Australian
OCCUPANCY SENSORS &
DAYLIGHT CONTROLLERS
PRODUCT CATALOGUE 2014
ABOUT SENSOR SWITCH
10
OCCUPANCY SENSORS
19
POWER PACKS
37
DAYLIGHTING CONTROL SENSORS
41
ADDITIONAL PRODUCTS
DATA LOGGING MONITORING SYSTEM
45
JSB is “Lighting”
JSB Lighting are the proud exclusive Australian distributors
since 2007, part of the ASX listed HGL group, JSB imports
and distributes quality commercial lighting brands from
Europe and North America. JSB lighting sales office are
located in every state, full contact information available at
www.jsblighting.com.au
Products and data shown on www.sensorswitch.com
is for the USA market only and does not comply with
local conditions”
www.jsblighting.com.au
STANDARD
INDOOR PHOTOCELL AND DIMMING SENSORS
BALLAST DISCRIMINATOR
MOUNTING BOXES
51
PRODUCT INDEX
CM-9-AU
CM-10-AU
CM-PDT-9-AU
CM-PDT-10-AU
CMR-9-AU
CMR-9-2P-AU
CMR-10-AU
CMR-10-2P-AU
CMR-ADC-AU
CMR-PC-AU
CMR-PC-ADC-AU
CMR-PDT-9-AU
CMR-PDT-9-2P-AU
CMR-PDT-10-AU
CMR-PDT-10-2P-AU
P
38 PP-20-AU
38 PP-20-2P-AU
2
WIRING DIAGRAMS
C
20
26
20
26
22
24
28
30
43
43
43
22
24
29
30
R
32
27
26
23
24
29
30
22
24
28
30
RM-9-AU
RM-10-AU
RM-PDT-10-AU
RMR-9-AU
RMR-9-2P-AU
RMR-10-AU
RMR-10-2P-AU
RMR-PDT-9-AU
RMR-PDT-9-2P-AU
RMR-PDT-10-AU
RMR-PDT-10-2P-AU
S
39 SP-20-AU
W
34
34
34
34
33
33
WSD-AU
WSD-PDT-AU
WSD-SA-AU
WSD-PDT-SA-AU
WSD-LV-AU
WSD-PDT-LV-AU
TABLE OF CONTENTS
This Australian / New Zealand Sensor Switch catalogue
contains products that are exclusively manufactured for
the Australian market and are modified to comply with
AS/NZ 3000 wiring, electrical safety and EMC standards.
Please note that only products listed are compliant.
WALL SWITCH SENSORS
STANDARD RANGE 360° SENSORS
EXTENDED RANGE 360° SENSORS WIDE VIEW SENSORS
3
®
BETTER PERFORMANCE
THROUGH
ADVANCED TECHNOLOGY
PIR Superior Passive Infrared Detection
LampMaximiser® Technology (patent pending)
• Allows a more energy-saving time delay setting (e.g., 10 min vs. 15 min)
to be utilised without fear of false offs. This further underscores our
faith in our detection abilities
• Enables users to aggressively target energy savings while still
protecting lamp life
• No sensitivity adjustments required - install and forget
• Minimum On timer (15 min default) - preserves lamp life by eliminating
all lamp cycles shorter than lamp manufacturer recommendations
• Lower frequency response delivers excellent small motion detection at
great distances
• Occupancy time delay (10 min default) – lower time delay increases
energy savings
• Each sensor fine-tuned for optimum detection for its coverage pattern
• Provides an optional LampMaximiser+ mode that enables automatic
adjustment of occupancy time delays according to a sophisticated
control algorithm that determines sensors’ optimum switching
behaviour in order to maximise both lamp life and energy savings
PDT Passive Dual Technology (PIR/MicrophonicsTM)
• Sensors both see an occupant’s motion and hear the sounds they
make; this results in better detection than sensors using two separate
technologies that only detect motion (e.g., Ultrasonic/PIR Dual Tech)
• Maintains statistics on total lamp on time and number of cycles
Innovative Daylighting Controls
• Immune from conditions that typically cause false ons (e.g., persons
walking by a space or non-occupant movements within a space)
• Self-Calibrating - capable of finding optimum set-point for
• 100% acoustically passive - no high frequency transmissions, no
potential for interference, and none of the headaches common w/
other technologies
• Easy-to-apply - deploy standalone or combine with occupancy sensors
installed location
• On/Off, Stepped Dimming, and Full Range Dimming options
• Patented technology
4
5
LEADERSHIP INNOVATION
in
Sensor Switch is an engineering driven company
with a commitment to innovation. This has led to
our consistent introduction of new and advanced
products and technologies to the industry, many
of which are patented.
TECHNOLOGY TIMELINE
1987
Founding of Sensor Switch
Passive Infrared (PIR) Wall Switch Sensor
1989
PIR Ceiling Sensor
Wall-to-Wall PIR Wall Switch Sensor
HID Bi-Level Sensor
1991 Decorator Style Wall Switch Sensor
Relay Circuit Protection (Patented)
1993 MICROPHONICS™
PASSIVE DUAL TECHNOLOGY
Detecting occupants in rooms with obstructions that
block a Passive Infrared (PIR) sensor’s line of sight,
such as bathroom stalls or office cubicle partitions, is
a common sensor application requirement. For these
applications, Sensor Switch developed Microphonics™
technology, which utilises a microphone inside
the sensor to hear sounds indicating occupancy.
Microphonics™ is always paired with PIR technology,
engaging after occupancy is initially detected via PIR.
Self-Contained Line Voltage Sensors
Dual Technology Wall Switch Sensor
1995
Microphonics™ (Patented)
Dimming Control Photocell for 0-10Vdc Ballasts
Patented by Sensor Switch, sensors using both PIR and
Microphonics™ detection are referred to as having
Passive Dual Technology.
Microphonics™ is superior to alternatively used
ultrasonic technology in that it provides better
detection performance, requires less power, and
does not transmit sound waves into the space, thus
eliminating all potential for interference.
2-Pole Wall Switch Sensor
1997
Interchangeable Sensor Wiring (Patented)
Universal Low Voltage Sensor Interface (Patented)
Data Logger Monitoring System
1999
Battery Powered PIR Sensor (Patented)
Ballast Discriminator
(Patented)
Microprocessors First Added to Sensors
2007
Self-Calibrating Photocell
Sensor Switch Canada Opens
2009
Sensor Switch joins the Acuity Brands Family
of Companies
LampMaximiser ® Sensor (Patent Pending)
6
7
ROI DESIGN
by
Sensor Switch has developed a reputation for
delivering energy savings along with return on
investment (ROI). This has made them a respected
partner in the green building industry, engineering
lighting control systems that maximise energy
efficiency and user convenience, while also
delivering maximum ROI.
GOING BEYOND
ENERGY SAVINGS
While Sensor Switch’s products inherently deliver energy savings, they
have taken the extra initiative to develop and use only environmentally
friendly technology and sustainable manufacturing practices, including:
•
Sensors that use acoustically passive technology, meaning they do not emit invasive
Ultrasonic sound waves into the environment
•
Development of LampMaximiser® technology that determines a sensor’s switching
behaviour in order to optimise both lamp life and energy savings, thus minimising
landfill requirements for spent lamps.
UNMATCHED EASE
INSTALLATION & USE
of
Wiring Made Simple
• Line voltage sensors are impossible to wire backwards
- two identical orange wires are used for connection to
line and load
• Patented feature prevents reverse wiring - a condition
which causes damage to other brands’ sensors
Program Without Tools
Convenient To Apply
• All device settings are digitally programmed via a series
of simple push-button sequences
• Low voltage sensors (both PIR and Dual Technology)
draw very low current, enabling 14+ to be connected
to one power pack
• No analogue dials/pots, dip switches, or removing wall
plates required to change settings
• Patented relay contact protection provides ultra long
relay life (tested to over 400,000 cycles)
• Photocells have an automatic set-point calibration mode
that can be run at any time of the day and in any daylight
conditions; this mode saves time and eliminates callbacks
8
9
ABOUT SENSOR SWITCH
This guide is intended to assist with choosing the
appropriate Sensor Switch occupancy sensor for your space
and application. Each character or group of characters in a
Sensor Switch model number indicates a specific feature
or option for that particular sensor. The sections of this
guide describe the choices available for each of the feature
categories. The example below explains the categories that
make up the model number CMR-PDT-10-P-AU.
By dividing up any Sensor Switch occupancy sensor model
number into the parts described in this guide, the sensor’s
full functionality can be determined. This guide will also
better enable you to build your own model numbers by
choosing from each category the features and options your
project requires.
ENCLOSURES
POWER TYPE
SELV Powered / Mains Powered
DETECTION TECHNOLOGY
PIR & Microphonics
ANATOMY OF A MODEL NUMBER
LENS TYPE
Passive Infrared Coverage Patterns
CM
10
R
PDT
™
Ceiling Mount
MAINS POWERED
PIR & Microphonics
Enclosures
Power
Detection
10
P
AU
Extended Range
Photocell
Australian
Lens
Options
Australian Version
OPTIONS
12
14
15
16
17
11
ENCLOSURES
Sensor Switch occupancy sensors come in a variety of different enclosure
styles that are both functional and attractive while still being easy to mount.
The enclosure style for most sensors is indicated by the first few letters in their
model number.
Ceiling Mount
CM
Physical Specs:
Size:
Diameter:
Depth: Weight:
Mounting:
Colour:
RM
Physical Specs:
Size:
Width (square): 112 mm
Weight: 170g
Mounting:
Ships with recessed mounting box BH234R 97 x 106mm cutout
see page 49 for details
Colour:
White
Wall/Corner Mount
WV
116 mm
39 mm
170g
Ships with recessed ceiling mounting box B618R - see page 49 for details
White
Surface Mount
WVR
Physical Specs:
Size:
H: 126 mm
W:
78 mm
D:
43 mm
Weight:
198g
Mounting:
Single Gang Box
Colour:
White
12
Recessed Mount
Physical Specs:
Size:
H:
W:
D:
Weight:
Mounting:
Colour:
76 mm
91 mm
44 mm
113g
Directly to Corner or to Ceiling using WV BR Bracket
White
Wall Switch Decorator
WSD
Physical Specs:
Size (not including mounting strap):
H:
70 mm
W:
43 mm
D:
41 mm
Weight:
141g
Mounting:
Single Gang Switch Box
Colour:
White
13
DETECTION TECHNOLOGY
POWER TYPE
This category specifies how a sensor is powered, as well as
its switching capabilities. By default, sensors are powered
by extra low voltage (SELV) and require a power pack to
switch a load; therefore, no special characters need to be
added to the model number. In contrast, mains powered
PIR & PDT
All sensor switch sensors utilise Passive Infrared (PIR)
technology to detect changes in the infrared energy given
off by occupants as they move within the field-of-view. As
heat given off by the human body moves in and out of the
beams, the detector sees this and triggers the occupancy
mode. Sensor switch lens designs create a continuous array
of beams that provide an even coverage. Additionally,
sensors are fine tuned to detect small motions even at
great distances, while still preventing false trips.
sensors are powered by and can switch mains voltage
without a power pack. Mains powered model numbers
have the letter “R” inserted with the enclosure designation
(e.g., CMR1).
Mains Powered
1-POLE
L
• Sensors contain mains voltage switching relays
• Ideal for retrofit applications with concrete or inaccessible ceilings
L
L
RED
RED
RED
RED
RED
RED
BLK
• Interchangeable line & load wires (Sensor Switch patented)
PIR + MICROPHONICS = PDT
TM
2-POLE
RED
L
BLK
BLU
WHT
BLK
RED BLU
RED
RED
L
L
SELV Powered
BLK
LINE INPUT 1
LINE INPUT 2
LOAD OUTPUT 1
LOAD OUTPUT 2
RED
L
• Powered via power pack or other SELV source
• Enables multiple sensors to be used together to cover space
L
L
3
BLK
RED
RED
RED
BLK
WHT
BLK
Mains Powered Sensors
• No minimum load requirements
• Max Load Rating/Pole (1 Phase Only)1
4.3 Amps @ 240Vac
• Frequency: 50/60 Hz
SPECIFICATIONS
LOAD OUTPUT 1
LOAD OUTPUT 2
SPECIFICATIONS
BLK
BLU
Mains
SELV Powered Sensors
• Operating Voltage: 12-24 Vac/Vdc
• Output: Drives up to 200 mA of connected load
• Current Draw:
Standard Sensor
4 mA
w/ R option 16 mA
Power Packs
• Operating Voltage: 240Vac (PP-20-AU)
• Load Rating (Max):
20 Amps
• Powers up to 14 sensors or 8 with R option
• Patented Relay Circuit Protection up to 400K Cycles
1
14
Passive Dual Technology (PDT) combines both of these
detection technologies. It requires sensors to first see motion
using Passive Infrared, and then engages the Microphonics™
to hear sounds that indicate continued occupancy. Patented
by Sensor Switch, Passive Dual Technology using PIR and
Microphonics is superior to alternatively used ultrasonic
technology in that it provides better and more reliable
occupancy detection performance, requires less power, and
does not transmit sound waves into the space, thus eliminating
all potential for interference.
All sensors utilise PIR technology by default. Including the suffix
PDT after the enclosure model number adds Microphonics™
detection to the sensor.
RED
SELV
RED
RED
BLK
BLK convenient
LINE INPUT
• Allows sensor mounting without a junction box and utilises
low 1
BLU
LINE INPUT 2
voltage wiring
WHT
RED
BLK
• Impossible to wire backwards
• Sensors capable of switching two poles independently are indicated by
adding 2P to the model number (e.g., CMR-9-2P-AU)
Microphonics™ technology uses a microphone inside
the sensor in order to hear sounds indicating occupancy
in rooms with obstructions, such as bathrooms with stalls
or open office cubicle areas. By using Automatic Gain
Control (AGC), the sensor can dynamically self-adapt to its
environment by filtering out constant background noise
and detecting only leading edge noises typical of human
activity. Additionally, sensors with Microphonics use
advanced digital acoustic filtering, so that the prolonged
presence of persistent noises without any PIR events do not
keep the lights on, nor do sounds with periodicity (such as
from a time clock).
Load ratings not applicable for LWS and WVR series sensors
15
OPTIONS
LENS TYPE Passive Infrared
The previous sections of this guide define the portion of the model number referred
to as a sensor’s series number. Following this series number, there may be additional
characters in the model number that define the optional features included on the
sensor. This section describes each option and its model number character suffix.
It is important to select a lens type with a PIR coverage pattern that not only
accommodates the space’s area requirements, but also its application. The following
pages diagram the PIR coverage pattern of each lens style and describe the
applications for which they are best suited.
9 Standard Range 360º Lens
• Best choice for small motion (e.g., hand movements)
detection
• Viewing angle of 56º in a 360º conical shaped pattern
• Provides 3.7 m radial coverage when mounted to standard
2.7 m ceiling
• 2.4 m to 4.6 m mounting heights provide 3.05 m to 6 m
radial coverage
10 Extended Range 360º Lens
• Best choice for large motion (e.g., walking) detection
• Viewing angle of 67º in a 360º conical shaped pattern
• Provides 8.5 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.1 m to 4.6 m mounting heights provide 4.88 m to
11 m radial coverage
SIDE VIEW
TOP VIEW
3.7
1.8
0m
0m
2.7
1.8
3.7
1.8
0m
1.8
3.7
3.7
SIDE VIEW
TOP VIEW
8.5
R Isolated SELV Relay
• Enables SELV powered sensors to interface with a building
management system
• Provides dry contact closure via an SPDT, 1 Amp, 40 Volt relay
• The relay is energised when ALL connected sensors register unoccupied
• When using multiple sensors, only one sensor per zone needs to
have a relay
Note: Sensor must have power at all times for the relay to function.
DOccupancy Controlled Dimming
4.3
0m
0m
2.7
8.5
6.4
4.3
2.1
0m
2.1
4.3
6.4
4.3
8.5
8.5
• Small motion (e.g., hand movements) detection up to
12.2 m
• Large motion (e.g., walking) detection up to
21.3 m
• Designed for 2.4 m to 3.0 m high mounting in room corner
SIDE VIEW
3
6
3
6
6
0m
ADC
9.1
LT
Low Temperature / High Humidity
• During manufacturing, the circuit board goes through a conformal
coating process, making it corrosion resistant from moisture
• Enables operating temperatures down to -40º C for PIR sensors and
-20ºC for PDT sensors
• Ideal for cold storage applications or bath/shower rooms with
condensing steam
• Photocell has full control during periods of occupancy
• Recommended for public areas, corridors, or bathrooms
Inhibit mode
• Photocell can prevent lights from turning on if adequate daylight is
available, but cannot turn lights off
• Recommended for areas where people do work
(cellular and open offices)
Photocell w/ Auto Dimming
• Photocell within sensor maintains total room light level by controlling
levels of 0-10Vdc dimmable ballasts
• Photocell also has full on/off control during periods of occupancy
• Provides a second occupancy time-out period that enables the lights to
go to a dim setting before turning off
3
2.7
0m
16
0m
12.2
Decorator Lens
Small motion (e.g., hand movements) detection up to 6 m
Large motion (e.g., walking) detection up to 15.2 m
Wall-to-Wall coverage
Vandal resistant option (V) decreases range by 50%
3
TOP VIEW
WSD Wall Switch
•
•
•
•
6
On/Off mode
0m
• Provides more advanced daylighting control for 2-Pole line
voltage occupancy sensors
• Single shared set-point is used for both poles
• Features auto set-point calibration
• Fully digital
1.2 m
SIDE VIEW
TOP VIEW
P Photocell
16 Wide View Lens
• Provides dimming output to control 0-10Vdc dimmable ballasts
• Provides a second occupancy time-out period that enables the lights to
go to a dim setting before turning off
• Adjustable max/min dim setting
• When using multiple low voltage sensors, only one sensor per zone
needs to have dimming output
DZ Dual Zone Photocell
3
6
9.1
12.2
0m
9.1
6
3
0m
3
6
9.1
17
OCCUPANCY
SENSORS
18
19
APPLICATIONS
STANDARD RANGE 360º SENSORS
SELV POWERED
CELLULAR OFFICE
In spaces like private offices, it is best to locate the
sensor along the entrance wall. This positioning
ensures the occupant is detected immediately
upon entering through the door, while preventing
the detection of persons just passing by the door.
SPECIFICATIONS
OVERVIEW
FEATURES
Safe Extra Low Voltage (SELV) sensors with the
Standard Range 360º lens offer amazing
performance and sensitivity to small motions (e.g.,
hand movements). A single sensor can cover entire
private offices or smaller rooms by itself. However,
multiple sensors working together provide the ideal
solution for covering oddly shaped rooms or large
open office areas. For rooms with obstructions, these
sensors are also available with Dual Technology,
which adds Microphonics™ detection to the Passive
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
User Adjustable Time Delays
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes • Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
PHYSICAL SPECS
WEIGHT 170g
COLOUR White
CM RANGE MOUNTING BOX B618R
SIZE 111 mm Dia, 102mm cutout
67 mm Deep.
See Page 49 for details.
OPEN OFFICE SPACE
Infrared (PIR) detection. For longer range detection
of walking type motions, see Extended Range 360º
sensors on page 26.
Low voltage sensors are powered with 12-24Vac/
Vdc and operate with a power pack (model
PP-20-AU), enabling complete 20 Amp circuits to
be controlled. For Mains Powered Standard Range
360º sensors, see page 22.
COVERAGE PATTERN
STANDARD RANGE 360º LENS
• Best choice for small motion (e.g., hand
movements) detection
• Provides 3.66 m radial coverage when mounted to
standard 2.74 m ceiling
• 2.4 m to 4.5 m mounting heights provide 3.05 m to
6.0 m radial coverage
TOP VIEW
ENVIRONMENTAL SPECS
3.7
3.7
This configuration illustrates sensors with different
detection technologies being used collectively
to cover a space. The sensor located in the airlock
uses PIR to detect and turn the lights on when
the occupant first enters. The Dual Technology
sensor located in the main area then keeps the
lights on, even when the occupant is inside a stall.
A 10-second grace period allows the lights to be
voice reactivated, if needed.
TOP VIEW
3.7
R SELV RELAY
• Enables sensors to interface with
other systems
(e.g., BMS, Lighting systems)
• Provides dry contact closure via
an SPDT,
1 Amp, 40 Volt relay
• Only one relay needed per zone
• Changes state when all connected
sensors register unoccupied
• Relay requires sensor power
to function
D OCCUPANCY CONTROLLED
DIMMING
• Provides dimming output to control
0-10 Vdc dimmable ballasts
• Provides a second occupancy time
out period that enables the lights to
go to a dim setting before turning off
• Adjustable max/min dim setting
• Only one sensor per zone needs to
have dimming output
P PHOTOCELL
• Auto set-point calibration
• Two selectable modes of operation
• On/Off Mode: Photocell has full
control during periods of occupancy
• Inhibit Mode: Photocell prevents
lights from turning on if adequate
daylight is available, but does not
turn the lights off
ADC PHOTOCELL W/ DIMMING
• Photocell within sensor maintains
total room light level by controlling
levels of 0-10Vdc dimmable ballasts
• Photocell also has full on/off control
during periods of occupancy
• Provides a second occupancy timeout period that enables the lights to
go to a dim setting before turning off
Note: LampMaximiser+ features not
available with ADC option
LT LOW TEMPERATURE /
HIGH HUMIDITY
• Sensor is corrosion resistant
to moisture
• Operates down to -40º C / 20º C
for PDT
1.8
1.8
0m
0m
1.8
1.8
0m
3.7
1.8
1.8
3.7
3.7
3.7
KEY SPECS
SERIES #
CM-9-AU
CM-PDT-9-AU
20
1.8
BATHROOM WITH AIRLOCK
• Microphonics™ provides overlapping detection
of human activity over the complete PIR
coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
ELECTRICAL SPECS
OPERATING VOLTAGE
12-24Vac/Vdc
SIDE VIEW
RECOMMENDED POWER SUPPLY
PP-20-AU
SIDE VIEW
CURRENT DRAW
0m
Standard, 4 mA
0m
w/ R option, 16 mA
DIMMING LOAD
Sinks < 20mA;
2.7
~40 Ballasts @ .5mA each
2.7
WIRING DIAGRAM Page 52 B
3.7
1.8
0m
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
Open office spaces are best covered by positioning
multiple Dual Technology sensors on 9 m centers.
The sensors communicate with each other and
the power pack such that occupancy detected
by any of the sensors will switch and/or keep the
lights on. This configuration enables complete
lighting circuits to be adequately controlled
even if they cover large areas. Typically 6
to 8 sensors are used per circuit; however,
up to 14 sensors may be connected to each
power pack.
OPTIONS
ORDERING BLOCK
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
DETECTION
PIR
PIR & MICROPHONICS™ POWER TYPE
12-24 Vac/Vdc
12-24 Vac/Vdc
RELAY
SERIES #
DIMMING/PHOTOCELL*
TEMP/HUMIDITY
CM-9-AUBlank : NoneBlank : NoneBlank : Standard
CM-PDT-9-AUR : SELV RelayD : Occupancy ControlledLT : Low Temp
Dimming 0-10Vdc
P : Photocell ADC : Photocell w/ 0-10Vdc Dimming
* CHOOSE ONLY ONE
21
APPLICATIONS
STANDARD RANGE 360º SENSORS
MAINS POWERED
OPTIONS
D OCCUPANCY CONTROLLED
DIMMING
• Provides dimming output to control
0-10 Vdc dimmable ballasts
• Provides a second occupancy time
out period that enables the lights to
go to a dim setting before turning off
• Adjustable max/min dim setting
SPECIFICATIONS
OVERVIEW
FEATURES
Mains powered sensors with the Standard Range
360º lens offer amazing performance and sensitivity
to small motions (e.g., hand movements), and are
ideal for retrofit applications. Mains powered sensors
are powered by and directly switch mains circuit.
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
User Adjustable Time Delays
Self-Contained Relay,
No Power Pack Required
Interchangeable Hot & Load Wires,
Impossible to Wire Backwards
No Minimum Load
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
For rooms with obstructions, these sensors are
available with Dual Technology, which adds
Microphonics™ detection to the Passive Infrared
(PIR) detection. Information on line voltage sensors
with a longer detection range of walking type
motions can be found in the Extended Range 360º
Mains Powered sensors section on page 28.
MAX LOAD 4.3A@240Vac
MINIMUM LOAD None
FREQUENCY 50/60 Hz
DIMMING LOAD
Sinks < 20mA;
~40 Ballasts @ .5mA each
WIRING DIAGRAM Page 52 C
ADC PHOTOCELL W/ DIMMING
• Photocell within sensor maintains
total room light level by controlling
levels of 0-10Vdc dimmable ballasts
• Photocell also has full on/off control
during periods of occupancy
• Provides a second occupancy timeout period that enables the lights to
go to a dim setting before turning off
Note: LampMaximiser+ features not
available with ADC option
STANDARD RANGE 360º LENS
• Best choice for small motion (e.g., hand
movements) detection
• Provides 3.6 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.4 m to 4.5 m mounting heights provide 3.0 m to
6.0 m radial coverage
• Microphonics™ provides overlapping detection
of human activity over the complete PIR
coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
TOP VIEW
WEIGHT 170g
COLOUR White
SIDE VIEW
CEILING MOUNT
SIDE
SIZE 115 mm Dia
0m
39 mm Deep
CM RANGE MOUNTING BOX B618R
0m
SIZE 111 mm Dia, 102mm cutout
67 mm Deep.
2.7
See Page 49 for details
3.7
CLASSROOM
• High ceilings
• Integrates easily with existing surface conduit
COVERAGE PATTERN
PHYSICAL SPECS
ELECTRICAL SPECS
CELLULAR OFFICE
• Mount along entrance wall
• Used when a wall switch or
low voltage ceiling sensor is
not feasible
3.7
2.7 1.8
LT LOW TEMPERATURE /
HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture
• Operates down to -40º C / 20º C
for PDT
TOP VIEW
3.7
VIEW
P PHOTOCELL
• Auto set-point calibration
• Two selectable modes of operation
• On/Off Mode: Photocell has full
control during periods of occupancy
• Inhibit Mode: Photocell prevents
lights from turning on if adequate
daylight is available, but does not
turn the lights off
1.8
1.8
0m
BATHROOM
• Convenient for retrofits with
hard lid ceilings
• Microphonics™ detects
into stalls
• No power packs to
accommodate
DRESSING ROOM
• Adds security
• Eliminates need for switch
0m
1.8
0m
3.7
1.8
1.8
3.7
0m
1.8
1.8
3.7
3.7
3.7
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
ORDERING BLOCK
KEY SPECS
SERIES #
CMR-9-AU
CMR-PDT-9-AU
RMR-9-AU
RMR-PDT-9-AU
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
RECESSED MOUNT
RECESSED MOUNT
DETECTION
POWER TYPE
PIR
240Vac
PIR & MICROPHONICS™240Vac
PIR
240Vac
PIR & MICROPHONICS™240Vac
SERIES #
DIMMING/PHOTOCELL*
TEMP/HUMIDITY
CMR-9-AUBlank : NoneBlank : Standard
CMR-PDT-9-AUD : Occupancy Controlled LT : Low Temp / High Humidity
RMR-9-AUP : Photocell
RMR-PDT-9-AUADC : Photocell w/ 0-10Vdc Dimming
* CHOOSE ONLY ONE
22
23
APPLICATIONS
STANDARD RANGE 360º SENSORS
MAINS POWERED, 2-POLE
OPTIONS
P INHIBIT PHOTOCELL
• Auto set-point calibration
• Photocell prevents lights from turning
on if adequate daylight is available,
but does not turn lights off
• Maintains two set-points, enabling
separate control of both poles
MULTIPLE LOADS
In this application, the overhead lights are controlled by the 1st pole, while the
exhaust fan is controlled by the 2nd pole. Each pole can then be given its own
time delay. For example, the lights can be turned off after a 10 minute delay, while
the exhaust fan runs for 20 minutes. Also, if a common fan is used for multiple
bathrooms, installing a 2-Pole sensor in each with the 2nd poles wired in parallel
will cause the fan to operate if either room is occupied.
SPECIFICATIONS
OVERVIEW
FEATURES
For rooms that need independent control of two
loads, 2-Pole sensors are the answer. These mains
powered sensors are powered by and can directly
switch two mains voltage feeds; therefore, no power
packs are needed. When coupled with a Standard
Range 360º lens that provides amazing sensitivity
to small motions (e.g., hand movements), these
sensors are ideal for inboard/outboard switching
applications in private offices, or controlling a light
and fan in a small bathroom.
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
Adjustable Time Delays / Pole
2 Self-Contained Relays,
No Power Packs Required,
Interchangeable Unswitched
Active & Load Wires,
Impossible to Wire Backwards
No Minimum Load
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
PHYSICAL SPECS
For rooms with obstructions, these sensors are
available with Dual Technology, which adds
Microphonics™ detection to the Passive Infrared (PIR)
detection. 2-Pole sensors with a longer detection
range of walking type motions can be found in the
2-Pole Extended Range 360º sensors section on
page 30.
STANDARD RANGE 360º LENS
• Best choice for small motion (e.g., hand
movements) detection
• Provides 3.6 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.4 m to 4.5 m) mounting heights provide 3.0 m
to 6.0 m radial coverage
WEIGHT 170g
COLOUR White
MOUNTING
CM CEILING MOUNT RANGE MOUNTING BOX B618R
SIDE VIEW
SIZE 1
11 mm Dia, 102 mm cutout
SIDE
67 mm Deep.
0m
See Page 49 for details
ELECTRICAL SPECS
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture and operates down to
-40º C / 20ºC for PDT
COVERAGE PATTERN
• Microphonics™ provides overlapping detection
of human activity over the complete PIR
coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
RM RECESSED MOUNT RANGE MOUNTING BOX BH234R
SIZE 111 mm x 109 mm, 97 x 106
2.7mm cutout91 mm Deep.
3.7
See Page 49 for details
DZ DUAL ZONE PHOTOCELL
• Auto set-point calibration
• Provides more advanced control
than P- option
• DUO Operation: Determines
necessary on/off combination
of poles in inboard/outboard
applications
• Percentage Offset Operation: Uses
relative set-point for second pole in
Dual Zone applications
TOP VIEW
3.7
TOP VIEW
3.7
VIEW
1.8
1.8
0m
0m
0m
2.7
1.8
1.8
3.7
0m
1.8
1.8
0m
3.7
1.8
1.8
3.7
3.7
3.7
MAX LOAD / POLE
4.3A@240Vac
0.7A@240Vac
FREQUENCY 50/60 Hz
WIRING DIAGRAM Page 52 D
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
24
KEY SPECS
SERIES #
CMR-9-2P-AU
CMR-PDT-9-2P-AU
RMR-9-2P-AU
RMR-PDT-9-2P-AU
ORDERING BLOCK
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
RECESSED MOUNT
RECESSED MOUNT
DETECTION
POWER TYPE
PIR
240Vac
PIR & MICROPHONICS™240Vac
PIR
240Vac
PIR & MICROPHONICS™240Vac
RELAYS
2
2
2
2
SERIES #
PHOTOCELL*
TEMP/HUMIDITY
CMR-9-2P-AUBlank : NoneBlank : Standard
CMR-PDT-9-2P-AUP : Inhibit PhotocellLT : Low Temp
RMR-9-2P-AUDZ : Dual Zone Photocell
RMR-PDT-9-2P-AU
* CHOOSE ONLY ONE
25
EXTENDED RANGE 360º SENSORS
SELV POWERED
APPLICATIONS
OPTIONS
CORRIDORS
R LOW VOLTAGE RELAY
• Enables sensors to interface
with other systems (e.g., BMS,
Lighting Panels)
• Provides dry contact closure via
an SPDT, 1 Amp, 40 Volt relay
• Only one relay needed per zone
• Changes state when all connected
sensors register unoccupied
• Relay requires sensor power
to function
Hallways are an excellent application of Extended Range 360º low voltage sensors. For
best results, locate sensors every 50 or 15.2 m or 18.3 m and cover all entrance points.
The choice of PIR vs. Dual Technology depends on the control strategy. For maximum
energy savings, use only PIR detection so that the lights cycle off during class periods. If it is
desired for the corridor lights to be on during school hours, Dual Technology sensors should be
used, as the Microphonics™ will detect classroom activity and keep the lights on.
SPECIFICATIONS
OVERVIEW
FEATURES
Sensors with the Extended Range 360º lens provide
maximum viewing area from the ceiling. Designed
to detect walking type motions, these sensors are
ideal for placement along corridors or in rooms with
ceiling heights as low as 2 m. For classrooms and
larger spaces, the Dual Technology versions add
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
User Adjustable Time Delays
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
Microphonics™ detection to the Passive Infrared
to additionally detect minor motions. SELV sensors
are powered with 12-24 Vac/Vdc and operate with a
power pack (model PP-20-AU), enabling complete
circuits to be controlled.
COVERAGE PATTERN
CLASSROOMS
EXTENDED RANGE 360º LENS
• Best choice for large motion (e.g., walking)
detection
• Provides 8.5 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.0 m to 4.5 m mounting heights provide 4.9 m to
11 m radial coverage
PHYSICAL SPECS
WEIGHT 170g
COLOUR White
MOUNTING
CM CEILING MOUNT RANGESIDE
MOUNTING BOX B618R
SIZE 1
11 mm Dia, 102 mm cutout 0 m
67 mm Deep. See Page 49 for details
• Microphonics™ provides overlapping detection
of human activity over the complete PIR
coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
TOP VIEW
P PHOTOCELL
• Auto set-point calibration
• Two selectable modes of operation
• On/Off Mode: Photocell has full
control during periods of occupancy
• Inhibit Mode: Photocell prevents
lights from turning on if adequate
daylight is available, but does not
turn the lights off
20
A typical classroom can be controlled by
one Extended Range 360º sensor with
Dual Technology. Simply locate sensor
the appropriate distance from the
door entrance and align the mounting
screws accordingly. No calibrations
needed. The PIR detects right at the
door threshold and turns the lights on.
20
ADC PHOTOCELL W/ DIMMING
• Photocell within sensor maintains
total room light level by controlling
levels of 0-10Vdc dimmable ballasts
• Photocell also has full on/off control
during periods of occupancy
• Provides a second occupancy timeout period that enables the lights to
go to a dim setting before turning off
Note: LampMaximiser+ features not
available with ADC option
8.5
VIEW
TOP VIEW
8.5
SIDE VIEW
RM RECESSED MOUNT RANGE MOUNTING BOX BH234R
2.7
SIZE 111 mm x 109 mm, 97 x 106 mm 8.5
cutout91 mm Deep.
See Page 49 for details
0m
2.7
6.4
4.3
8.5
6.4
2.1
4.3
0m
2.1
2.1
0m
2.1
4.3
4.3
6.4
6.4
8.5
4.3
4.3
0m
0m
4.3
8.5
ELECTRICAL SPECS
OPERATING VOLTAGE
12-24Vac/Vdc
RECOMMENDED POWER PACK
PP-20-AU (Page ??)
CURRENT DRAW
Standard, 4 mA
w/ R option, 16 mA
DIMMING LOAD
Sinks < 20mA;
~40 Ballasts @ .5mA each
WIRING DIAGRAM Page 52 B
D OCCUPANCY CONTROLLED
DIMMING
• Provides dimming output to control
0-10Vdc dimmable ballasts
• Provides a second occupancy
timeout period that enables the
lights to go to a dim setting before
turning off
• Adjustable max/min dim setting
• Only one sensor per zone needs to
have dimming output
4.3
B
Note: For maximum detection
distance, rotate the ceiling sensor *At 9ft Mtg.
clockwise so that the screw axis
(A) is positioned 7.5° off the room’s
entrance axis (B)
Location Guide
Ceiling
Height
Distance in
& over from
door
2.4 m
2.7 m
3.0 m
5.2 m
6.1 m
6.7 m
8.5
8.5
A
Then the Microphonics™ engages,
providing overlapping coverage of the
entire room.
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture and operates down to
-40º C/ 20º C for PDT
A: When walking across a
sensor’s beam, detection will
occur at approximately 8.5 m
B: When walking into a sensor’s
beam, detection will occur at
approximately 7.3 m
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
KEY SPECS
SERIES #
CM-10-AU
CM-PDT-10-AU
RM-10-AU
RM-PDT-10-AU
ORDERING BLOCK
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
RECESSED MOUNT
RECESSED MOUNT
DETECTION
POWER TYPE
PIR
12-24Vdc/Vac
PIR & MICROPHONICS™12-24Vdc/Vac
PIR
12-24Vdc/Vac
PIR & MICROPHONICS™12-24Vdc/Vac
SERIES #
RELAY
DIMMING/PHOTOCELL*
TEMP/HUMIDITY
CM-10-AUBlank : NoneBlank : NoneBlank : Standard
CM-PDT-10-AUR : Low Voltage RelayD : Occupancy Controlled 0-10Vdc DimmingLT : Low Temp
RM-10-AU
P : Photocell
RM-PDT-10-AU
ADC : Photocell w/ 0-10Vdc Dimming
* CHOOSE ONLY ONE
26
27
APPLICATIONS
EXTENDED RANGE 360º SENSORS
MAINS POWERED
OPTIONS
PICK AISLES W/ LOW CEILINGS
CORRIDORS
• 9.8m coverage at 2.0 m ceiling height
• Mount sensor between two 4.88 m
linear fixtures
SPECIFICATIONS
OVERVIEW
FEATURES
Mains powered sensors with the Extended Range
360º lens provide maximum viewing area from the
ceiling and are ideal for retrofit applications. Mains
powered sensors are powered by and directly switch
line voltage; therefore, no power packs are needed.
These features make them perfect for applications
where locating a power pack and running new wiring
are difficult, such as when plaster ceilings are present.
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
User Adjustable Time Delays
Self-Contained Relay,
No Power Pack Required
Interchangeable Unswitched
Active & Load Wires,
Impossible to Wire Backwards
No Minimum Load
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
Designed to detect walking type motions, Extended
Range 360º sensors are ideal for placement along
corridors or in rooms with ceilings from 4.6 m high
to as low as 2.1 m. 2-Pole versions of these sensors
are also available on page 30.
For rooms with obstructions, or where minor
motion detection is also required, these sensors
are available with Dual Technology, which adds
Microphonics™ detection to the Passive Infrared
(PIR) detection.
COVERAGE PATTERN
EXTENDED RANGE 360º LENS
• Best choice for large motion (e.g, walking)
detection
• Provides 8.5 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.1 m to 4.5 m mounting heights provide 4.9 m to
11 m radial coverage
• Microphonics™ provides overlapping detection
of human activity over the complete PIR
coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
RM RECESSED MOUNT RANGE MOUNTING BOX BH234R
SIZE 111 mm x 109 mm, 97 x 106 mm cutout91 mm Deep.
See Page 49 for details
TOP VIEW
8.5
SIDE VIEW
0m
2.7
6.4
A
28
2.1
0m
2.1
4.3
6.4
CLASSROOMS
ADC PHOTOCELL W/ DIMMING
• Auto set-point calibration
• Photocell within sensor maintains
total room light level by controlling
levels of 0-10Vdc dimmable ballasts
• Photocell also has full on/off control
during periods of occupancy
• Provides a second occupancy timeout period that enables the lights to
go to a dim setting before turning off
Note: LampMaximiser+ features not
available with ADC option
20
A typical classroom can be controlled
with one Extended Range 360º sensor
with Passive Dual Technology. Locate
the sensor the appropriate distance
from the door entrance and align
the mounting screws accordingly;
20
no calibrations are necessary. The PIR
will detect right at the door threshold
and turns the lights on. Next, the
Microphonic™ detec tion engages,
providing overlapping coverage of the
entire room.
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture and operates down to
-40ºC / 20ºC for PDT
Ceiling
Height
Distance in
& over from
corner
2.4 m
2.7 m
3.0 m
5.2 m
6.1 m
6.7 m
4.3
8.5
B
Note: For maximum detection
distance, rotate the ceiling sensor
clockwise so that the screw axis
(A) is positioned 7.5° off the room’s
entrance axis (B)
MAX LOAD 4.3A@240Vac
FREQUENCY 50/60 Hz
DIMMING LOAD
Sinks < 20mA;
~40 Ballasts @ .5mA each
WIRING DIAGRAM Page 52 C
ENVIRONMENTAL SPECS
4.3
P PHOTOCELL
• Auto set-point calibration
• Two selectable modes of operation
• On/Off Mode: Photocell has full
control during periods of occupancy
• Inhibit Mode: Photocell prevents
lights from turning on if adequate
daylight is available, but does not
turn the lights off
8.5
ELECTRICAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
4.3
0m
8.5
D OCCUPANCY CONTROLLED
DIMMING
• Provides dimming output to control
0-10Vdc dimmable ballasts
• Provides a second occupancy
timeout period that enables the
lights to go to a dim setting before
turning off
• Adjustable max/min dim setting
Location Guide
PHYSICAL SPECS
WEIGHT 170g
COLOUR White
MOUNTING
CM CEILING MOUNT RANGE MOUNTING BOX B618R
SIZE 1
11 mm Dia, 102 mm cutout
67 mm Deep.
See Page 49 for details
• Sensors views 17.0 m at 2.7 m mounting
• Also ideal at corridor intersections
*At 9ft Mtg.
A: When walking across a
beam, detection will occur at
approximately 8.5 m
B: When walking into a
beam, detection will occur at
approximately 7.3 m
KEY SPECS
SERIES #
CMR-10-AU
CMR-PDT-10-AU
RMR-10-AU
RMR-PDT-10-AU
ORDERING BLOCK
ENCLOSURE
DETECTION
POWER TYPE
SERIES #
CEILING MOUNT
CEILING MOUNT
RECESSED MOUNT
RECESSED MOUNT
PIR PIR & MICROPHONICS™
PIR PIR & MICROPHONICS™
240Vac
240Vac
240Vac
240Vac
CMR-10-AUBlank : NoneBlank : Standard
CMR-PDT-10-AUD : Occupancy Controlled 0-10Vdc Dimming
LT : Low Temp
RMR-10-AUP : Photocell
RMR-PDT-10-AUADC : Photocell w/ 0-10Vdc Dimming
* CHOOSE ONLY ONE
DIMMING/PHOTOCELL*
TEMP/HUMIDITY
29
APPLICATIONS
EXTENDED RANGE 360º SENSORS
MAINS POWERED, 2-POLE
OPTIONS
P INHIBIT PHOTOCELL
• Auto set-point calibration
• Photocell prevents lights from
turning on if adequate daylight is
available, but does not turn lights off
• Maintains two set-points, enabling
separate control of both poles
SPECIFICATIONS
OVERVIEW
FEATURES
For larger rooms or corridors that need independent
control of two circuits, 2-Pole sensors with the
Extended Range 360º lens are the answer. These
mains powered sensors are powered by and can
directly switch two mains voltage feeds; therefore,
no power packs are needed. They provide maximum
viewing of walking type motions from the ceiling,
making them ideal for inboard/outboard switching
100% Digital PIR Detection Excellent RF Immunity
360º Coverage Pattern
Adjustable Time Delays / Pole
2 Self-Contained Relays,
No Power Packs Required
Interchangeable Switched
Active & Load Wires,
Impossible to Wire Backwards
No Minimum Load
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
PHYSICAL SPECS
WEIGHT 170g
COLOUR White
MOUNTING
CM CEILING MOUNT RANGE MOUNTING BOX B618R
SIZE 1
11 mm Dia, 102 mm cutout
67 mm Deep.
See Page 49 for details
RM RECESSED MOUNT RANGE MOUNTING BOX BH234R
SIZE 111 mm x 109 mm, 97 x 106 mm cutout91 mm Deep.
See Page 49 for details
RECESSED MOUNT
SIZE 112 mm Square
MOUNTING Supplied
ELECTRICAL SPECS
ENVIRONMENTAL SPECS
30
4
3
Adding Dual Technology also makes these sensors
perfect for classrooms with two switches. Dual
Technology adds Microphonics™ to the Passive
Infrared (PIR), creating excellent detection of
minor motions.
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture and operates down to
-40ºC / 20ºC for PDT
1 LIGHTS ALL OFF
2 INNER OFF
OUTER ON
• Microphonics™ provides overlapping detection of
human activity over the complete PIR coverage area
• Advanced filtering is utilised to prevent nonoccupant noises from keeping the lights on
OUTER OFF
4 LIGHTS ALL ON
CONTROLLING MULTIPLE LOADS
8.5
SIDE VIEW
3 INNER ON
In this application, the overhead lights
are controlled by the 1st pole, while the
exhaust fan is controlled by the 2nd pole.
Each pole can then be given its own
time delay. For example, the lights can
be turned off after 10 minutes, while the
exhaust fan runs for 20 minutes.
TOP VIEW
4.3
0m
0m
2.7
8.5
6.4
4.3
2.1
0m
2.1
4.3
6.4
8.5
4.3
8.5
A
B
Note: For maximum detection
distance, rotate the ceiling sensor
clockwise so that the screw axis
(A) is positioned 7.5° off the room’s
entrance axis (B)
MAX LOAD / POLE (1 Phase Only)
4.3A @ 240Vac
FREQUENCY 50/60 Hz
WIRING DIAGRAM Page 52 D
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
2
applications in storage area aisles, or controlling a
light and fan in a large bathroom.
COVERAGE PATTERN
• Best choice for large motion detection
(e.g, walking)
• Provides 8.5 m radial coverage when mounted to
standard 2.7 m ceiling
• 2.1 m to 4.6 m mounting heights provide 4.9 m to
11 m radial coverage
1
DZ DUAL ZONE PHOTOCELL
• Auto set-point calibration
• Provides more advanced control
than P option
• DUO Operation: Determines
necessary On/Off combination of poles
in Inboard/Outboard applications
• Percentage Offset Operation: Uses
relative set-point for second pole in
Dual Zone applications
*At 9ft Mtg.
A: When walking across a
beam, detection will occur at
approximately 8.5 m
B: When walking into a
beam, detection will occur at
approximately 7.3 m
KEY SPECS
SERIES #
CMR-10-2P-AU
CMR-PDT-10-2P-AU
RMR-10-2P-AU
RMR-PDT-10-2P-AU
ORDERING BLOCK
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
RECESSED MOUNT
RECESSED MOUNT
DETECTION
POWER TYPE RELAYS
PIR
240Vac
2
PIR & MICROPHONICS™240Vac
2
PIR
240Vac
2
PIR & MICROPHONICS™240Vac
2
SERIES #
PHOTOCELL*
TEMP/HUMIDITY
CMR-10-2P-AUBlank : NoneBlank : Standard
CMR-PDT-10-2P-AUP : Inhibit Photocell
LT : Low Temp
RMR-10-2P-AUDZ : Dual Zone Photocell
RMR-PDT-10-2P-AU
* CHOOSE ONLY ONE
31
WIDE VIEW SENSORS
SELV POWERED
DECORATOR WALL SWITCH SENSORS
SELV POWERED
SPECIFICATIONS
OVERVIEW
OPTIONS
SPECIFICATIONS
OVERVIEW
OPTIONS
FEATURES
Low voltage Wide View sensors are designed to mount in a
corner and detect small motions up to 12.2 m away, and larger
motions up to 21.3 m away. This makes them ideal for 9.14 m x
9.14m classrooms or corridors up to 21.3 m long. The enclosure’s
convenient tilting feature enables the sensor to be mounted at any
height from 2.4 m to 3.0 m. When corner or wall mounting is not
possible, the WV BR ceiling bracket accessory can also be used to
mount the sensor to the ceiling.
R LOW VOLTAGE RELAY
• Enables sensors to interface with other
systems (e.g., BMS, Lighting Systems)
• Provides dry contact closure via an
SPDT, 1 Amp, 40 Volt relay
• Only one relay needed per zone
• Changes state when all connected
sensors register unoccupied
• Relay requires sensor power to function
Small Motion Detection up to 6 m
Multiple Operating Modes Auto On/Manual On
User Adjustable Time Delay
Push-Button Programmable w/o
Removing Cover Plate
Green LED Indicator
FEATURES
For rooms that require SELV switches only, the SELV
Wall Switch Decorator sensor is the perfect fit. Available
with either Passive Infrared (PIR) detection or Passive
Dual Technology (PIR/Microphonics™) detection for
rooms with obstructions. Optional features include a
vandal resistant lens (V), an isolated relay (R), and low
temperature/high humidity (LT) resistance.
V VANDAL RESISTANT LENS
• Designed for use in high abuse or
public areas
• Decreases detection ranges by 50%
100% Digital PIR Detection Excellent RF Immunity
User Adjustable Time Delays
Push-Button Programmable
Convenient Test Mode
100 hr Lamp Burn-in Timer
Green LED Indicator
LAMPMAXIMISER+ TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (15 min default)
• Occ. Time Delay (10 min default)
• Additional Lamp & Energy
Optimisation Modes
• Switch Counter (in 1000’s)
• Total Lamp On Time (in khrs)
P PHOTOCELL
• Auto set-point calibration
• Two selectable modes of operation
• On/Off Mode: Photocell has full control
during periods of occupancy
• Inhibit Mode: Photocell prevents lights
from turning on if adequate daylight
is available, but does not turn the
lights off
PHYSICAL SPECS
CORNER MOUNT ENCLOSURE
SIZE H 76 mm x W 91 mm x D 46 mm
WEIGHT 113g
MOUNTING Directly to Corner or to
Ceiling using WV BR Bracket
ELECTRICAL SPECS
OPERATING VOLTAGE
12-24Vac/Vdc
RECOMMENDED POWER SUPPLY
PP-20-AU (Page ??)
CURRENT DRAW
Standard, 4 mA
w/ R option, 16 mA
WIRING DIAGRAM Page 52 A
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
These sensors can be used in combination with other SELV sensors
to cover oddly shaped rooms. For rooms with obstructions, Wide
View sensors are available with Dual Technology, which adds
Microphonics™ detection to the Passive Infrared (PIR) detection.
Low voltage sensors are powered with 12-24 Vac/Vdc and operate
with a power pack (model PP-20-AU), enabling complete circuits
to be controlled.
COVERAGE PATTERN
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to
moisture and operates down to
-40º C / 20º C for PDT
CEILING MOUNT
BRACKET
WIDE VIEW LENS
* Redesigned
for easier
installation
SIZE 119 mm Dia
838 mm Deep
MOUNTING Ceiling Tile Surface,
89 mm Octagon Box, or
Single Gang Handy Box
12.2
9.1
6
0m
9.1
6
3
0m
3
6
9.1
2.7
0m
3
6
9.1
12.2
RELAY
PHOTOCELL
TEMP/HUMIDITY
WV-16-AUBlank : NoneBlank : NoneBlank : Standard
WV-PDT-16-AUR : Low Voltage RelayP : Photocell LT : Low Temp
32
COVERAGE PATTERN
DECORATOR ENCLOSURE
SIZE* H 70 mm
W 42 mm
D 41 mm
*Not Including Mounting Strap
WEIGHT 141g
MOUNTING Single Gang Switch Box
MOUNTING HEIGHT 750 mm-1000 mm
COLOUR W
hite
SWITCH MODES
• Normal
• Switch Disable
• Predictive
COLOUR
• WH
White
LT LOW TEMPERATURE / HIGH HUMIDITY
• Sensor is corrosion resistant to moisture
• Operates down to -40º C / 20º C for PDT
SIDE VIEW
TOP VIEW
OPERATING VOLTAGE
12-24Vac/Vdc
RECOMMENDED POWER SUPPLY
PP-20-AU ( Page ??)
CURRENT DRAW
Standard, 4 mA
w/ R option, 16 mA
WIRING DIAGRAM Page 52 A
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 29º C
RECOMMENDED POWER PACK
PP-20 (Page ??)
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
1.2 m
0m
3
6
6
3
0m
3
6
WALL SWITCH DECORATOR LENS
•
•
•
•
•
Small motion (e.g., hand movements) detection up to 6 m
Large motion (e.g., walking) detection up to 15 m
Microphonics™ provides overlapping detection of human activity
over the complete PIR coverage area
Advanced filtering is utilised to prevent non-occupant noises
from keeping the lights on
Wall-to-Wall coverage
ORDERING BLOCK
ORDERING BLOCK
SERIES #
PHYSICAL SPECS
ON MODES
• Automatic On • Manual On
• Reduced Turn-On
SIDE VIEW
0m
TOP VIEW
3
SENSOR MODES
ELECTRICAL SPECS
WV BR*
• Small motion (e.g., hand movements) detection up to
12.19 m
• Large motion (e.g., walking) detection up to 21.0 m
• Designed for 2.4 m to 3.0 m high mounting in room corner
• Microphonics™ provides overlapping detection of human
activity over the complete PIR coverage area
• Advanced filtering is utilised to prevent non-occupant
noises from keeping the lights on
LAMPMAXIMISER® TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (disabled by default)
• Occ. Time Delay (10 min default)
R ISOLATED RELAY
• Enables low voltage sensors to interface
with other systems (e.g., BMS,
lighting panels)
• Provides dry contact closure via an
SPDT, 1 Amp, 40 Volt relay
SERIES #
LENS TYPE
LOW VOLTAGE RELAY
COLOUR
TEMP/HUMIDITY
WSD-LV-AU Blank : Standard
Blank : NoneWH : WhiteBlank : Standard
WSD-PDT-LV-AUV : Vandal Resistant
R : w/ RelayLT : Low Temp
33
DECORATOR WALL SWITCH SENSORS
MAINS POWERED
SPECIFICATIONS
FEATURES
Small Motion Detection up to 6.10 m
Multiple Operating Modes:
Auto On / Manual On
Self-Contained Relay(s),
No Power Pack Required
Green LED Indicator
User Adjustable Time Delay
LAMPMAXIMISER® TECHNOLOGY
• Protects Lamp Life while
Maximising Energy Savings
• Minimum On Timer (disabled by
default)
• Occ. Time Delay (10 min default)
CONTRACTOR FRIENDLY
INSTALLATION
• No Neutral Wire Required
• No Minimum Load Required
• Intrinsically Grounded via
Mounting Strap
• Interchangeable Line & Load Wires Impossible to Wire Backwards
• Push-Button Programmable w/o
Removing Cover Plate
PHYSICAL SPECS
DECORATOR ENCLOSURE
SIZE* H 67 mm W 41 mm
D 41 mm
WEIGHT 141g
MOUNTING Single Gang
Switch Box
MOUNTING HEIGHT .76-1.21 m
COLOUR White
APPLICATIONS
OVERVIEW
Wall Switch Decorator sensors are the most
convenient method of adding occupancy detection
to a room. A Wall Switch Decorator replaces an
existing toggle switch and is perfect for private
offices, copy rooms, closets, or any small enclosed
space. For rooms that need independent control
of two circuits, 2-Pole units are available. These
sensors are perfect for bi-level applications such as
inboard/outboard switching, or controlling a light
and fan with different time delays.
SIDE VIEW
Wall Switch Decorator sensors are available with
either Passive Infrared (PIR) detection or Dual
Technology (PIR/Microphonics™) detection for
rooms with obstructions. These stylish sensors
have multiple On Modes and Switch Modes that
can be selected via the front push-button. Optional
features include a vandal resistant lens (V), a
photocell (P), and low temperature/high humidity
(LT) resistance.
PIR PASSIVE INFRARED TECHNOLOGY
WSD
PRIVATE OFFICE
TOP VIEW
WSD V
STORAGE CLOSET
1.2 m
0m
3
6
6
3
0m
3
6
WALL SWITCH DECORATOR LENS
• Small motion (e.g., hand movements) detection up to 6.10 m
• Large motion (e.g., walking) detection up to 15.24 m
• Microphonics™ provides overlapping detection of human activity over the complete PIR
coverage area
• Advanced filtering is also utilised to prevent non-occupant noises from keeping the lights on
• Wall-to-Wall coverage
• Vandal resistant option (V) decreases PIR range by 50%
PDT PASSIVE DUAL TECHNOLOGY (PIR/MICROPHONICS™)
ELECTRICAL SPECS
MAX LOAD / POLE (1 Phase Only)
800 W @ 120Vac
1200 W @ 277Vac
1500 W @ 347Vac
FREQUENCY 50/60 Hz
WIRING DIAGRAM Page 52 E
WSD PDT
BATHROOM
WSD PDT
CELLULAR OFFICE WITH
OCCUPANT’S BACK TO
SENSOR
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 29º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
KEY SPECS
SERIES #
34
DEFAULT ON MODE
WSD-AU
Auto On WSD-PDT-AU Auto On WSD-SA-AU
Manual On [Semi-Auto] WSD-PDT-SA-AU Manual On [Semi-Auto] DETECTION
PASSIVE INFRARED DUAL TECHNOLOGY PASSIVE INFRARED DUAL TECHNOLOGY # OF RELAYS
1
1
1
1
35
POWER PACKS
36
37
POWER PACKS
& SLAVE PACKS
POWERING CAPACITY
A power pack’s transformers can supply up to
150 mA of power. Each relay requires 40 mA
during the on state. Low voltage remote sensors
typically require 3 mA when detecting occupants,
and 0.15 mA when in standby. Therefore, each
transformer can handle up to 3 relays (including the
relay(s) inside the power pack). For example, one
SERIES #
SPECIFICATIONS
OVERVIEW
FEATURES
Power packs are the heart of the low voltage sensor
system. A power pack may transform mains voltage
240Vac to SELV for powering remote sensors. A
power pack may also switch a lighting load on and
off using its internal relay.
Powers Low Voltage Sensors*
Self-Contained Relay(s) Switch
Line Voltage Loads
Relay Contact Protection*
*See Key Spec table for individual
unit capabilities
PHYSICAL SPECS
SIZE (not including chase nipple)
SINGLE POLE UNITS
H 76 mm x W 57 mm x D 48 mm
2-POLE UNITS
H 105 mm x W 76 mm x D 48 mm
WEIGHT 170g
MOUNTING 12.7mm knockout
COLOUR Black
There are several different types of power packs,
each with a unique combination of features. The
most versatile power pack is the PP-20-AU, which
utilises patented relay contact protection and can
power up to 14 sensors. Multi-circuit control can
be handled by multiple PP-20-AU units or 2-Pole
power packs (PP-20-2P-AU).
RELAY CONTACT PROTECTION
ELECTRICAL SPECS
An AC semi-conductor is used in parallel with a
power relay to perform the actual turning on and off
functions. The switching life of this semi-conductor
is virtually infinite because it has no moving parts.
The power relay contacts are then used to carry
the current during the on state, thereby preventing
in-rush or inductive kick from damaging the
relay contact.
ENVIRONMENTAL SPECS
The result is extremely long relay life (tested to
400,000 cycles). The PP-20-AU, PP-20-2P-AU
& SP-20-AU power pack versions all utilise this
technology. When controlling larger loads of
electronic ballasts with high in-rush characteristics,
relay contact protection is advised.
OPERATING VOLTAGE
240Vac
RELAY CURRENT CONSUMPTION
40 mA
SWITCHING LOAD 20 Amps / Pole
OUTPUT VOLTAGE/CURRENT
15Vdc, 150 mA
WIRING DIAGRAMS Page 54 K
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
SLAVE PACK VS POWER SUPPLY
A slave pack (also called an auxiliary relay) contains
the same switching relay as a normal power pack,
though it does not contain the transformer. Slave
packs can be used in applications where power
is supplied from another power pack. A power
supply contains the same transformer as a power
pack, though it does not contain a relay.
INTERFACING W/ ELECTRONIC
CONTROL SYSTEMS
Power packs with relay contact protection are
designed to switch Alternating Current (AC) only.
For switching DC signal inputs to EMS or lighting
control systems, use sensors with the ‘R’ option,
which adds a signal relay to an SELV sensor.
[1] PP-20-AU (or MP-20-AU)
[1] PP-20-2P-AU
[1] PP-20-2-AU / SP-20-AU [1] PP-20-2P-AU w/SP-20-AU
[2] PP-20-AU (or 2-MP-20-AU)
[2] PP-20-2P-AU
SERIES #
RELAY CONTACT PROTECTION
PP-20-AU
YES
PP-20-2P-AU
YES
SP-20-AU
YES
SENSORS
SENSORS W/ R OPTION
14
7
7
5
28
14
8
6
6
5
16
12
NOTE 1: Only three relays may be controlled with one power pack. If more than three are required,
multiple power packs must be used.
NOTE 2: The R option adds an isolated low voltage relay to a sensor. Only one sensor with this
option is typically needed in a room.
SYSTEM DESIGN CONSIDERATIONS
The local override switch may be upstream or
downstream of a PP-20-AU. However, if an
SP-20-AU or a PP-20-2P-AU power pack is being
used, the switch(es) should be downstream on the
load side of the relay. If power is disconnected to the
power pack, all subsequent relays will open, turning
off all of the loads. If wiring the local switches
PP-20-AU
KEY SPECS
PP-20-AU can power its relay (40 mA) and 110 mA
of external devices. Because of the ultra low current
design of the sensors, up to 14 or more sensors can
be connected to a single power pack! If multiple
power packs are used together, an additional 110
mA is available.
before the power pack and slave pack, use multiple
PP-20-AU units, one for each circuit. This will allow
for one circuit to remain powered, keeping the
system operational when the other is turned off.
When controlling a dimming circuit, PP-20-AU
must be wired before the dimmer, or SP-20-AU
may be wired after the dimmer.
PP-20-2P-AU
SP-20-AU
ORDERING BLOCK
TRANSFORMER
RELAYS
SERIES #
YES
YES
NO
1
2*
1
PP-20-AU
PP-20-2P-AU
SP-20-AU
* Relays Switch Together
38
39
INDOOR
DAYLIGHTING
CONTROL SENSORS
40
41
INDOOR DAYLIGHTING CONTROL SENSORS
MAINS POWERED
OPTIONS
ADVANCED SENSOR INTELLIGENCE
Possessing advanced intelligence, these sensors greatly improve upon traditional daylight
harvesting methods in many aspects:
• An integrated microprocessor in every product removes need for separate control unit
• Operates using a single set-point
• Automatically adapts to changes in room lighting conditions
(lamp aging / burn out)
INSTALLER FRIENDLY
SPECIFICATIONS
OVERVIEW
FEATURES
On/Off Photocell and Dimming Photocell
sensors provide intelligent control of lighting
for daylight harvesting applications. Ideal for
public spaces with windows, such as vestibules,
corridors, classroom, or offices, the sensors work
by monitoring daylight conditions in a room,
then controlling the lighting so as to ensure that
adequate lighting levels are maintained.
Self-Calibrates Optimum Set-Point
Line Powered,
No Power Pack Required
Push-Button Programmable
100 hr Lamp Burn-in Timer
Full Digital Control
Green LED Indicator
Mains powered sensors are powered by a mains
supply: therefore, no power packs are needed.
On/off Photocell sensors can also directly switch
mains voltage. Dimming Photocell sensors are
capable of controlling any 0-10Vdc dimmable
ballast. Please note this range of Sensors are not
Occupation Sensor, Daylight control only.
These sensors also ease the historically difficult task of calibrating photocell products:
• Automatic Set-Point Programming requires only one installation visit
• Calibration can be done at any time of day
• Integrated light-level measurement
• Push-button digital programming; no tools or analogue adjustments required
DZ DUAL ZONE [PC ONLY]
• Provides second output that can control an
additional zone of lighting
TWO MODES:
STEPPED DIMMING (DUO) OPERATION
• Ideal for A/B (also called inboard/
outboard) switching applications
• Determines the necessary on/off
combination of the two poles in order
to maintain adequate lighting
PERCENTAGE OFFSET OPERATION
• Ideal for classrooms with individually
controlled parallel rows of lights
• Uses a relative set-point for the
second pole that is a percentage of
the first pole’s set-point
LT LOW TEMP/HIGH HUMIDITY
• Sensor is corrosion resistant to moisture and
operates down to -40º C
PHYSICAL SPECS
MAX LOAD / ZONE
4.3A @ 240Vac
FREQUENCY 50/60 Hz
DIMMING LOAD
Sinks up to 20 mA;
~40 Ballasts @ .5mA each
WIRING DIAGRAMS Page 53 G, H
LIGHTS FULL ON
LIGHTS OFF
AMPLE DAYLIGHT
SET-POINT
LIGHTS FULL DIM
NO DAYLIGHT
ADC
AMPLE DAYLIGHT
PC ADC
AMPLE DAYLIGHT
ON/OFF PHOTOCELL
SET-POINT
NO DAYLIGHT
SET-POINT
DUAL ZONE
TEMP/HUMIDITY
CMR-PC-AU Blank : None
Blank : Standard
DZ : Dual Zone LT : Low Temp
* NOT AVAILABLE WITH DZ OPTION
NO DAYLIGHT
ENVIRONMENTAL SPECS
OPERATING TEMP
-10º to 71º C
STORAGE TEMP
-26º to 71º C
RELATIVE HUMIDITY
20 to 90% non-condensing
SILICONE FREE
ROHS COMPLIANT
ORDERING BLOCK
SERIES #
DIMMING
RANGE
• PC Automatic On/Off Switching
• ADC Automatic Dimming Control
• PC ADC Combination On/Off & Dimming Control
DIMMING
RANGE
ELECTRICAL SPECS
PC
SOLUTION TYPES
DEADBAND
CEILING MOUNT
SIZE 116 mm
39 mm Deep
WEIGHT 170g
MOUNTING 89 mm Octagon Box or
Single Gang Handy Box
COLOUR White
RECESSED MOUNT
SIZE 112 mm Square
WEIGHT 170g
MOUNTING
CM CEILING MOUNT RANGE MOUNTING BOX B618R
SIZE 1
11 mm Dia, 102 mm cutout
67 mm Deep. See Page 49 for details
RM RECESSED MOUNT RANGE MOUNTING BOX BH234R
SIZE 111 mm x 109 mm, 97 x 106 mm cutout91 mm Deep.
See Page 49 for details
DIMMING PHOTOCELL
FOR 1-10VDC BALLASTS
SERIES #
KEY SPECS
SERIES #
CMR-PC-AU
CMR-ADC-AU
CMR-PC-ADC-AU
ENCLOSURE
CEILING MOUNT
CEILING MOUNT
CEILING MOUNT
POWER TYPE
CONTROL TYPE
ON/OFF
240Vac
DIMMING
240Vac
ON/OFF & DIMMING 240Vac
TEMP/HUMIDITY
CMR-ADC-AU
Blank : Standard
LT : Low Temp
COMBINATION ON/OFF & DIMMING PHOTOCELL
FOR 1-10VDC BALLASTS
SERIES #
TEMP/HUMIDITY
CMR-PC-ADC-AU
Blank : Standard
LT : Low Temp
42
43
ADDITIONAL
PRODUCTS
44
45
DATA LOGGER MONITORING SYSTEM
THE DATA LOGGER MONITORING SYSTEM
CUSTOMISED REPORTS
DEVICE FEATURES
While light monitors have been around for years, the Sensor Switch Data
Logger surpasses all predecessors with several new easy-to-use features
that assure more useful results.
The Data Logger Monitoring System models facility lighting and occupancy
patterns. Primarily used to quantify potential energy savings from
occupancy sensor projects, this powerful tool is essential for performance
contractors, lighting retrofitters, and facility managers when calculating
Return on Investment (ROI) and payback estimates.
• Savings calculated using up to 4 Time-of-Day Billing Rates
• Total potential savings summaries presented in easy-to-read charts & graphs
• Combination occupancy sensor & light monitoring device
• Distinguishes between natural and artificial light sources
Area Type Averages
• Multiple loggers can be used together to monitor large spaces
SYSTEM HIGHLIGHTS
Area Type
Private Office
PO
Meeting Room
M
Open Space
OS
Bathroom
R
Storage
S
Hallway
H
Building Average
• Installs in seconds; push-button operation
• Data Logger units record activity of a building’s lighting, as well as
its occupants
• Data points are recorded every two minutes
• Data Logger software analyses information and generates
customised reports
Normalised Weekly Lights On
Qty Watts Peak
Normalised Weekly Occupied
Off Shldr1 Shldr2 Total Peak
2
320 26.88 20.87
3 1387 33.75 59.12
2 10600 39.99 70.45
3
213 30.62 87.56
2
240 5.33 15.52
2
880 39.62 98.08
28880 37.99 68.87
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
47.76
92.88
110.44
118.18
20.85
137.70
106.86
22.76
21.95
39.96
20.90
0.78
26.32
35.08
Off
3.61
22.14
45.12
17.65
7.27
27.66
38.59
Shldr1 Shldr2 Total
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
26.37
44.09
85.08
38.55
8.04
53.98
73.67
% sav
44.79%
52.53%
22.96%
67.38%
61.44%
60.80%
31.06%
Hours per Week for Each Area Type
• Data is presented in “Lights On vs. Occupancy” timeline
• Customised reports quantify potential energy savings from occupancy
sensor projects
150
SETTING NEW STANDARDS IN MONITORING
• Use of system is provided to qualified customers at no charge
Much like our occupancy sensors, Sensor Switch’s Data Logger Monitoring
75
Sun: 1.25.2009 2AM
8 AM
9 AM
3 AM
10 AM
4 AM
5 AM
1 AM
6 AM
7 AM
8 AM
noon
7 AM
10 AM
8 AM
3 PM
9 AM
10 AM
11 AM
noon
1 PM
2 PM
3 PM
4 PM
5 PM
6 PM
7 PM
8 PM
9 PM
10 PM
11PM
Wed: 1.28.2009 2AM
3 AM
4 AM
5 AM
6 AM
7 AM
8 AM
9 AM
10 AM
11 AM
noon
1 PM
2 PM
3 PM
4 PM
5 PM
6 PM
7 PM
8 PM
9 PM
10 PM
11PM
Thur: 1.29.2009 2AM
3 AM
4 AM
5 AM
6 AM
7 AM
8 AM
9 AM
10 AM
11 AM
noon
1 PM
2 PM
3 PM
4 PM
5 PM
6 PM
7 PM
8 PM
9 PM
10 PM
11PM
Fri: 1.30.2009
2AM
3 AM
4 AM
5 AM
6 AM
7 AM
8 AM
9 AM
10 AM
11 AM
noon
3 PM
1 PM
2 PM
3 PM
4 PM
4 PM
5 PM
8 PM
7 AM
5 PM
6 PM
7 PM
9 PM
10 PM
9 PM
10 PM
8 PM
11PM
8 AM
6 PM
8 PM
Its features are both unique and necessary to perform thorough ROI and
11PM
7 PM
8 AM
6 AM
7 PM
10 PM
7 AM
2 PM
6 PM
9 PM
6 PM
6 AM
5 AM
5 PM
8 PM
5 AM
1 PM
4 PM
7 PM
4 AM
noon
3 PM
6 PM
5 PM
3 AM
4 AM
2 PM
5 PM
2AM
1 AM
1 PM
4 PM
4 PM
6 AM
10 AM
noon
2 PM
3 PM
5 AM
3 AM
11 AM
1 PM
4 AM
9 AM
10 AM
noon
3 AM
6AM
9 AM
11 AM
2 PM
Mon: 1.26.2009 2AM
Tue: 1.27.2009
8 AM
9 AM
1 PM
System utilises innovative technology, surpassing all similar systems available.
0
9 AM
7 PM
11PM
9 PM
10 AM
10 PM
11PM
1 AM
PO
noon
M
payback analysis.
1 PM
OS2
PM
R3 PM
4 PMS
5 PM
H6
PM
ENERGY SAVINGS ANALYSIS
8 The
PM Data
9 PMLogger’s
10 PM information
11PM
is downloaded into sophisticated software
that analyses the data and generates customised reports.
• Each Data Logger is assigned an Area Type
• Software averages information from Data Loggers of similar Area Types
Red lines represent time intervals
8 PM
9 PM
10 PM
11PM
ORDERING BLOCK
DESCRIPTION
MODEL #
LQDM-6-KIT-AU
Kit containing: 45 Data Logger Devices, 1 Hard Sided Carrying Case,
3M Double Sided Tape Strips, Field Monitoring Forms
• “Lights On vs. Occupancy” activity per area presented in
24 hour timelines
Yellow lines represent peak billing hours
• Total energy usage calculated from user-entered lighting loads
White bars represent when the lights are on
• User-adjustable “virtual” occupancy sensor time delay settings
Black bars represent occupancy in the room
46
7 PM
• Analysis of “Savings vs. Time Delay Setting” on sensors
47
MOUNTING BOXES
BALLAST DISCRIMINATOR
OVERVIEW
Sensor Switch occupancy sensors are recess mounted in a variety of different ceiling systems.
The B618R and the BH234R are shipped free of charge with CM and RM sensors.
OVERVIEW
The BD-1-AU Ballast Discriminator is the ideal tool to quickly determine your retrofit opportunities by
distinguishing between magnetic and electronic ballasts. Simply point the discriminator at the light fixture,
then press and hold the button until the LED lights. If the LED lights green, the ballast is electronic; if the LED
lights orange, the ballast is magnetic. A must for every lighting retrofitter.
CM SERIES
Recessed Mounting Box B618R
Dimensions 111mm dia x 67mm deep
Cutout 102mm dia
Used in conjunction with Sensor Switch
ceiling mount sensor
ORDERING BLOCK
MODEL #
DESCRIPTION
BD-1-AU
Ballast Discriminator - Handheld Tool
RM SERIES
Recessed Mounting Box BH234R
Dimensions 111mm x 109mm x 91mm deep
Cutout
97mm x 106mm
Used in conjunction with Sensor Switch recessed mount sensor
IM
L
E
PR
Y
R
A
IN
ORDERING BLOCK
48
MODEL #
DESCRIPTION
B618R
BH234R
Recessed Mounting Box (Round)
Recessed Mounting Box (Square)
49
WIRING
DIAGRAMS
50
51
WIRING DIAGRAMS
DO NOT WIRE LIVE
G MAINS POWERED ON/OFF PHOTOCELL
F SELV POWERED ON/OFF PHOTOCELL
L
L
B SELV POWERED STANDARD &
A WALL SWITCHES: SELV POWERED
PP-20-AU
BLK
RED
WHT
BLK
BLK
+
CAP OFF
L
BLK
ORG
RED
BLK
SWITCH
-
[D, P, ADC] Photocell / Dimming Options]
+
H MAINS POWERED AUTO DIMMING PHOTOCELL
[R] Relay Option
I SELV POWERED AUTOMATIC
DIMMING PHOTOCELL
L
C MAINS POWERED STANDARD &
RANGE & EXTENDED RANGE.
RED
BLK
L
L
BLK
ORN
BLK
L
RED
ORN
RED
RED
RED
BLK
RED
L
DZ - DUAL ZONE OPTION *
BLK
ORN
D MAINS POWERED 2-POLE STANDARD
EXTENDED RANGE SENSORS
0-10Vdc
+ BALLAST
RED
VIO w/ WHT STRIPE
BLU
[R] Relay Option
BLK
ORN
BLK
OPTIONAL
BLU
EXTENDED RANGE SENSORS
L
PP-20-AU BLK
ORG
RED
RED
RED
BLK
WHT
PP-20-AU BLK
ORG
RED
RED
BRN
RED
BLK
WHT
OPTIONAL
RED
BLK
PP-20-AU
BLK
ORG
RED
LOAD 1
CAP OFF
RED
GRY -
CONNECTS TO LIVE &
DZ SECOND SECOND LOAD
VIO w/ WHT STRIPE +
BLK
VIO +
0-10Vdc
BALLAST
* Wire to additional 0-10Vdc Ballast
RED
LOAD 2
OPTIONAL
+
-
OPTIONAL
BLK
OPTIONAL
LOAD 1
D, ADC - DIMMING OPTIONS
BLK
RED
J SELV POWERED ON/OFF &
WHT
AUTOMATIC DIMMING PHOTOCELL
PHOTOCELL
(eg.CM-PC-ADC-AU)
E WALL SWITCHES: SINGLE POLE
+
BLU
L
ORN
RED
GRN
L
BLK
BLK
ORN
RED
GRN
LOAD 1
OPTIONAL
LOAD 2
BRN
RED
BLK
L
DZ - DUAL ZONE OPTION *
PP-20-AU
BLK
BLK
ORG
OPTIONAL
GRY VIO +
PP-20-AU
0-10Vdc
BALLAST
BLK
RED
OPTIONAL
BLK
GRY -
VIO w/ WHT STRIPE +
VIO +
BLU
BLK
ORG
RED
RED
RED
VIO w/ WHT STRIPE +
BLK
RED
WHT
BRN
RED
WHT
WHT
L
0-10Vdc
BALLAST
CAP OFF
* Wire VIO to an additional 0-10Vdc Ballast
& wire BLU to an additional PP-20-AU
52
53
NOTES
K POWER PACKS & SLAVE PACKS TO SUIT SELV SENSORS
ONE SENSOR CONTROLLING ONE LOAD
MULTIPLE SENSORS CONTROLLING ONE LOAD
RED
BLK
L
RED
BLK
WHT
PP-20-AU BLK
ORG
RED
RED
BLK
L
WHT
RED
BLK
WHT
OPTIONAL
PP-20-AU
BLK
BLK
ORG
RED
RED
OPTIONAL
ONE SENSOR CONTROLLING TWO LOADS
WIRING MULTIPLE POWER PACKS TOGETHER
L
L L
RED
BLK
BLK
BLK
PP-20-2P-AU ORG
RED
BLK
WHT
WHT
RED
LOAD 2
RED
RED
BLK
PP-20-AU BLK
ORG
RED
RED
LOAD
OPTIONAL
RED
OPTIONAL
LOAD 1
LOAD 1
L
RED
BLK
WHT
RED PP-20-AU
BLK
WHT
BLK
ORG
RED
RED
OPTIONAL
LOAD
L
RED
BLK
WHT
SP-20-AU
RED
RED
OPTIONAL
54
LOAD
55
FOR MORE INFORMATION,
EXCLUSIVE SALES AND DISTRIBUTION
JSB LIGHTING
22-38 YURONG STREET
DARLINGHURST, NSW, 2010
PHONE 02 9571 8800
WWW.JSBLIGHTING.COM.AU