LED

Passive Infrared (ATD and ATP Series) Red LED

Control Units - CU300/347A Series

Electrical CU300A(M) CU347A CU300HD

Power Supply 120 to 277V AC, 50/60Hz 347V AC, 60Hz 100-277V AC, 50/60 Hz

Power Output 24V DC, 150mA 24V DC, 100mA 24V DC, 250mA

Load Capacity

Incandescent 0 to 1800 watts N/A 20A, 100-277V AC; 1HP @ 120V AC, 2HP @ 240/277V AC

120V Ballast 0 to 2400 watts N/A Motor Loads:

230V Ballast N/A N/A 1HP @ 120V AC

277V Ballast 0 to 5540 watts N/A 2HP @ 240/277V AC

347V Ballast N/A 0 to 5205 watts

AT Sensor/AAR Capacity 1 to 4 combined 1 to 3 combined 1 to 6 combined

Agency Approvals UL Listed, cULus Certified UL Listed, cULus Certified UL Listed, cULus Certified

Physical

Housing Flame retardant UL 94-5VA thermoplastic Flame retardant UL 94-5VA thermoplastic

Dimensions 3.69"L x 2.33"W x 1.36"H 4.00"L x 3.4"W x 1.73"H

Color Black Black

Environmental

Operating 32°F to 104°F (0°C to 40°C); 0% to 90% non-condensing -40°F to 149°F (-40°C to 65°C). Below 32°F (0°C) must use

relative humidity suitably rated non-metallic enclosure. 0% to 90% humidity,

Storage -20°F to 150°F (-29°C to 65°C); 0% to 90% non-condensing non-condensing

relative humidity

Add-A-Relay - AAR

Electrical

Power Input 24V DC nominal, 33mA from

Hubbell CU series control unit

Load Capacity

Incandescent 0 to 1800 watts

120V Ballast 0 to 2400 watts

230V Ballast 0 to 3680 watts

277V Ballast 0 to 5540 watts

347V Ballast 0 to 5205 watts

Agency Approvals UL Listed

Physical

Housing Flame retardant UL 94-5V thermoplastic

Dimensions 3.69”L x 2.33”W x 1.36”H

Color Black

Environmental

Operating 32°F to 104°F (0°C to 40°C); 0% to 90% non-condensing relative humidity

Storage -20°F to 150°F (-29°C to 65°C); 0% to 90% non-condensing relative humidity

Adaptive Technology Ceiling and Wall Mount Sensors

Control Units and Add-A-Relay

WL-Series Wireless Controls

Wireless Ceiling Mount Sensor

Description Coverage Color Catalog Number

Ceiling mount 360° 324-676 sq. ft. White WLP450C

Wireless Wall Mount Sensor

Description Coverage Color Catalog Number

Wall mount 180° 3000 sq. ft. White WLP3000W

Corner mount 90° 2500 sq. ft. White WLP2500W

Hallway Up to 150

linear feet

White WLP150H

Compatible Controls: WLS1278xx switch, WLC316R control unit, or any

Lutron Clear Connect Enabled Control Device.

Wireless Daylight Sensor

Description Color Catalog Number

Daylight sensor 0–107,000 Lux

(0-10,000 foot candles)

White WLDH

Compatible Controls: WLS1278xx switch, WLC316R control unit, or any

Lutron Clear Connect Enabled Control Device.

Wireless Wall Switches

Description Color Catalog Number

8A Lighting, 3A Fan (1/10 HP

motor, 120V AC only), Spec Grade

Electronic switch 120–277V AC,

No neutral wire required

Ivory

White

WLS1278I

WLS1278W

Accessory switch 120V AC Ivory

White

WLAS120I

WLAS120W

Accessory switch 277V AC Ivory

White

WLAS277I

WLAS277W

Compatible Transmitters: WLP series and WLDH sensors, or any

Lutron® Clear Connect™ Enabled Sensor.

Wireless Control Unit

Description Catalog Number

Wireless load control unit with

isolated relay

WLC316R

Compatible Transmitters: WLP series and WLDH sensors, or any

Lutron Clear Connect Enabled Sensor.

2) Press and hold for 6 seconds

until lights ash to conrm pairing

1) Press and hold switch for

6 seconds until LED ashes

3) Repeat process for

additional sensors

Sensor Coverage Chart

(for sensor mounted in center of room)

Ceiling

height

Maximum room dimensions for complete

oor coverage*

8 ft. (2.4m) 18 x 18 ft. (5.5 × 5.5m) 324 sq. ft. (30.2m2)

9 ft. (2.7m) 20 x 20 ft. (6.1 × 6.1m) 400 sq. ft. (37.2m2)

10 ft. (3.0m) 22 x 22 ft. (6.7 × 6.7m) 484 sq. ft.(44.9m2)

12 ft. (3.7m) 26 x 26 ft. (7.9 × 7.9m 676 sq. ft. (62.4m2)

*12 ft. (3.7m) recommended maximum mounting height

11'

12’

WLP450C

WLP3000W

WLP150H

10'

150'

10'

150'

Side View

Top View

60'

50'

25'

18'

25'

18'

50'

60'

*Sensor mounting shown at 7 ft. (2.1m). Mounting

height should be between 6 and 8 ft. (1.6 and 2.4m).

Top View

Side View

35'

50'

35'

50'

*Sensor mounting shown at 7 ft. (2.1m). Mounting

height should be between 6 and 8 ft. (1.6 and 2.4m).

WLP2500W

Top View

Minor Motion: Major Motion:

*Clear Connect™ is a registered trademark of Lutron Electronics Co., Inc.

Setup Procedure

Coverage Patterns

Ordering Information

www.hubbell-wiring.com

H-MOSS

Hubbell Motion Sensing Switches

for an Energy Conscious World

Hubbell Wiring Device-Kellems

Hubbell Incorporated (Delaware)

40 Waterview Drive, Shelton, CT 06484

Phone (800) 288-6000 • FAX (800) 255-1031

Printed in U.S.A. Specications subject to change without notice. H-MOSS® is a registered trademarks of Hubbell Incorporated. WLINST002 1/15