Daintree Networks WOS2-WM User manual

©2012 Daintree Networks, Inc. www.daintree.net WOS2-WM 120731
Installaon Process
• Keep the sensor lens clean. Avoid touching the sensor lens.
• Aer first-me installaon or reinstallaon of a new baery,
allow up to three minutes for inializaon.
1. Determine the mounng locaon for the sensor based on
the desired occupancy coverage.
See Placement for details.
2. Aach the mounng base to the wall
in the specified locaon.
3. Record the sensor’s IEEE address and
locaon on the facility floor plan.
4. Install the baeries in the orientaon
(+ - ) shown on the boom of the baery
compartment.
5. Aach the sensor’s main unit to the ball socket on the
mounng base. Adjust the angle of the sensor, then
hand-ghten the collar to secure the angle.
Counter-clockwise to
Loosen or Remove
Clockwise to
Tighten
WOS2-WM
Wireless Occupancy Sensor (Wall Mount)
with Photosensor
InstallaƟon InstrucƟons
The Daintree Networks wall mounted Wireless Occupancy
Sensor (WOS2-WM) operates seamlessly within the
ControlScope™ wireless lighng control plaorm. The
WOS2-WM is a baery-powered occupancy sensor ulizing
passive infrared (PIR) sensing technology to detect movement.
As part of the ControlScope system and using open, standards
based ZigBee wireless communicaons, the WOS2-WM reports
real-me occupancy events to turn on lights or keep them on
when movement is detected, and turn offlights when a space is
vacant. The sensor’s off-delay mer is user-configurable from any
locaon using the ControlScope Manager (CSM) web applicaon,
eliminang the need for on-site, manual sensor adjustment.
The WOS2-WM also includes a photosensor that can oponally
be configured with a daylight hold-offthreshold to keep lights off
when a space is adequately lit by natural light.
Specificaons
Power Supply (2) Lithium-thionyl chloride baeries
(Li-SOCl2) AA 3.6V (included)
Baery Life 5 years (normal operaon)
Radio Properes 2.4 GHz, +7dBm transmit power
Sensor Coverage
(maximum)
110°, 11 m/36 (WOS2-WM-W)
20°, 30 m/98 (WOS2-WM-L)
Off-Delay Timer 30 seconds (fixed), addional delay me
configurable in CSM
Photosensor 1 to 2000 Lux (0.093 to 185.8 fc)
Operang
Environment:
14°F to +122°F (-10°C to 50°C)
Indoor use only
Compliance FCC Part 15B, FCC ID: NRH-ZB-Z100B
ICES/NMB-003 Class B, IC: 8984A-Z100B
Mounng: (2) Screw holes on swivel mount bracket;
wall (or ceiling) mount
Dimensions: 3.6” W x 2.8” H x 3” D
(92mm W x 70mm H x 77mm D)
Weight (without baery): 3.32 oz. (94g)
Infrared
Detecon &
Test Mode LED
(red)
Network LED
(green)

page 2 of 4 www.daintree.net WOS2-WM 120731
PIR
Sensivity
Daylight Hold-Off
Baery
Compartment
Cover (press
arrows then
slide down
to open)
Ulity
Buon
Swivel
Mount
Collar
Wireless Occupancy Sensor, Model: WOS2-WM
Wireless Occupancy Sensor, Model: WOS2-WM
Power Supply: Battery ER14505 AA 3.6V (2)
FCC ID: NRH-ZB-Z100B
IC: 8984A-Z100B
ICES/NMB-003 CLASS B
FOR INDOOR USE ONLY
FOR INDOOR USE ONLY
20120412
IEEE Address: 00137A000000-0000
0000
Mountain View, CA, www.daintree.net
Mountain View CA www daMountain View CA www da
6. Aer the baeries have been installed for at least 3 minutes,
iniate the Installaon Test Mode: Momentarily press the
Ulity buon. The green LED flashes once then the red LED
flashes each me the sensor detects moon. (The test mode
mes out aer 5 minutes.)
a. Walk test the sensor. Walk outside the coverage area
and wait for the red LED to stop flashing. Step inside
the desired coverage area and observe the red LED.
b. Repeat from various posions in the coverage area.
c. If necessary, adjust the sensor as described in
Adjustments: PIR Sensivity, then repeat the walk test.
d. If you do not observe the proper behavior, see
Troubleshoong.
7. Oponal: Set the light level threshold as described in
Adjustments: Daylight Hold-Off.
If not using this feature, make sure the ( ) trimpot is set to
the fully clockwise posion.
8. Exit Installaon Test Mode. Momentarily press the Ulity
buon again, or wait 5 mintues for the mode to me out.
9. Complete the installaon by reseng the device: press and
hold the Ulity buon for 5 seconds. Release the buon
when the Network LED begins to flash rapidly.
The sensor aempts to join a ZigBee network for up to 30
seconds. If it is able to join, the Network LED turns on solid
for 10 seconds. If it is unable to join, it automacally retries
every 15 minutes unl it succeeds in joining a network.
Note, the sensor will not be able to join a network unl a
Wireless Area Controller (WAC) is commissioned.
See LED Operaon and Joining the ZigBee Network.
LED Operaon
Green LED:
Network Indicator Descripon
Rapid flash (12 mes
per second) for up to 30
seconds
Device is trying to join ZigBee
network. If it fails to join, it will
retry aer 15 minutes.*
Solid for 10 seconds Device successfully joined a
ZigBee network.
Flashes once Ulity buon was pressed to
iniate Installaon Test Mode.
While unit is in
Installaon Test Mode,
turns On
Daylight level is greater than the
hold-offlevel set with trimpot.
Flashes twice
Ulity buon was pressed for
2 seconds and the device is
currently joined to a network.
On for 2 seconds every 30
seconds
Baeries low. Replace the
baeries.
Red LED: Installaon
Test Mode, Moon Descripon
While unit is in
Installaon Test Mode,
Flashes
The red LED flashes each me sensor
detects occupancy. Test mode mes
out aer 5 minutes.
Off
Normal operaon: either not
detecng occupancy, or detected
occupancy and is in OffDelay. The red
LED turns on with inial occupancy.
Joining the ZigBee Network
Aer successfully compleng the Installaon Test the WOS2 is
ready to communicate with the Daintree Wireless Area Controller
(WAC) and the Daintree ControlScope Manager (CSM) web-based
lighng management user interface.
* A network join can be retriggered manually at any me using
one of the following methods:
• Reset to factory defaults: This causes the device to leave
any network to which it is currently joined. Following the
reset, the device aempts to join a network. Press and hold
the Ulity buon for 5 seconds. Release the buon when
the Network LED begins to flash rapidly.
• Acvate device: Press and hold the Ulity buon for 2
seconds. If the device is already joined to a network, the
Network LED flashes twice. If the device is not joined to a
network, the Network LED flashes rapidly and the device
will aempt to join a network.
For more informaon about configuring the lighng control
network, see the instrucons and on-line help provided with the
ControlScope Manager applicaon.

©2012 Daintree Networks, Inc. www.daintree.net page 3 of 4
Placement
The PIR sensor can only be installed indoors. It is extremely
important to select the appropriate installaon locaon to avoid
false occupancy reporng while obtaining the best sensivity. A
proper installaon should meet the following condions:
• The PIR sensor is typically mounted 6.5’ to 10’ (2m to 3m)
from the floor, with a 15 degree vercal lt. The height, lt,
and angle of installaon affects the coverage area.
• The PIR sensor must be 4’ to 6’ away from hot or cold
sources such as heat or air condioner vents, refrigerators,
stoves, etc. The PIR sensor should not be installed in places
with strong air flows.
• The PIR sensor must have clear line of sight to the coverage
area. It may not detect a human body if it is blocked by
furniture, fixtures, large plants, glass, curtains, etc.
• Install the detector securely to the ceiling or wall to minimize
sensor vibraon. The PIR sensor should not be installed
on doors or windows, nor exposed to direct sunlight. The
resulng hot air and/or moon can cause false acvaon.
• The effecveness of the PIR sensor is highly related to the
direcon of human moon.
The sensor
is most
responsive
when
crossing the
field of view:
The sensor
is less
responsive
to radial
movement:
WOS2-WM-W (wide-angle)
Installaon Height 6.5’ to 10’ (2m to 3m) from floor
Installaon Angle 15° lt toward floor
Detecon Angle 110°
Detecon Range up to 36’ (11m)
Top View
36’
(11m)
36’
(11m)
09.8’
(3m)
9.8’
(3m)
19.6’
(6m)
29.5’
(9m)
19.6’
(6m)
29.5’
(9m)
Sensor mounted at 9.8’ (3m) height from floor, 15vercal lt
9.8’
(3m)
19.6’
(6m)
29.5’
(9m)
(6
(6
6.5’
(2m)
0
3.28’
(1m)
9.8’
(3m)
36’
(11m)
9.8’
(3m)
19.6’
(6m)
29.5’
(9m)
3.28’
(1m)
6.5’
(2m)
13.1’
(4m)
16.4’
(5m)
22.8’
(7m)
26.2’
(8m)
32.8’
(10m)
Side View Sensor mounted at 9.8’ (3m) height from floor, 15vercal lt
WOS2-WM-L (long range)
Installaon Height 6.5’ to 7.2’ (2m to 2.2m) from floor
Installaon Angle 15° lt toward floor
Detecon Angle 20° / 30 meters
Detecon Range 6.5’ to 98.4’ (2m to 30m)
9.8’
(3m)
29.52’
(9m)
59.0’
18m)
88.6’
(27m)
9.8’
(3m)
19.7’
(6m)
39.4’
(12m)
53.8’
(15m)
68.9’
(21m)
78.7’
(24m)
98.4’
(30m)
9.8’
(3m)
0
10˚
15˚
Top View Sensor mounted at 9.8’ (3m) height from floor, 15vercal lt
30˚
0
0
9.8’
(3m)
101.68’
(31m)
29.52’
(9m)
59.0’
18m)
88.6’
(27m)
9.8’
(3m)
19.7’
(6m)
39.4’
(12m)
53.8’
(15m)
68.9’
(21m)
78.7’
(24m)
98.4’
(30m)
Side View Sensor mounted at 9.8’ (3m) height from floor, 15vercal lt
More
Responsive
Less
Responsive

page 4 of 4 www.daintree.net WOS2-WM 120731
Copyright © 2012, Daintree Networks, Inc.
All rights reserved.
ZigBee® is a registered trademark of the ZigBee Alliance.
Daintree Networks, Inc.
1503 Grant Road, Suite 202, Mountain View, CA 94040
(p) [phone] (e) [e-mail] (w) www.daintree.net
FCC warning
This equipment has been tested and found to comply with the limits
for a Class A digital device, pursuant to Part 15 of the FCC Rules. These
limits are designed to provide reasonable protecon against harmful
Interference when the equipment is operated in a commercial
environment. The equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with
the instrucon manual, may cause harmful interference to radio
communicaons. Operaon of the equipment in a residenal area
is likely to cause harmful interference in which case the user will be
required to correct the interference at his/her own expense.
Adjustments
Two trimpots on the
back of the sensor
are used to adjust
the Daylight Hold-
Offthreshold and
PIR moon sensor
sensivity. For easier
access to the trimpots
aer the sensor
has been mounted,
remove the sensor
from the mounng bracket.
Use cauon when adjusng the trimpots.
Do not use excess force, as this will damage the unit.
Stop turning the trimpot when you feel resistance.
PIR Sensivity
Turn the trimpot clockwise to increase sensivity.
Turn the trimpot counter-clockwise to decrease.
Daylight Hold-Off(oponal)
The sensor is shipped with the Daylight Hold-Offopon disabled
(trimpot at the maximum seng, fully clockwise). When disabled it
will not hold offthe lights when the space is occupied.
1. Ensure that the light level is low enough that
electric lights are required.
2. Set the trimpot so the threshold is at the
minimum level, fully counter-clockwise;
lights are always being held off.
3. Momentarily press the Ulity buon to acvate installaon test
mode. The red LED flashes to indicate moon detecon, the
Network LED (green) should be ON.
4. Slowly adjust the trimpot unl the Network LED (green) goes off.
At this seng, aer the sensor is added to CSM, when the
light is below this level occupancy will turn on the electric
lights in the zone.
5. Momentarily press the Ulity buon to exit installaon test
mode.
To test the daylight hold-offaer the installaon is complete and
the sensor has been added to CSM:
1. Ensure that CSM’s control strategy for this zone makes use of
occupancy sensors and has the ‘Enable Daylight hold-off’ check
box selected.
2. Wait unl vacancy is detected and the lights turn off.
3. Trigger occupancy while the light level is below the selected
threshold. The lights should turn on.
Trigger occupancy while the light level is above the selected
threshold. The lights should remain off.
Troubleshoong
No LEDs turn on when I press the Ulity buon.
• Check baery installaon.
• Make sure baeries are oriented (+ -) correctly.
The red Infrared Detecon LED does not acvate when walking
through the coverage area while in Installaon Test mode.
• Check to see if the red LED turns on when you wave your hand
directly in front of the lens.
– If the red LED turns on, adjust the PIR Sensivity trimpot
clockwise to increase sensivity. Check for objects or barriers
obstrucng the sensor’s view of the coverage area.
– If the red LED does not turn on, the Installaon Test mode
may have med out. Restart the Installaon Test mode by
momentarily pressing the Ulity buon. The green LED turns
on briefly, then the red LED flashes with each detecon.
Installaon Test mode mes out in 5 minutes.
The red LED flashes when nobody is moving in the coverage area.
• Adjust the PIR sensivity trimpot counter-clockwise to reduce
sensivity. Repeat the walk test.
• Check for sources of hot air flow in the coverage area.
• Review the Placement guidelines and eliminate false trigger
sources.
If lights do not turn Offaer the WOS2-WM has Joined the ZigBee
network:
• Check the “Offdelay” for the zone in the Daintree CSM.
• Check for other CSM scheduled events or manual overrides that
may be keeping the lights On.
Minimum
(counter-
clockwise)
Maximum
(clockwise)
Minimum
(counter-
clockwise)
Maximum
(clockwise, disable
daylight hold-off)
Remove
sensor
from
bracket
Attach
sensor
to
bracket