hubbell-automation.com

Transcription

High Bay Controls
Daylighting Controls
Occupancy Sensors
Networked Lighting Controls
Hubbell Building Automation
Product Catalog
Energy Saving
Lighting Controls.
Table of Contents
Hubbell Building Automation ....................................................... 3
Hubbell Building Automation Benefits .......................................... 4
Building Codes and Standards .......................................................... 6
Business Services .................................................................................... 8
Networked Lighting Controls ......................................................10
Networked Lighting Controls Quick Reference Guide ...........12
Occupancy Sensors ...........................................................................28
Occupancy Sensors Quick Reference Guide...............................30
Daylighting Controls ........................................................................64
Daylighting Controls Quick Reference Guide ...........................66
High Bay Controls .............................................................................76
High Bay Controls Quick Reference Guide .................................78
Numerical Index....................................................................................84
®Registered trademarks of Hubbell Building Automation, Inc. (HBA), MYTECH
Corporation and Unenco. TMTrademark of Hubbell Building Automation, Inc.
LightBAT, LightOWL, LightHAWK, The OMNI, MYzerPORT, MYzerSTART,
Daylight Tracker, IntelliDAPT, WASP are registered trademarks of Hubbell
Building Automation, Inc.
Other product and company names mentioned herein may be the trademarks of their respective owners.
Printed in the United States of America.
©Copyright 2008, Hubbell Building Automation, Inc.
Hubbell Building Automation, Inc. products are protected under the following United States of American Patents: 6,222,191; 439,853; 435,798; 430,056;
430,055; 6,078,253; 5,986,357; 404,326; 404,325; 401,175; and 5,640,143.
Specifications Subject to Change Without Notification.
2
Hubbell Building Automation, Inc. (HBA)—headquartered in Austin, Texas— is a subsidiary of Hubbell
Incorporated, a Delaware company and established
leader in the electrical industry. HBA is a strong
proponent of innovative, integrated, and simple
energy-saving lighting controls.
In 1888, Harvey Hubbell II founded Hubbell Incorporated. In 1896, he invented what is arguably the world’s
first lighting control device: the pull chain switch. Over
one hundred years later, HBA continues this tradition
of innovation with the development of networked
lighting controls that not only save energy but also
integrate with other building controls, such as
security and HVAC (heating, ventilating, and air
conditioning).
Industry Leading technology—Proven Quality
From the industry’s first self-adaptive occupancy
sensor to the LX series of networked light control
products, HBA has set the standards for applying
technology to the business of energy-saving lighting
controls.
Innovative, Integrated and Simple
HBA provides innovative, integrated, and simple lighting control through its networked lighting controls,
occupancy sensors, daylighting controls, and high bay
controls.
Networked lighting controls. The LX Series provides
the ultimate in harmony of technology and simplicity.
Capable functional lighting control systems don’t have
to be difficult to use or install. As lighting control
systems and devices have evolved, their capabilities
and functionality have grown immensely. Unfortunately,
the interfaces used today for these same features and
functions have not progressed at the same rate. The LX
Series overcomes these limitations through the use
of a GUI touch screen.
Occupancy sensors. HBA has long been the innovator
in occupancy sensing technologies with the invention
of both leakage-to-ground and self-adaptive sensor
technologies. HBA continues to lead the way in
occupancy sensor design. Today, we produce the most
comprehensive line of occupancy sensor products on
the market— bar none. With infrared, ultrasonic,
and dual technology sensors, HBA has a product for
virtually any application.
Daylighting controls. HBA produces a full line of single
and multi zone daylight harvesting products for dimming and switching applications.
High bay controls. HBA offers the industry’s most
capable and reliable high bay lighting controls available
for both HID and fluorescent lighting applications.
For more information about HBA, please visit
hubbell-automaton.com, or contact HBA directly
at {888} 698-3242, {512} 450-1100,
or fax {512} 450-1215.
Pictured on opposite page - LightBAT G2. Pictured at left - OMNIDT2000.
Benefits
Reduce Energy Cost
One of the simplest ways for facility managers and
building owners to lower cost is by reducing the
energy consumed by their buildings. Recent data from
the California Department of Energy states that 40%
of all energy costs are derived from interior and exterior
lighting. Why not control it? HBA’s suite of energy saving lighting control solutions lets you do just that. With
solutions covering the full range of energy saving strategies and industry leading technology, it could not be
easier. Let HBA help you get control of your energy costs.
Convenience
With HBA’s lighting control solutions, you will never have
to think about turning out the lights again. Whether you
choose occupancy sensing, daylight harvesting, timebased scheduling or a complete networked lighting
control solution, you will never again have to worry
whether the lights are on or off. You can rest assured
that lighting will be on when required, and off when not
required, providing you both energy savings and peace
of mind. Now that’s convenient.
Safety and Security
There is no need to remember to turn lighting or signage
on or off at the appropriate time. HBA’s suite of energy
saving lighting control solutions will automatically turn
lighting on when required, increasing both safety and
security.
4
Flexibility
Hubbell Building Automation’s lighting controls are
extremely capable and flexible, allowing them to be
adapted to any application. Scheduling of on or off
events, mapping of switches to control circuits, and even
programming of occupancy and photo sensors can all be
accomplished with a simple, easy-to-use touch screen or
with your Internet browser. It just doesn’t get any easier
than that.
Obtain LEED™ Certification Points
LEED is a voluntary rating system sanctioned by the United States Green Building Council (USGBC) that provides a
national guideline for what constitutes a “green” building.
Efficient lighting controls may contribute to obtaining up
to 18 points in 4 LEED credit categories. HBA networked
lighting controls and occupancy sensors help you meet
the requirements for these certification points.
Comply with Building Energy Codes
Energy codes play a key role in helping to reduce energy
consumption. They set the mandatory performance
requirements for building construction. Most
commercial energy codes have mandatory
requirements that can be cost-effectively
and conveniently met through the use
of Hubbell Building Automation’s suite
of energy saving lighting controls.
Pictured above at right - LightOWL LODT.
Pictured below - LUXSTATDNCM.
Building Codes and Standards
ASHRAE/IESNA 90.1 Standard
The American Society of Heating, Refrigerating, and Air
Conditioning Engineers Inc. (ASHRAE) and the Illuminating Engineering Society of North America (IESNA)
jointly sponsor the ASHRAE/IESNA Standard 90.1,“Energy Standard for Buildings Except Low-Rise Residential
Buildings.” This standard encourages the use of energy
efficient lighting controls in design practice for both interior and exterior lighting. Most states have or will adopt
energy codes based on this standard. One of the key
lighting requirements in this widely adopted standard is:
Automatic lighting shut-off:
All buildings greater than 5,000 square feet must be
equipped with an automatic control device to shut-off
building lighting in all spaces. HBA networked lighting
controls provide solutions for this requirement by
automatically turning lights off based on a programmed
schedule or occupancy.
IECC 2003 Lighting Control Provisions
Similar to ASHRAE/IESNA 90.1, the International Energy
Conservation Code (IECC) has been adopted by states
for minimum energy efficiency in commercial building
design.
6
As in the ASHRAE/IESNA 90.1 Standard, the IECC 2003
also has a mandatory requirement of automatic shutoff of lighting in buildings larger than 5,000 square feet.
HBA networked lighting controls and occupancy sensors
are the perfect solutions for this requirement. Furthermore, HBA occupancy sensors provide a solution for the
Light Reduction Controls requirement (Section 805.2.2.1),
which states that areas having manually controlled lights
must also have a manual lighting control that reduces
the light level by at least 50% or an occupancy sensor
can control the area.
California Energy Commission (CEC)
Title 24 Building Standards
The California Energy Commission (CEC) created California’s 2005 Building and Energy Efficiency Standards/
Regulations for Residential and Nonresidential Buildings
(Title 24), which provides mandatory lighting controls
requirements for commercial and residential buildings.
All HBA occupancy sensors are CEC Title 24 compliant.
HBA occupancy sensors provide excellent solutions to
these key Title 24 provisions:
Automatic shut-off:
For every floor, all indoor lighting systems must be
equipped with a separate automatic control to shut off
the lighting.
Area control:
Each area enclosed by ceiling-height partitions must
have an independent switching or control device (occupancy sensor or manual switch) that:
• Is readily accessible
• Is located so that a person using the device can see
the lights or area controlled by the switch
• Is able to override other devices
Multi-level lighting control:
Any enclosed space of 100 square feet or larger that has
a connected lighting load greater than 0.8 watts/sq. ft.,
and that has more than one luminaire shall use a multilevel lighting control (control that reduces lighting
power by either continuous dimming, stepped dimming,
or stepped switching while maintaining a reasonably
uniform level of illuminance throughout the controlled
space). The multi-level lighting controls must have one
control step that is between 50% and 70% of design
lighting power and at least one step of minimum output
operating at less than 35% of full-rated lighting system
power (this could be completely off). HBA occupancy
sensors that switch alternate rows of lights are a solution
for this requirement.
Residential buildings:
For newly constructed or remodeled residential buildings Title 24 requires the use of manual-on occupancy
sensors, fluorescent lights, or dimmers in most rooms
of the home such as the bathroom, garage, utility room,
hallway, bedroom, and living room. HBA offers a vast
array of wall switch occupancy sensors to meet this
requirement. These models turn the lights on manually
when someone pushes the button, and they automatically turn the lights off when the room is unoccupied.
LYJNSYS | Network Interface Component.
Business Services
The Business Services Group of HBA is dedicated to
offering the highest quality of service by providing a
direct point of contact, available daily from 7am to 6pm
CST. The Business Services Group is responsible for ensuring that you receive the best possible level of service.
Technical Services
HBA’s technical services include quotations, Factory
Certified Occupancy Sensor Layouts, technical phone
support, application support, and technical documentation.
Quotations
HBA’s Quotations Group is dedicated not only to creating
a professional and accurate quotation but also to working with you to ensure that the needs of your project are
fulfilled. The Quotations Group also creates detailed
submittal packages—which include all necessary
product documentation and project-specific information—and coordinates with the Technical Services Group
to provide detailed drawings.
Factory Certified Occupancy Sensor Layouts
A Factory Certified Occupancy Sensor Layout from HBA
means that we guarantee the type and placement of
each sensor on every drawing. You can send your electronic AutoCAD files, and we will work with you to create
not only a Factory Certified Layout but also a competitive
layout with a detailed Bill of Materials. We can also take
paper drawings and convert them to electronic format.
If you need hard copies, let us know, and we will create
professional paper drawings in any size specification.
8
Technical Phone Support
HBA is a complete solution. Since our products are
designed and manufactured under one roof, our Technical Services staff has the resources to handle your
application or technical product questions.
Application Support
Whether you need assistance in selecting lighting
controls for a small or medium size project or you
need assistance in selecting an entire lighting control
package (including lighting control panels, occupancy
sensors, daylight harvesting, and occupancy sensors for
a large size project), our Technical Services Group can
assist you in all facets of application support.
Technical Documentation
The Technical Services Group has an
extensive library that contains detailed
wiring diagrams and support documentation for numerous installation
applications. Technical Services will
create specific custom project diagrams
and submittals for any size project that
you might have.
Premier Customer Service
and Quotations
Our Customer Service Representatives take great pride in giving
a personalized level of service.
Detailed product knowledge, fast
and accurate order entry, timely
order acknowledgements, and order
management—from initial ordering
to shipping.
Pictured on opposite page - the Quick
To Install |QTI™ System and Accessories.
Contact Information
Telephone—Austin, TX USA
512.450.1100
Telephone—Toll Free
888.698.3242
Fax—Orders Only
512.450.0864
Fax—General
512.450.1215
Fax—Toll Free Customer Service
877.783.9201
Corporate Website
Technical Drawing submittal
hba -cad@hubbell-automation.com
The LX networked lighting controls provide the ultimate
in harmony of technology and simplicity. Capable functional lighting control systems don’t have to be difficult
to use or install. As lighting control systems and devices
have evolved, their capabilities and functionality have
grown immensely. Unfortunately, the interfaces used
today for these same features and functions have not
progressed at the same rate. The LX Series overcomes
these limitations through the use of a GUI touch screen.
Key Features
The LX networked lighting controls provide the following features:
• Unique handheld touch screen GUI
• Robust and reliable 20 Amp mechanically latching
relays
• Multiple size enclosures available
(4, 8, 16, 32, and 48 relays)
• Powered, topology-free, polarity-insensitive,
2-wire communication
• LonWorks® “open system” architecture
• LonMark® certified
• Seamless integration with major building protocols,
such as LON, BACNET® and MODBUS®
• Feature-rich scheduling functions
• 365-day time clock
• Automatic daylight savings time and leap year
compensation
• Built-in astronomical time clock for sunrise
and sunset programming
• UL and cUL listed
• 2-year warranty
10
Energy Saving Lighting Controls Delivered.
LX – Touch Tablet Graphical User Interface (GUI)
The graphical user interface have virtually changed the
way in which we relate to and access data, clunky nonintuitive user interfaces such as those in use by most
lighting control system manufacturers are not only
inappropriate but are a barrier to the users ability to
realize the true capability of today’s feature-rich lighting
control systems and devices.
LonWorks® “Open System” architecture for seamless integration
with other building systems.
Multi-tap 120/277/347VAC transformer.
Handheld portable touch screen tablet
• 320 x 240 pixel graphic display
• Graphical User Interface
• Easy data entry
Powered, Topology Free, Polarity Insensitive, 2-wire communication.
Feature-rich scheduling options
•
•
•
•
•
Normal time
Open / close time
Hours of operation
After hour sweeps
Automatic or manual
daylight savings time
adjustments
Astronomical time clock for automatic sunrise /
Pictured above - LXTB.
Pictured below - LX Lighting Control Panels 4, 8, 16, 32, and 48.
sunset calculations. Perfect for outdoor applications.
Individual relay status LEDs show current
status of all relays.
NEMA 1 Enclosure. Completely assembled and ready
to install. UL and cUL listed. LonMark® 3.3 certified
with a 2-year warranty.
Blink alert notifies occupants of pending OFF event,
programmable between 1 and 15 minutes.
Robust and reliable 20 amp mechanically held
latching relays (120 - 480VAC loads).
Quick Reference Guide
LX Lighting Control Panels 4, 8, 16, 32, 48 Relays
Page 14
LX4 up to 4 Relays
LX8 up to 8 Relays
LX16 up to 16 Relays
LX Touch Tablet Graphical User Interface
Page 15
LXTB LX Touch Screen Tablet
LX Relays
Page 16
LXRL1 LX Relay, Single Pole,
120/277/347VAC
LXRL2 LX Relay, Double Pole,
208/240/480VAC
LX Networked Switch Stations
Page 17
LXSW1LP 1 Button
LXSW2LP 2 Buttons
LXSW3LP 3 Buttons
LXSW4LP 4 Buttons
LXSW5LP 5 Buttons
LXSW6LP 6 Buttons
LXSW1FT 1 Button
LXSW2FT 2 Buttons
LXSW3FT 3 Buttons
LXSW4FT 4 Buttons
LXSW5FT 5 Buttons
LXSW6FT 6 Buttons
12
LX Occupancy Sensor Featuring IntelliDAPT
Page 18
LXOMDT2000FT LX Intelligent
Ultrasonic and PIR Occupancy
Sensor, FT-10
LXOMDT2000LP LX Intelligent
Ultrasonic and PIR Occupancy
Sensor, Link Power
LX Photo Sensor Control Module and Sensors
Page 19
LXPSCMLP LX Photo Sensor
Control Module – Link Power
LXPSCMFT LX Photo Sensor
Control Module – FT
LXPSPCI LX Photo Sensor
Photocell Indoor
LXPSPCO LX Photo Sensor
Photocell Outdoor
LXPSPCS LX Photo Sensor
Photocell Skylight/Atrium
LXJNCOM56KM1 LX JENEsys
56kbps Modem for LX JENEsys Controller
LX Router/Repeater
Page 23
LXRRM LX Router/Repeater
Module
LX Sentry Switch
Page 24
LXS05T 5A 120/240/277VAC
LXS05DW 5A 120/240/277VAC
LXS05DI 5A 120/240/277VAC
LXS05T3 5A 120/240/277VAC
LXS05T3W 5A 120/240/277VAC
LXS05T3I 5A 120/240/277VAC
LXS20T 20A 120/240/277VAC
LXS20DW 20A 120/240/277VAC
LXS20DI 20A 120/240/277VAC
LXS20T3 20A 120/240/277VAC
LXS20T3W 20A120/240/277VAC
LXS20T3I 20A 120/240/277VAC
LX Dry Contact Interface Modules
Page 20
LXDCIMFT LX Dry Contact
Interface Module
LX Link Power Module
Page 21
LXLPM2 LX Link Power Module,
120VAC
LXJENEsys Network Interface Components
Page 22
LXJNSYS LX JENEsys Controller
with Management Software,
LON Network Module
and Power Supply
LXJNSYS2LON LX JENEsys
Controller with Management
Software, LON Integration Support,
LON Network Modules
and Power Supply
LXJNSYS2BACNETIP LX JENEsys
Software, BACNET IP Integration
Support, LON Network Module
and Power Supply
LXJNSYS2BACNETMSTP
LX JENEsys Controller
with Management Software,
BACNET MS/TP Integration
and Power Supply
LXJNSYS2MODBUS LX JENEsys
Software, MODBUS Integration
and Power Supply
LX Keyed Switch Station
Page 25
LXKEY1LP LX Keyed Switch
Station, Link Power Version
LX Power Supply
Page 26
LXPWRSPLY LX Power Supply
LX Terminator
Page 27
P.Z10013
Easylon Bus Terminator
Free Topology
LXTERMINATOR LX Free
Topology Bus Terminator
LX Enclosure for DIN Rail Modules
Page 27
LXENDM LX Enclosure
for DIN Rail Device Modules
LX 4 | 8 | 16 | 32 | 48
LX Lighting Control Panels 4, 8, 16, 32, and 48 Relays
KEY FEATURES
• Unique handheld Touch Screen Graphical User Interface
• Robust and reliable 20 Amp mechanically latching relays
• Multiple size enclosures available
(4, 8, 16, 32, and 48 relays)
• Topology Free, Polarity Insensitive, 2-wire communication
• LonWorks® “Open System” architecture
• Feature-rich scheduling functions
• 365-day time clock
• Automatic Daylight Savings Time and leap year
compensation
• Built-in Astronomical Time Clock for Sunrise/Sunset
programming
• UL Listed
• 2-year warranty
OVERVIEW
If it were any easier, it would program itself. The LX Lighting
Control Panels provide the ultimate in harmony of technology and simplicity. Capable, functional lighting control
systems don’t have to be difficult to use or install.
ORDERING INFORMATION
ENCLOSURES
Catalog numbering system : LXEN [Size] [Trim]
Size
Trim
4 = 4 Relay Enclosure
F = Flush Mount
S = Surface Mount
NOTE: LX4 relay panel available only in surface mount.
14
INTERIORS
Catalog numbering system: LXIN [Size] [Number Single Pole] [Number Double Pole]
Size
Number Single Pole
Number Double Pole
00 - 48 Number of Single Pole Relays
00 - 24 Number of Double Pole Relays
8 = 8 Relay Interior
Example:
32 Relay Interior with 4 Single Pole Relays and 4 Double Pole Relays: LXIN32 04 04
LXTB
LX Touch Tablet Graphical User Interface
KEY FEATURES
• Portable handheld touch screen
• Context-sensitive help
• Quarter VGA display (320 x 240 pixels)
• High-contrast backlit LCD screen
• Programmable security codes
• 2-year warranty
OVERVIEW
Capable functional lighting control systems don’t have to
be difficult to use. As lighting control systems and devices
have evolved, their capabilities and functionality have grown
immensely. Unfortunately, the interfaces used today for
these same features and functions have not progressed at
the same rate. The LX System overcomes these limitations
through the use of a graphical user interface (GUI) touch
screen. Clunky, non-intuitive user interfaces—such as those
used by most lighting control system manufacturers—are
not only inappropriate but a barrier to the user’s ability to
realize the true capability of today’s feature-rich lighting
control systems and devices. The LX Series of lighting control
products overcomes these limitations through the use of a
portable, easy-to-use, graphical touch screen interface. The
LX Touch Tablet provides you with a new level of simplicity
and functionality.
Catalog number
Description
LXTB
LX Touch Screen Tablet
LXRL
LX Relays
KEY FEATURES
• Robust and reliable mechanically latching relay
• 30,000 cycles or more at fully-rated 20 Amp load
• Suitable for high in-rush loads up to 2,000 Amps
• 14,000 Amp short circuit current rated @ 277 VAC
(Single Pole), 5000 Amp short circuit current relay
• 120, 277, and 347 VAC Single Pole
• 208, 240, and 480 VAC Double Pole
• Built-in manual override lever & ON/OFF indicator
• True relay status
• UL listed
• 2-year warranty
OVERVIEW
The heart of any lighting control system is the relay. With
today’s new high in-rush lighting loads and demanding inductive switching requirements, only the most robust relays
are capable of keeping up with the demands placed upon
them. LX Relays are recognized as the industry’s most robust
and reliable relays on the market today. With a 2,000 Amp
in-rush current and 14,000 Amps short circuit current, our
relays are built to last.
General Use
Tungsten
HID
Motor Starting
Single Phase
Short Circuit Rating
16
Single Pole
20A 300 VAC
2400W 120 VAC
20A 300 VAC
0.5 HP @ 110-125 VAC
1.5 HP @ 220-277 VAC
14,000 A 277 VAC
Catalog Number
Description
LXRL1
LX Relay, Single Pole,
120/277/347VAC
LXRL2
LX Relay, Double Pole,
208/240/480VAC
Double Pole
20A 480 VAC
2400W 120 VAC
20A 480 VAC
0.5 HP @ 110-125 VAC
1.5 HP @ 220-277 VAC
5,000 A 277 VAC
LXSW
LX Networked Switch Stations
KEY FEATURES
• Attractive, architecturally pleasing design
• Flexible programming of switch functionality
• Programmable active and inactive times
• Topology-free, polarity-insensitive, 2-wire communication
• FT-10 and LPT-10 versions available
• 1–6 buttons with or without pilot
• Mounts to standard single-gang box
• 2-year warranty
LXSW2
LXSW1
OVERVIEW
LX Switch Stations are designed for virtually any area. The
soft contours of its architecturally pleasing design fit easily
into any décor. Each switch can be individually programmed
to control a single relay, group of relays, or preset scene. In
addition to flexible switch functionality, LX Switch Stations
can be programmed to be active only during a specific time
window. This function allows the switch station to be automatically secured when they are not being used, which eliminates the need for lockout key switches and locking covers.
LXSW4
LXSW3
Catalog numbering system:
LXSW [Number of Buttons] [Network Interface] [Color]
Number of Buttons Network Interface Color
1 - 6 = #of Buttons
LP = Link Power
W = White
FT = FTT-10
I = Ivory
LXSW6
Example:
White 4 Button FT Switch Station: LXSW4FTW
LXSW5
LXOMNIDT2000LP | LXOMNIDT2000FT
LX Occupancy Sensor Featuring IntelliDAPT®
KEY FEATURES
• FT-10 and LPT-10 versions available
• IntelliDAPT technology – no manual adjustment required
• All-Digital, multi-technology (Ultrasonic [US] and passive
infrared [PIR]) sensor
• Non-volatile memory for sensor settings
• 2000 square feet coverage
• 5-year warranty
OVERVIEW
The LX Occupancy Sensor represents the state-of-the-art in
sensor technology by combining both ultrasonic (US) and
passive infrared (PIR) technologies for unequaled occupancy
detection and false trip immunity. The sensor also complies
with LonMark interoperability guidelines and is designed for
use in open system, multi-vendor, interoperable LonWork
networks. Both FT-10 and LPT-10 versions are available. The
LX Occupancy Sensor features Hubbell Building Automation’s
patented IntelliDAPT technology, which makes all the sensor
adjustments automatically. Throughout the product’s lifespan, smart software analyzes the controlled area and makes
digital adjustments to sensitivity and timer settings. Occupancy sensors with IntelliDAPT provide a maintenance-free
“Install and Forget” operation.
18
22'
12'
32' 23'
45'
64'
LXOMDT2000 Range Diagram
Catalog Number
Description
LXOMDT2000FT
LX Intelligent Ultrasonic and PIR Occupancy Sensor, FT-10
LXOMDT2000LP
LX Intelligent Ultrasonic and PIR Occupancy Sensor, Link Power
Color
Off-White
Off-White
Coverage
2000 sq. ft.
2000 sq. ft.
LXPS
LX Photo Sensor Control Module and Sensors
KEY FEATURES
• Turns lighting on and off based on available
natural light
• Network-based photosensor control module
• Real-time foot-candle levels transmitted over
a network on demand to a tablet
• 3 available sensor heads—Indoor, Outdoor,
and Skylight/Atrium
• 0–1,000 foot-candle range with 1 foot-candle resolution
• 6 programmable on and off
set points
• Programmable active
and inactive times
• Topology-free, polarityinsensitive, 2-wire
communication
• FT-10 and LPT-10 versions
available
• LonWorks ® “open system”
architecture
• LonMark ® certified
• Mounts to standard DIN Rail
• 2-year warranty
OVERVIEW
The LX Photo Sensor Control Module provides a convenient
method of turning lighting circuits on and off in response to
natural light. With 6 individually programmable on and off
set points, this device can control multiple lighting circuits to
respond to different natural lighting levels, which eliminates
the need for multiple photosensors. Real-time photometric
information is transmitted over the LX network and displays
on either the LX tablet (or another programming device
connected to the network). Each of the 6 set points can be
programmed to control a single relay, or group of relays.
For added control, the LX Photo Sensor Control Module can
be programmed to be active or inactive during a specific
time window.
Catalog Number
Description
LXPSCMLP
LX Photo Sensor Control Module – Link Power
LXPSCMFT
LX Photo Sensor Control Module – FT
LXPSPCI
LX Photo Sensor Photocell Indoor
LXPSPCO
LX Photo Sensor Photocell Outdoor
LXPSPCS
LX Photo Sensor Photocell Skylight/Atrium
Color
Black
Black
White
White
White
LXDCIMFT
LX Dry Contact Interface Module
KEY FEATURES
• Programmable interface for dry contact devices
• 6 individual dry contact inputs with or without pilots
• Accommodates 2- and 3-wire devices
(momentary or maintained)
• Mounts to standard DIN rail
• 2-year warranty
OVERVIEW
The LX Dry Contact Interface Module provides a simple
method of incorporating standard dry contact inputs into
the LX lighting control system. This device can incorporate
dry contact closures from building automation, fire, and
security alarm systems. It can also incorporate virtually any
dry contact device (momentary or maintained). Each of the 6
available inputs can be individually programmed to control
a single relay, group of relays, or preset scene.
For added control, the LX Dry Contact Input
Module can be programmed to be active
or inactive during specific time windows.
Catalog Number
Description
LXDCIM
LX Dry Contact
Interface
Module
20
LXLPM2
LX Link Power Module
KEY FEATURES
• Power supply for LX Series Link Power-based devices
• Short circuit and overcurrent monitoring
• DIN rail mount
• 2-year warranty
OVERVIEW
Hubbell Building Automation’s LX Link Power Module is a
self-contained power supply that provides operating power
to LX Series twisted-pair communication networks. This
module powers a multitude of device types, such as LX
switch stations, LX occupancy sensors, and LX photosensor
control modules. The device’s versatility enables it to support
a variety of network topologies, including Star and T-configurations.
Catalog Number
Description
LXLPM2
LX Link Power Module,
120VAC, DIN Rail Mount
LXJNSYS
LX JENEsys™ Network Interface Components
KEY FEATURES
• Programming Interface:
- Real-time programming and monitoring of the LX lighting
control system through your PC’s web browser
- No software required—built-in web server provides
connection via any Microsoft Windows ® compatible
browser
- Graphical User Interface (GUI) makes programming both
intuitive and simple
- Local or remote access via the local network or Internet
- Can connect multiple users at once
- Sophisticated user account/password manager
• System Integration:
- Integrates LX lighting control systems and Building
Automation Systems (BAS)
- Integrates with LonWorks®, BACnet™ (IP and MSTP),
and Modbus™ standards
- Automatically generates all required control points and
documentation for integration with the selected protocol
- Powered by the revolutionary NiagaraAX Framework®
OVERVIEW
LX JENEsys represents an evolution in the interface and
integration of lighting control systems. While using a PC
to interface to a lighting control system is a good idea, the
problem is the software installation for every interfacing PC.
The LX JENEsys solves this problem by allowing any PC with
an Microsoft Windows compatible browser to interface with
the LX JENEsys lighting control system through a built-in web
22
server. The LX JENEsys provides an easy-to-use and highly
intuitive graphical user interface (GUI). System users can easily
program, monitor, and control (locally or remotely) all the functions of the LX lighting controls system conveniently from their
PC—all without installing software.
The LX JENEsys is powered by the NiagaraAX Framework,
which is designed to integrate diverse systems and devices.
With this technology, the LX JENEsys provides protocol normalization between a wide range of BAS protocols, including
LonWorks, BACnet, and Modbus. With the click of a mouse, the
LX JENEsys automatically builds the selected system integration, complete with the documentation of all generated
network variables and control points.
Catalog Number
Description
LXJNSYS
LX JENEsys Controller with Management Software, LON Network Module and Power Supply
LXJNSYS2LON
LX JENEsys Controller with Management Software, LON Integration Support,
LON Network Modules and Power Supply
LXJNSYS2BACNETIP
LX JENEsys Controller with Management Software, BACNET IP Integration Support,
LON Network Module and Power Supply
LXJNSYS2BACNETMSTP
LX JENEsys Controller with Management Software, BACNET MS/TP Integration Support,
LXJNSYS2MODBUS
LX JENEsys Controller with Management Software, MODBUS Integration Support,
LXJNCOM56KM1
LX JENEsys 56kbps Modem for LX JENEsys Controller
LX Router/Repeater
KEY FEATURES
• Repeater for LX Series networks
• Screw terminal wiring connections
• 16–30 VAC or VDC operation
• LonMark™ certified
• UL listed
• 2-year warranty
OVERVIEW
Hubbell Building Automation’s LX Router/Repeater Module
interconnects multiple LX Series communication-network
segments and refreshes the network signal from one segment to the next—thus increasing the maximum transmission distance. This module is required for networks where
either the network wire length exceeds the maximum limit
(1,500 feet) or there are more than 56 devices per segment.
With the LX Router/Repeater Module, two independently
powered network segments can share their information
while maintaining each segment’s power system separately.
Catalog Number
Description
LXRRM
LX Router/Repeater Module,
DIN Rail Mount
LX Sentry Switch
Remote Light Switch with Local Override
KEY FEATURES
• Standard wall switch ON/OFF operation
• Toggle or Decorator style
• Mechanically switches to OFF position when power
is interrupted for 5 seconds
• Locator light illuminates switch when lights are off
• 2 Versions
- 0.2A min Load, 5A max
- 1.0A min Load, 20A max
OVERVIEW
The LX Sentry Switch™ allows individual override control
of local line-voltage circuits when used with the scheduling
features of the LX Networked Lighting Control Panel. When
the panel relay is ON and the circuit is powered, the switch
functions normally and can manually turn lights on and off.
However, when the panel is scheduled to turn the lighting
off, a programmed 5-second OFF signal will cause the
switch to mechanically go to the OFF position. After this
time, power returns to the circuit, and the switch functions
normally. This unique product allows the panel to sweep the
lights OFF in multiple areas while maintaining the normal
operation of the switch. When used with the LX Lighting
Control Panel, the Sentry Switch provides a very economical
means of controlling multiple areas with a single dedicated
relay on the LX panel.
24
Catalog Number
Rating
LXS05T
5A 120/240/277VAC
LXS05DW
5A 120/240/277VAC
LXS05DI
5A 120/240/277VAC
LXS05T3
5A 120/240/277VAC
LXS05T3W
5A 120/240/277VAC
LXS05T3I
5A 120/240/277VAC
LXS20T
20A 120/240/277VAC
LXS20DW
20A 120/240/277VAC
LXS20DI
20A 120/240/277VAC
LXS20T3
20A 120/240/277VAC
LXS20T3W
20A 120/240/277VAC
LXS20T3I
20A 120/240/277VAC
Style/Color
Toggle
Decorator-White
Decorator-Ivory
Three-Way Toggle
Three-Way Decorator-White
Three-Way Decorator-Ivory
Toggle
Decorator-White
Decorator-Ivory
Three-Way Toggle
Three-Way Decorator-White
Three-Way Decorator-Ivory
LX Keyed Switch Station
KEY FEATURES
• Stainless steel face plate with barrel-lock mechanism
and pilot light
• Topology Free, Polarity Insensitive,
2-wire communication
• Mounts in standard single-gang box
• 2-year warranty
OVERVIEW
The LX Keyed Switch Station is designed for use in virtually
any space that requires restricted access to switch functionality. The stainless steel faceplate and secure barrel-style
locking mechanism provide significant tamper and vandal
deterrence. The switch can be individually programmed to
control a single relay or group of relays. In addition to flexible
programming of switch functionality, LX Keyed Switch Stations can be programmed to be active only during a specific
time window, allowing the switch station to be automatically
disabled when they are not required, thus providing a second
layer of access control.
Catalog Number
Description
LXKEY1LP
LX Keyed Switch Station,
Link Power Version
LX Power Supply
KEY FEATURES
• Universal AC input 120 VAC (85–132V); single phase only
• DIN rail mountable: TS35/7.5; TS35/15
• Protection: short circuit, overload, and overvoltage
• LED indicator for power on
• UL listed
• 2-year warranty
OVERVIEW
Hubbell Building Automation’s LX Power Supply provides
power to free topology (FT)-based LX Series devices. The
30W, single-output, Class 2, DIN rail power supply can power
LX switch stations, LX occupancy sensors, LX photosensor
control modules, and LX dry contact interface modules. This
power supply also features an LED indicator for power-on
status and short circuit, overload, and overvoltage protection
support.
Catalog Number
Description
LXPWRSPLY
LX Power Supply for FTT-10 Devices,
85-264VAC, DIN Rail Mount
26
LX Terminator
KEY FEATURES
• LX network segment terminator
• DIN Rail
• 2-year warranty
OVERVIEW
Hubbell Building Automation’s LX Terminator ensures the
correct operation of the LX Series free topology (FT), twistedpair communication networks. On an FT network, each LX
Series network segment needs to be correctly terminated so
that network signals do not reflect back to the segment. The
LX Terminator absorbs these network signals and provides
a low-cost solution for terminating network segments. The
LX Terminator is not required for link power (LP) networks.
Catalog Number
Description
LXTERMINATOR
LX Free Topology Bus Terminator
LX Enclosure for DIN Rail Modules
KEY FEATURES
• NEMA 1 rated metal enclosure - 12”w x 15”h x 4”d
• Screw-mount cover
• Includes 2 DIN rails
OVERVIEW
Hubbell Building Automation’s LX Enclosure for DIN Rail
Modules is designed to enclose our DIN rail mountable devices and power supplies. The surface-mount metal enclosure is
NEMA 1 rated and is suitable for dry indoor locations, such as
electrical rooms and closets. The enclosure also comes with
a screw-mount cover and 2 DIN rails that can be mounted in
multiple ways.
Catalog Number
Description
LXENDM
LX Enclosure
for DIN Rail Device Modules
P.Z10013
Easylon Bus Terminator
Free Topology
Occupancy Sensors
Industry-Leading Technology
Hubbell Building Automation (HBA) sets the standards
for energy-saving lighting control technology. Our line
of passive infrared (PIR), ultrasonic (US), and dual technology occupancy sensors use our patented IntelliDAPT®
technology, designed specifically to save you energy and
money.
IntelliDAPT Technology
Traditional occupancy sensors need manual adjustment
throughout the year when seasons, airflow, furniture
layout, or occupancy patterns change. If sensors are not
constantly monitored and adjusted, energy savings will
not reach their potential.
The key to maximizing energy savings for every building
is HBA’s patented IntelliDAPT technology for occupancy
sensors. The digital microprocessor makes all the sensor
adjustment decisions automatically. Throughout the
product’s lifespan, smart software analyzes the controlled area and makes digital adjustments to sensitivity
and timer settings. Occupancy sensors with IntelliDAPT
provide maintenance-free “Install and Forget” operation.
28
Pictured on opposite
page - LODT.
Pictured at left - OMNIDT.
Passive Infrared Technology
For major motion detection, passive infrared (PIR)
sensors provide the best solution. These sensors use
a specially designed lens to divide the space of an area
into zones. When a person moves between zones, the
sensor promptly turns on the lights. PIR sensors are
perfect for small enclosed areas with frequent occupant
movement.
Ultrasonic Technology
For superior detection of minor-motion activity (e.g.
typing), ultrasonic (US) sensors provide the best solution. These sensors emit silent sound waves into an area.
Movement in the area causes frequency shifts between
the emitted and reflected waves. This is interpreted as
occupancy. US sensors do not require a clear line of sight
and are ideal for offices with cubicles and restrooms with
stalls.
Dual Technology
For maximum reliability, dual technology sensors combine PIR and US technologies. Both technologies must
detect occupancy to activate lighting, but only one technology must detect occupancy for lighting to remain
active. Dual technology sensors are the best solution for
most applications.
White
Ivory
Light Almond
Gray
Hubbell Building Automation LightHAWK™ Series. Available in five decorative colors. Wall plates not included.
Black
Occupancy Sensors
LightHAWK LHMTS
Page 34
LHMTS1 Ultrasonic and PIR
Wall Switch Sensor
LHMTS0 Ultrasonic and PIR
Wall Switch Sensor
LightHAWK LHMTD
Page 35
LHMTD2 Ultrasonic and PIR Dual
Circuit Wall Switch Sensor
LHMTD0 Ultrasonic and PIR Dual
Circuit Wall Switch Sensor
LightHAWK LHUSS
Page 36
LHUSS1 Ultrasonic Wall Switch Sensor
LHUSS0 Ultrasonic Wall Switch Sensor
LightHAWK LHUSD
Page 37
LHUSD2 Ultrasonic Dual Circuit
Wall Switch Sensor
LHUSD0 Ultrasonic Dual Circuit
Wall Switch Sensor
LightHAWK LHIRS
Page 38
LHIRS1 Passive Infrared Wall Switch Sensor
LHIRS0 Passive Infrared Wall Switch Sensor
LightHAWK LHIRD
Page 39
LHIRD2 Passive Infrared Dual Circuit
Wall Switch Sensor
LHIRD0 Passive Infrared Dual Circuit
Wall Switch Sensor
IWSZP3P
Page 40
IWSZP3PW Passive Infrared Wall Switch
Sensor
IWSZP3PI Passive Infrared Wall Switch Sensor
30
IWSZPM
Page 41
IWSZPMW Passive Infrared Wall Switch Sensor
IWSZPMI Passive Infrared Wall Switch Sensor
RWSOSCFL | Residential Wall Switch Sensors
Page 42
RWSOSCFL120IV Residential
Occupancy Sensor for Incandescent
and CFL Lighting
RWSOSCFL120WH Residential
Occupancy Sensor for Incandescent
and CFL Lighting
RWSVSCFL | Residential Wall Switch Sensors
Page 43
RWSVSCFL120IV Residential Vacancy
Sensor for Incandescent and CFL Lighting
RWSVSCFL120WH Residential Vacancy
Sensor for Incandescent and CFL Lighting
RWSOSINC | Residential Wall Switch Sensors
Page 44
RWSOSINC120 Residential Occupancy
Sensor for Incandescent Lighting
RWSOSDINC120 Residential Occupancy
Sensor with Dimmer for Incandescent
Lighting
RWSVSINC | Residential Wall Switch Sensors
Page 45
RWSVSINC120 Residential Vacancy
Sensor for Incandescent Lighting
RWSVSDINC120 Residential Vacancy
Sensor with Dimmer for Incandescent
Lighting
OMNI OMNIDT | OMNIDTRP
Page 46
OMNIDT500 Dual Technology Ultrasonic
and Passive Infrared Ceiling Sensor
OMNIDT500RP Dual Technology Ultrasonic
OMNIDT1000RP Dual Technology Ultrasonic and Passive Infrared Ceiling Sensor
OMNIDT2000RP Dual Technology Ultrasonic and Passive Infrared Ceiling Sensor
OMNI OMNIUS | OMNIUSRP
Page 47
OMNIUS500 Ultrasonic Ceiling Sensor
OMNIUS500RP Ultrasonic Ceiling Sensor
OMNI OMNIIR | OMNIIRP
Page 48
OMNIIR Passive Infrared Ceiling Sensor
OMNIIRRP Passive Infrared Ceiling Sensor
OMNIIRL Passive Infrared Ceiling Sensor
OMNIIRLRP Passive Infrared Ceiling Sensor
OMNI OMNIDIA | OMNIDIARP
Page 49
OMNIDIA Dual Technology Acoustic
OMNIDIARP Dual Technology Acoustic
LightOWL LOIRWV | LOIRWVRP
Page 55
LOIRWV Passive Infrared Wall and Ceiling Sensor
LOIRWVRP Passive Infrared Wall
and Ceiling Sensor
LightOWL LOIRHB | LOIRHBRP
Page 56
LOIRHB Passive Infrared High Bay Sensor
LOIRHBRP Passive Infrared High Bay Sensor
CUI5002000P
Page 50
CUI5002000P120 Dual Technology Ultrasonic and Passive Infrared Line Voltage
Ceiling Sensor
CUI5002000P277 Dual Technology Ultrasonic and Passive Infrared Line Voltage
Ceiling Sensor
C5002000P
Page 51
LightOWL LODIA | LODIARP
Page 57
LODIA Passive Infrared and Acoustic
Wall and Ceiling Sensor
LODIARP Passive Infrared and Acoustic
C5002000P120 Ultrasonic Line Voltage
Ceiling Sensor
Ceiling Sensor
UVPP | UVPPM
Page 58
Ceiling Sensor
Ceiling Sensor
MP Power Pack “A” Series
Page 59
MP347A
MPSA (Auxiliary Slave Device)
UVPP Universal Voltage Power Pack
UVPPM Universal Voltage Power Pack
with Manual ON/OFF
C8001500P
Page 52
PIR10
Page 53
PIR10P Passive Infrared Line Voltage
Ceiling Sensor
PIR10EMS Passive Infrared Low Voltage
Ceiling Sensor
LightOWL LODT | LODTRP
Page 54
LODT Ultrasonic and Passive Infrared
LODTRP Ultrasonic and Passive Infrared
RRU
Page 60
RRU120
RRU277
Quick to Install System
Page 61
CAB10 10’ Plenum rated
CAB20 20’ Plenum rated
S1M2F Splitter 1 male, 2 female
TD200
Page 63
TD200 Digital Programmable Timer
Occupancy Sensors
Technology Guide
Passive Infrared (PIR)
Passive Infrared (PIR) technology senses occupancy by
detecting the difference between heat emitted from
the human body and the background space. PIR sensors require an unobstructed line-of-sight for detection.
These sensors utilize a segmented lens, which divides
the coverage area into zones. Movement between these
zones is interpreted as occupancy. PIR sensors are good
at detecting major motion (e.g. walking) and work best
in small, enclosed spaces with high levels of occupant
movement.
Ultrasonic (US)
Ultrasonic (US) technology senses occupancy by bouncing ultrasonic sound waves (32kHz- 45kHz) off objects
in a space and detecting a frequency shift between
the emitted and reflected sound waves. Movement
by a person or object within the space causes a shift in
frequency, which is interpreted as occupancy. US occupancy sensors are good at detecting minor motion
(e.g. typing,) and do not require an unobstructed line-ofsight, thus making them suitable for applications such as
an office with cubicles or a restroom with stalls.
Dual Technology (DT)
Dual technology (DT) occupancy sensors use both passive infrared and ultrasonic technologies for maximum
reliability. These sensors also minimize the risk of false
triggering (lights coming on when the space is unoccupied). Both US and PIR technologies must detect
occupancy to turn lighting on, while continued detection by only one technology will keep lighting on. Dual
technology sensors are the best performing sensor for
most applications.
32
Pictured at top of page - OMNIIR | Passive Infrared Ceiling Sensor. Pictured, center above the LightHAWK™ LHUSS | Ultrasonic Wall Switch Sensor featuring IntelliDAPT®. Pictured at left the CUI5002000P | Dual Technology Line Voltage Ceiling Sensor.
IntelliDAPT™
In today’s business environment it is imperative to
reduce operating expenses wherever possible. Lighting
is used in every area of your facility. The potential exists
to save wasted energy dollars from open offices to the
manufacturing floor. A great deal of the time is spent
lighting areas that are vacant. The simple solution is to
turn off the lights when no one is present. The problem
is that this is seldom done. With the installation of occupancy sensors with IntelliDAPT, you can control those
areas easily with no impact on productivity. These simple
solutions will significantly reduce the dollars spent on
energy while having a positive impact on your bottom
line.
If you think about how an occupancy sensor actually
controls a space and what determines how it is adjusted,
it becomes obvious that any change in that environment
affects the sensor’s ability to provide maximum savings.
With manual adjustment to the sensor, you can get close
to the optimum mix of time and sensitivity and reach
maximum savings. However, when the seasons change,
airflow is modified, and furniture layout or occupancy
patterns change, so should the settings on your occupancy sensor. Non-adaptive occupancy sensors will
require adjustment throughout the year to achieve your
energy savings potential. The greater the change in the
room environment, the less efficient the sensor becomes.
If sensors are not adjusted when these changes occur,
your energy savings potential will not be reached.
Illustrated below - Occupancy sensor without IntelliDAPT technology;
Illustrated below right - Occupancy sensor with IntelliDAPT technology.
Because manual sensors require periodic adjustment
to remain efficient over their lifetime, the next logical
step would be to create a sensor that adjusts automatically. A digital self-adjusting sensor not only saves more
energy, but it also greatly improves customer satisfaction
by having the sensor adjust to changes in occupancy
patterns. One optimum setting is not possible. Hubbell
Building Automation (HBA) sensors can respond to
changes in occupancy patterns by automatically adjusting the sensitivity and timer, therefore improving customer satisfaction and maximizing savings.
This patented microprocessor technology makes all the
decisions for setting adjustments. Smart software constantly monitors the controlled area and automatically
adjusts the sensitivity and timer based on environmental
history. This happens all day, everyday, for the life of the
product.
Digital self-adjusting sensors provide advanced solutions
to complicated situations. So why is it that we are not
seeing adaptive devices from all manufacturers of
occupancy sensors? The answer is that digital self-adjusting technology is fundamentally different from typical
analog sensors. Developing these products requires
a great deal of research and development.
Our products are industry-recognized for ease of installation and contractor friendly “Install and Forget” features
which eliminate sensor setup and return service calls.
With a 5-year limited warranty we guarantee your investment and ensure your energy savings objectives.
LightHAWK™ LHMTS
Multi-technology Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
• All-digital dual technology (ultrasonic [US] and passive
• IntelliDAPT self-adaptive technology—no manual
adjustment required
• Auto-on and manual-on operating modes
(depending on model)
• 1,000 square-foot, 180o coverage area
• Built-in photocell with SuperSaver™ mode
• RhinoTuff™ lens
• Dual 120/277 VAC operation
• No minimum load requirement
• Zero Arc Point Switching
• ETL, UL, and cUL listed
• 5-year warranty
OVERVIEW
LHMTS sensors combine ultrasonic (US) and passive infrared
(PIR) technologies for unequaled occupancy detection and
false trip immunity, providing improved accuracy. These
sensors feature Hubbell Building Automation’s patented
IntelliDAPT technology, which makes all the sensor adjustment
decisions automatically. Throughout the product’s lifespan,
smart software analyzes the controlled area and makes digital
adjustments to sensitivity and timer settings. Occupancy
sensors with IntelliDAPT provide maintenance-free “Install and
Forget” operation. With selectable operating modes—automatic ON/OFF or manual ON/automatic OFF—and a built-in
photosensor for automatic daylight harvesting, LHMTS sensors
are the most capable choice in today’s market place.
34
Catalog Number
Description
LHMTS1*
Ultrasonic and PIR Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control, 120/277VAC
LHMTS0*
Ultrasonic and PIR Wall Switch Sensor with IntelliDAPT and Automatic Only Control, 120/277VAC
* = W – White, I – Ivory, A – Light Almond, G – Gray, B – Black
LightHAWK™ LHMTD
Multi-technology Dual Circuit Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 2 relays for either two-level switching or dual-circuit control
• 1,000 square-foot, 180o coverage area (major motion)
• 5-year warranty
OVERVIEW
LHMTD sensors combine ultrasonic (US) and passive infrared
(PIR) technologies for unequaled occupancy detection and
false trip immunity, providing improved accuracy. The sensors,
designed for dual-level lighting applications, possess 2 primary
circuits (each with independent switching). LHMTD sensors
feature Hubbell Building Automation’s patented IntelliDAPT
technology, which makes all the sensor adjustment decisions
automatically. Throughout the product’s lifespan, smart software analyzes the controlled area and makes digital adjustments to sensitivity and timer settings. Occupancy sensors
with IntelliDAPT provide maintenance-free “Install and Forget”
operation. With selectable operating modes—automatic ON/
OFF or manual ON/automatic OFF—and a built-in photosensor for automatic daylight harvesting, LHMTD sensors are the
most capable choice in today’s market place.
Catalog Number
Description
LHMTD2*
Ultrasonic and PIR Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control,
120/277VAC
LHMTD0*
Ultrasonic and PIR Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic Only Control,
120/277VAC
LightHAWK™ LHUSS
Ultrasonic Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
• All-digital ultrasonic (US) sensor
adjustment required
• 2 relays for two-level switching or dual-circuit control
• 400 square-foot, 180o coverage area
• 5-year warranty
OVERVIEW
LHUSS sensors use ultrasonic (US) technology for unequaled
occupancy detection and false trip immunity, providing
improved accuracy. These sensors feature Hubbell Building
Automation’s patented IntelliDAPT technology, which makes
all the sensor adjustment decisions automatically. Throughout the product’s lifespan, smart software analyzes the controlled area and makes digital adjustments to sensitivity and
timer settings. Occupancy sensors with IntelliDAPT provide
maintenance-free “Install and Forget” operation. With selectable operating modes—automatic ON/OFF or manual ON/
automatic OFF—and a built-in photosensor for automatic
daylight harvesting, the LHUSS sensors are the most capable
choice in today’s market place.
36
Catalog Number
Description
LHUSS1*
Ultrasonic Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control, 120/277VAC
LHUSS0*
Ultrasonic Wall Switch Sensor with IntelliDAPT and Automatic Only Control, 120/277VAC
LightHAWK™ LHUSD
Ultrasonic Dual Circuit Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
• All-digital ultrasonic (US) sensor
adjustment required
• 2 relays for two-level switching or dual-circuit control
• 5-year warranty
OVERVIEW
LHUSD sensors use ultrasonic (US) technology for unequaled
occupancy detection and false trip immunity, providing
improved accuracy. The sensors, designed for dual-level
lighting applications, possess 2 primary circuits (each with
independent switching). LHUSD sensors feature Hubbell
Building Automation’s patented IntelliDAPT technology,
which makes all the sensor adjustment decisions automatically. Throughout the product’s lifespan, smart software
analyzes the controlled area and makes digital adjustments
to sensitivity and timer settings. Occupancy sensors with
IntelliDAPT provide maintenance-free “Install and Forget”
operation. With selectable operating modes—automatic
ON/OFF or manual ON/automatic OFF—and a built-in photosensor for automatic daylight harvesting, LHUSD sensors are
the most capable choice in today’s market place.
Catalog Number
Description
LHUSD2*
Ultrasonic Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control,
120/277VAC
LHUSD0*
Ultrasonic Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic Only Control,
120/277VAC
LightHAWK™ LHIRS
Passive Infrared Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
• All-digital passive infrared (PIR) sensor
adjustment required
• 5-year warranty
OVERVIEW
LHIRS sensors use passive infrared (PIR) technology for
unequaled occupancy detection and false trip immunity,
providing improved accuracy. These sensors feature Hubbell
Building Automation’s patented IntelliDAPT technology,
which makes all the sensor adjustment decisions automatically. Throughout the product’s lifespan, smart software
operation. With selectable operating modes—automatic
ON/OFF or manual ON/automatic OFF—and a built-in photosensor for automatic daylight harvesting, LHIRS sensors are
the best choice in today’s market place.
38
Catalog Number
Description
LHIRS1*
Passive Infrared Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control, 120/277VAC
LHIRS0*
Passive Infrared Wall Switch Sensor with IntelliDAPT and Automatic Only Control, 120/277VAC
LightHAWK™ LHIRD
Passive Infrared Dual Circuit Wall Switch Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 2 relays for either two-level switching
or dual-circuit control
• 5-year warranty
OVERVIEW
LHIRD sensors use passive infrared (PIR) technology for
unequaled occupancy detection and false trip immunity,
providing improved accuracy. The sensors, designed for
dual-level lighting applications, possess 2 primary circuits
(each with independent switching). LHIRD sensors feature
Hubbell Building Automation’s patented IntelliDAPT technology, which makes all the sensor adjustment decisions automatically. Throughout the product’s lifespan, smart software
operation. With selectable operating modes—automatic ON/
OFF or manual ON/automatic OFF—and a built-in photosensor for automatic daylight harvesting, LHIRD sensors are the
best choice in today’s market place.
Catalog Number
Description
LHIRD2*
Passive Infrared Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic/Manual Control,
120/277VAC
LHIRD0*
Passive Infrared Dual Circuit Wall Switch Sensor with IntelliDAPT and Automatic Only Control,
120/277VAC
IWSZP3P
Automatic Passive Infrared Wall Switch Sensor
KEY FEATURES
• Adjustable time delay and sensitivity
• Built-in photocell
• Walk test indicator
• 5-year warranty
35'
(10.8m)
OVERVIEW
The IWSZP3P uses automatic passive infrared (PIR) technology to provide excellent energy savings and reliable motion detection. The sensor’s low-profile casing is perfect
for areas such as private offices, conference rooms, break
rooms, lounges, and storage areas. When a person enters the
sensor’s field of view, the IWSZP3P automatically switches on
available lighting. After a specific period of vacancy, the sensor automatically switches off lighting.
16'
(4.9m)
4.0'
(1.2m)
15°
15°
floor
35'
(10.8m)
40
Catalog Number
Description
IWSZP3PW
Passive Infrared Wall Switch Sensor, Auto ON/Auto OFF
IWSZP3PI
Passive Infrared Wall Switch Sensor, Auto ON/Auto OFF
Color
White
Ivory
Coverage
900 sq. ft.
900 sq. ft.
IWSZPM
Manual ON/Auto OFF Passive Infrared Dual Circuit Wall Switch Sensor
KEY FEATURES
• Title 24 compliant—manual ON/auto OFF operation
• 5-year warranty
35'
(10.8m)
OVERVIEW
The IWSZPM is a Title 24 compliant, manual-on, passive
infrared (PIR) wall switch occupancy sensor that provides
excellent energy savings and reliable motion detection. The
sensor’s low-profile casing design provides the perfect wall
switch for residential areas, such as bathrooms, garages, laundry rooms, utility rooms, and dining rooms. The IWSZPM’s
manual ON/auto OFF operation meets Title 24 guidelines
for residential lighting, which require a person to manually
switch on lighting and a system to automatically turn off
lighting during vacancy.
16'
(4.9m)
4.0'
(1.2m)
15°
15°
floor
35'
(10.8m)
Catalog Number
Description
IWSZPMW
Passive Infrared Wall Switch Sensor, Manual ON/Auto OFF
IWSZPMI
Passive Infrared Wall Switch Sensor, Manual ON/Auto OFF
Color
White
Ivory
Coverage
900 sq. ft.
900 sq. ft.
RWSOSCFL | Residential Wall Switch Sensors
Occupancy Sensor for Incandescent and CFL Lighting
KEY FEATURES
• Auto ON/auto OFF operation
• Built-in photocell for daylight control
• 5-year warranty
35'
(10.8m)
OVERVIEW
Hubbell Building Automation’s Residential Occupancy Sensor
for Incandescent and CFL Lighting uses automatic-on passive
infrared (PIR) technology for excellent energy savings and
reliable motion detection. The sensor’s low-profile housing
design provides the perfect wall switch for residential areas,
such as home offices, bathrooms, garages, laundry rooms,
utility rooms, and dining rooms. When a person enters the
sensor’s field of view, it automatically turns on available lighting. After a specific period of vacancy, the sensor automatically turns off lighting.
16'
(4.9m)
4.0'
(1.2m)
15°
15°
floor
35'
(10.8m)
42
Catalog Number
Description
RWSOSCFL120IV
Residential Occupancy Sensor for Incandescent and CFL Lighting, 120VAC
RWSOSCFL120WH Residential Occupancy Sensor for Incandescent and CFL Lighting, 120VAC
Color
Ivory
White
Coverage
900 sq. ft.
900 sq. ft.
RWSVSCFL | Residential Wall Switch Sensors
Vacancy Sensor for Incandescent and CFL Lighting
KEY FEATURES
• 900 square-feet, 180o coverage area
• 5-year warranty
35'
(10.8m)
OVERVIEW
Hubbell Building Automation’s Residential Vacancy Sensor
for Incandescent and CFL Lighting uses Title 24 compliant,
manual-on, passive infrared (PIR) technology for excellent
energy savings and reliable motion detection. The sensor’s
low-profile housing design provides the perfect wall switch
for residential areas, such as bathrooms, garages, laundry
rooms, utility rooms, and dining rooms. The sensor’s manual
ON/auto OFF operation meets the Title 24 guidelines for residential lighting by requiring lighting to be manually turned
on by a user and automatically turned off during vacancy.
16'
(4.9m)
4.0'
(1.2m)
15°
15°
floor
35'
(10.8m)
Catalog Number
Description
RWSVSCFL120IV
Residential Vacancy Sensor for Incandescent and CFL Lighting, 120VAC
RWSVSCFL120WH
Residential Vacancy Sensor for Incandescent and CFL Lighting, 120VAC
Color
Ivory
White
Coverage
900 sq. ft.
900 sq. ft.
RWSOSINC | Residential Wall Switch Sensors
Occupancy Sensor for Incandescent Lighting
KEY FEATURES
• Patent Pending Alert to OFF notification
• Manual dimming control option available
• Adjustable time delay
• 5-year warranty
OVERVIEW
Hubbell Building Automation’s Residential Occupancy Sensor
for Incandescent Lighting uses auto-on passive infrared (PIR)
technology for excellent energy savings and reliable motion
detection. The sensor’s low-profile housing design is perfect
for residential areas, such as home offices, bathrooms,
garages, laundry rooms, utility rooms, and dining rooms.
When a person enters the sensor’s field of view, it automatically turns on available lighting. After a specific period of
vacancy, the sensor automatically turns off lighting.
44
Catalog Number
Description
Coverage
RWSOSINC120*
Residential Occupancy Sensor for Incandescent Lighting, 120VAC
800 sq. ft.
RWSOSDINC120*
Residential Occupancy Sensor with Dimmer for Incandescent Lighting, 120VAC 800 sq. ft.
* - AL – Almond, IV – Ivory, LA – Lt. Almond, WH - White
RWSVSINC | Residential Wall Switch Sensors
Vacancy Sensor for Incandescent Lighting
KEY FEATURES
• Patent Pending Alert to OFF notification
• Manual dimming control option available
• 5-year warranty
OVERVIEW
Hubbell Building Automation’s Residential Vacancy Sensors
for Incandescent Lighting uses Title 24 compliant, manual-on,
passive infrared (PIR) technology for excellent energy savings and reliable motion detection. The sensor’s low-profile
housing design provides the perfect wall switch for residential areas, such as bathrooms, garages, laundry rooms, utility
rooms, and dining rooms. The sensor’s manual ON/auto OFF
operation meets Title 24 guidelines for residential lighting
by requiring lighting to be manually turned on by a user and
automatically turned off during vacancy.
Catalog Number
Description
RWSVSINC120*
Residential Vacancy Sensor for Incandescent Lighting, 120VAC
RWSVSDINC120*
Residential Vacancy Sensor with Dimmer for Incandescent Lighting, 120VAC
* - AL – Almond, IV – Ivory, LA – Lt. Almond, WH - White
Coverage
800 sq. ft.
800 sq. ft.
OMNIDT | OMNIDTRP
Dual Technology Ceiling Sensor featuring IntelliDAPT®
KEY FEATURES
• IntelliDAPT® self-adaptive technology—no manual
adjustment required
• 500–2,000 square-foot coverage area
• Optional relay and photocell control
• Optional Quick to Install (QTI) connector
• 5-year warranty
OVERVIEW
The OMNIDT combines ultrasonic (US) and passive infrared
(PIR) technologies to turn lighting on and off based on
occupancy. This dual technology provides accurate turn-ons
while virtually eliminating false-offs. This sensor features
Hubbell Building Automation’s patented IntelliDAPT technology, which makes all the sensor adjustments automatically.
Throughout the product’s lifespan, smart software analyzes
the controlled area and makes digital adjustments to sensitivity and timer settings. Occupancy sensors with IntelliDAPT
provide a maintenance-free “Install and Forget” operation.
22'
12'
32' 23'
DT2000
Range
Diagram
45'
64'
DT500
Range
Diagram
46
22'
23'
12'
32'
22'
23'
23'
Catalog Number
Description
OMNIDT500
Ultrasonic and Passive Infrared Ceiling Sensor with IntelliDAPT
OMNIDT500RP
(Relay and Photocell)
OMNIDT1000
OMNIDT1000RP
OMNIDT2000
OMNIDT2000RP
*Add QTI to end of catalog number for optional Quick To Install connector.
12'
DT1000
Range
Diagram
23'
32'
Color
Off White
Coverage
500 sq. ft.
Off White
Off White
500 sq. ft.
1,000 sq. ft.
Off White
Off White
1,000 sq. ft.
2000 sq. ft.
Off White
2000 sq. ft.
OMNIUS | OMNUSRP
Ultrasonic Ceiling Sensor featuring IntelliDAPT®
KEY FEATURES
• IntelliDAPT® self-adaptive technology—no manual
adjustment required
• All-digital ultrasonic (US) technology
• 5-year warranty
OVERVIEW
The OMNIUS uses ultrasonic (US) technology to turn lighting
on and off based on occupancy. Designed specifically for
both areas with obstructions (e.g. columns, cubicles, stalls,
and filing cabinets) and areas with long periods of minor-motion activity (e.g. typing), this sensor features Hubbell Building Automation’s patented IntelliDAPT technology, which
makes all the sensor adjustments automatically. Throughout
the product’s lifespan, smart software analyzes the controlled
area and makes digital adjustments to sensitivity and timer
settings. Occupancy sensors with IntelliDAPT provide a maintenance-free “Install and Forget” operation.
32' 23'
US2000
Range
Diagram
45'
64'
32'
23'
16'
US500
Range Diagram
23'
56'
23'
23'
US2000 Range Diagram - hallway application
Catalog Number
Description
OMNIUS500
Ultrasonic Ceiling Sensor with IntelliDAPT
OMNIUS500RP
Ultrasonic Ceiling Sensor with IntelliDAPT (Relay and Photocell)
OMNIUS1000
OMNIUS1000RP
OMNIUS2000
OMNIUS2000RP
32'
US1000
Range Diagram
Color
Off White
Off White
Off White
Off White
Off White
Off White
Coverage
500 sq. ft.
500 sq. ft.
1,000 sq. ft.
1,000 sq. ft.
2000 sq. ft.
2000 sq. ft.
OMNIIR | OMNIIRP
Passive Infrared Ceiling Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 5-year warranty
OVERVIEW
The OMNIIR uses passive infrared (PIR) technology to turn
lighting on and off based on occupancy. Designed specifically for areas with long-range major-motion activity, this sensor
features Hubbell Building Automation’s patented IntelliDAPT
technology, which makes all the sensor adjustments automatically. Throughout the product’s lifespan, smart software
IntelliDAPT provide a maintenance-free “Install and Forget”
operation.
48
Catalog Number
Description
OMNIIR
Passive Infrared Ceiling Sensor with IntelliDAPT
OMNIIRRP
OMNIIRL
OMNIIRLRP
22'
12'
Color
Off White
Coverage
450 sq. ft.
Off White
Off White
450 sq. ft.
1500 sq. ft.
Off White
1500 sq. ft.
OMNIDIA | OMNDIARP
Passive Infrared and Acoustic Ceiling Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 450 square-foot coverage
• 5-year warranty
OVERVIEW
The OMNIDIA combines passive infrared (PIR) and acoustic
(sound-activated) technologies to turn lighting systems
on and off based on occupancy. The OMNIDIA features
Hubbell Building Automation’s patented IntelliDAPT technology, which makes all the sensor adjustments automatically.
Throughout the product’s lifespan, smart software analyzes
the controlled area and makes digital adjustments to sensitivity and timer settings. Occupancy sensors with IntelliDAPT
provide a maintenance-free “Install and Forget” operation.
Catalog Number
Description
OMNIDIA
Dual Technology Acoustic and Passive Infrared Ceiling Sensor
with IntelliDAPT
OMNIDIARP
Dual Technology Acoustic and Passive Infrared Ceiling Sensor
with IntelliDAPT (Relay and Photocell)
22'
12'
Color
Coverage
Off White
450 sq. ft.
Off White
450 sq. ft.
CUI5002000P
Dual Technology Line Voltage Ceiling Sensor
KEY FEATURES
• Self-contained power supply
• 2,000 square-foot coverage
• 5 programming options
• Adjustable sensitivity
• 5-year warranty
OVERVIEW
The CUI5002000P line voltage ceiling mount occupancy
sensor combines both ultrasonic (US) and passive infrared
(PIR) sensing technologies to turn lighting systems on and off
based on occupancy.
50
Catalog Number
Description
CUI5002000P120
Ultrasonic and Passive Infrared Line Voltage
Ceiling Mount Sensor, 120VAC
CUI5002000P277
Ultrasonic and Passive Infrared Line Voltage
Ceiling Mount Sensor, 277VAC
Color
White
Coverage
2000 sq. ft.
White
2000 sq. ft.
C5002000P
Ultrasonic Line Voltage Ceiling Sensor
KEY FEATURES
• 5-year warranty
OVERVIEW
The C5002000P uses ultrasonic (US) technology to turn
lighting systems on and off based on occupancy. Designed
specifically for areas where tasks consist of minor motion for
long periods of time (e.g. typing), the C5002000P provides
long-term trouble-free operations.
38’
63’
Catalog Number
Description
C5002000P120
Ultrasonic Line Voltage Ceiling Mount Sensor, 120VAC
C5002000P277
Color
White
White
Coverage
2000 sq. ft.
2000 sq. ft.
C8001500P
Ultrasonic Line Voltage Sensor
KEY FEATURES
• 5-year warranty
OVERVIEW
The C8001500P uses ultrasonic (US) technology to turn
lighting systems on and off based on occupancy. Designed
specifically for areas where tasks consist of minor motion for
long periods of time (e.g. typing), the C8001500P provides
long-term trouble-free operations.
40’
46’
52
Catalog Number
Description
C8001500P120
C8001500P277
Color
White
White
Coverage
1500 sq. ft.
1500 sq. ft.
PIR10
Low Profile Passive Infrared Line Voltage Sensor
KEY FEATURES
• Low-profile design
• Low-voltage version available with auxiliary relay
• Optional Quick to Install (QTI) connector (only available
on EMS version)
• 5-year warranty
OVERVIEW
The PIR10 uses passive infrared (PIR) technology to turn
lighting on and off based on occupancy. Designed specifically for areas with long-range major-motion activity, the
PIR10 provides a long-term trouble-free operation. The
sensor’s design is both visually pleasing and physically
compact.
20'
10'
0'
0'
25'
Catalog Number
Description
PIR10P
Passive Infrared Line Voltage Ceiling Sensor, 120-347VAC
PIR10EMS
Passive Infrared Low Voltage Ceiling Sensor, with Relay
Color
White
White
Coverage
1,500 sq. ft.
1,500 sq. ft.
LightOWL™ LODT | LODTRP
Dual Technology Wall Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 1,600 square-foot coverage area
• 5-year warranty
OVERVIEW
The LODT combines ultrasonic (US) and passive infrared (PIR)
technologies to turn lighting on and off based on occupancy.
Designed specifically for areas where ceiling sensors are not
appropriate, this sensor features Hubbell Building Automation’s patented IntelliDAPT technology, which makes all the
sensor adjustments automatically. Throughout the product’s
lifespan, smart software analyzes the controlled area and
makes digital adjustments to sensitivity and timer settings.
Occupancy sensors with IntelliDAPT provide a maintenancefree “Install and Forget” operation.
40'
32'
23'
20'
23'
32'
54
Catalog Number
Description
LODT
Ultrasonic and Passive Infrared Wall Sensor with IntelliDAPT
LODTRP
Ultrasonic and Passive Infrared Wall Sensor with IntelliDAPT
*Add QTI to end of catalog number for optional Quick To Install connector
Color
Off White
Coverage
1,600 sq. ft.
Off White
1,600 sq. ft.
LightOWL™ LOIRWV | LOIRWVRP
Passive Infrared Wall Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 5-year warranty
OVERVIEW
The LOIRWV sensor uses passive infrared (PIR) technology
to turn lighting on and off based on occupancy. Designed
specifically for areas where ceiling sensors are not appropriate, this sensor features Hubbell Building Automation’s
patented IntelliDAPT technology, which makes all the sensor adjustments automatically. Throughout the product’s
lifespan, smart software analyzes the controlled area and
makes digital adjustments to sensitivity and timer settings.
Occupancy sensors with IntelliDAPT provide a maintenance-free “Install and Forget” operation.
40'
20'
Catalog Number
Description
LOIRWV
Passive Infrared Wall Sensor with IntelliDAPT
LOIRWVRP
Passive Infrared Wall Sensor with IntelliDAPT
*Add QTI to the end of catalog number for optional Quick to Install connector
Color
Off White
Coverage
1,600 sq. ft.
Off White
1,600 sq. ft.
LightOWL™ LOIRHB | LOIRHBRP
Passive Infrared High Bay Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• 50’ @ 30’ height coverage area
• 5-year warranty
OVERVIEW
The LOIRHB sensor uses passive infrared (PIR) technology
to turn lighting on and off based on occupancy. Designed
specifically for high bay areas with long-range major-motion
activity, this sensor features Hubbell Building Automation’s
patented IntelliDAPT technology, which makes all the sensor
adjustments automatically. Throughout the product’s lifespan, smart software analyzes the controlled area and makes
digital adjustments to sensitivity and timer settings. Occupancy sensors with IntelliDAPT provide a maintenance-free
“Install and Forget” operation.
56
Catalog Number
Description
LOIRHB
Passive Infrared High Bay Sensor with IntelliDAPT
LOIRHBRP
Passive Infrared High Bay Sensor with IntelliDAPT
Color
White
Coverage
50’@30’ height
White
50’@30’ height
LightOWL™ LODIA | LODIARP
Passive Infrared and Acoustic Wall Sensor featuring IntelliDAPT®
KEY FEATURES
adjustment required
• All-digital dual technology (passive infrared [PIR]
and acoustic) sensor
• 5-year warranty
OVERVIEW
The LODIA combines passive infrared (PIR) and acoustic
(sound-activated) technologies to turn lighting on and off
based on occupancy. This sensor features Hubbell Building
Automation’s patented IntelliDAPT technology, which makes
all the sensor adjustments automatically. Throughout the
product’s lifespan, smart software analyzes the controlled
area and makes digital adjustments to sensitivity and timer
settings. Occupancy sensors with IntelliDAPT provide a
maintenance-free “Install and Forget” operation.
40'
32'
23'
20'
23'
32'
Catalog Number
Description
LODIA
Passive Infrared and Acoustic Wall Sensor with IntelliDAPT
LODIARP
Passive Infrared and Acoustic Wall Sensor with IntelliDAPT
*Add QTI to end of catalog number for optional Quick to Install connector
Color
Off White
Coverage
1600 sq. ft.
Off White
1600 sq. ft.
UVPP | UVPPM
Universal Voltage Power Packs
KEY FEATURES
• Universal voltage (100–277 VAC; 50/60Hz)
• Automatic voltage detection
• Electrical load switching capability: maximum of 20 Amps
• Regulated 24 VDC current; 150mA output; short circuit
protected
• Manual On/Off version available (UVPPM)
• Plenum rated
• Easily mounts inside or outside a junction box
(UVPP only)
• Available with exclusive Quick to Install (QTI) connector
• 5-year warranty
OVERVIEW
The Universal Voltage Power Pack is a self-contained transformer and relay (an ON/OFF switch controlled by a circuit)
designed for low-voltage 24 VDC occupancy sensors. The
power pack supports and automatically detects the line-voltage input within the 100–277 VAC range. This eliminates the
need for voltage-specific power packs. This power pack is
capable of switching 20A loads and features Zero Arc Point
Switching, minimizing relay-contact wear from high inrush
loads. A single power pack can power either 4 sensors
or 3 sensors and the MPSA auxiliary relay for multiple circuits.
The Universal Voltage Power Pack is plenum rated and easily
mounts either inside or outside a junction box or inside a
fluorescent ballast cavity. The Universal Power Pack with
Manual On/Off control provides a unique solution for lighting applications where users require both manual On/Off
control as well as automatic Off control.
58
Catalog Number
Description
UVPP
Universal Voltage Power Pack,
100-277VAC, 50/60Hz
UVPPM
Universal Power Pack with Manual
ON/OFF Control, 100-277VAC,
50/60Hz
* Add QTI to end of catalog number for optional
Quick To Install connector.
MP Power Pack “A” Series
Power Packs and Relays
KEY FEATURES
• Plenum rated
• Self-contained transformer and relay
• 347 VAC, 60Hz
• Regulated 24 VDC current; 100 mA output
• Easily mounts inside or outside a junction box
• Optional Quick To Install (QTI) connector
• Companion auxiliary relay device available
• Mounts inside or outside a junction box;
inside a fluorescent ballast cavity
• 5-year warranty
MP Power Pack
MP347A
OVERVIEW
Hubbell Building Automation’s MP power packs provide two
electrical functions: the 24 VDC power supply (to operate
sensors) and the 20 Amp line-voltage relay (to control the
load). Using a simple twist-on nut, the unit mounts easily
inside or outside a junction box. The MP power packs can MP Slave Pack
MPSA
power either 3 sensors or 2 sensors and the MPSA auxiliary
relay for multiple circuits.
Model #
MP347A
MPSA (Auxiliary Slave Device)
Power Input
347 VAC, 60Hz
N/A
Control Input
24 VDC, 5 mA
24 VDC, 5 mA
Output
24 VDC, 100 mA
N/A
RRU
Line Voltage Auxiliary Relays
KEY FEATURES
• Plenum rated
• 120 or 277 VAC models available
• Normally Open contacts
• 5-year warranty
OVERVIEW
Hubbell Building Automation’s remote relay units (RRU) are
used to switch additional lighting or other control circuits.
The RRU’s are used in conjunction with line voltage sensors
and provide 20 amp switching capability. The RRU’s feature a
Normally Open (N.O.) isolated contact and must be mounted
inside a junction box.
60
Model # Power Input
Control Input
RRU120 120 VAC
50/60Hz
RRU277 120 VAC
50/60Hz
Output
2400 W, 1HP.
5000 W, 1HP.
Quick to Install System
QTI™ System and Accessories
QTI-Faster still in saving you money!
• Eliminate wire nuts (6 per sensor) and wiring mistakes.
• Guarantee ZERO margin for error with keyed connectors.
• Full line availability in both ceiling and wall mount sensors.
• Connect multiple technologies for complex environments.
KEY FEATURES
• Dramatically reduce installation cost
• Easy to install; fast and efficient
• All leads are plenum rated
• Completely removable and reusable if necessary
• UL-approved plenum cable in accordance with NEC
Article 725
• Eliminates need for large spools of cable for installation
of plenum cable runs
• Reduces possibility of transposing wires as in conventional splicing wire terminations
OVERVIEW
“Quick To Install” says it all. Capable of interconnecting
a sensor and power pack in a fraction of the time. The
QTI connector eliminates low-voltage wire nuts to
ensure error-free connections. The QTI system saves
time and money, a 25% savings in labor cost alone,
and the elimination of call backs and costly troubleshooting. The QTI system is available on most
Hubbell Building Automation low-voltage sensors
and power packs.
Catalog Number
Description
CAB10
10’ Plenum rated,
22 AWG 3 Conductor QTI cable
CAB20
20’ Plenum rated,
22 AWG 3 Conductor QTI cable
S1M2F
Splitter 1 male, 2 female, QTI system
Occupancy Sensor Accessories
ACAK — ACOUSTIC CEILING MOUNTING KIT
for ceiling and wall mount sensors used with acoustic
ceiling tile. ACAK uses integral cutting teeth for quicker
installation.
LMRA — LIGHTOWL MUD RING ADAPTER
A LightOWL goof ring for covering oversized holes.
ACAK
HCRA — HARD CEILING RACEWAY ADAPTER
for OMNI™ sensors. The HCRA is compatible with
Hubbell™ and Wiremold™ raceway. The HCRA has
knockout raceway holes for quick and clean installation.
OPE — OMNI Protective Enclosure
The OPE is a NEMA Type 4a enclosure specifically
designed for use with HBA’s OMNI IR ceiling mount
occupancy sensor. Designed to provide
protection from foreign materials,
and water, making it is acceptable for use in a variety of
environments including
applications in the pharmaceutical and food preparation
industries.
LMRA
HCRA
OPE
WIREGUARDS
WGWS—Wall mount wire guard for wall switches.
WGLO—Wall mount wire guard for LightOWL sensors.
WGOMNI—Ceiling mount guard for OMNI sensors.
Wire guards are heavy-duty coated wire guards for sensors
to protect from destructive strikes. Mounting clips are
included.
62
TD200
Digital Programmable Timer
KEY FEATURES
• Supports multiple timer intervals
• Dip switch control of features
• Manual scroll-up for overrides
• Visual and audio turnoff warning
• 5-year warranty
OVERVIEW
The TD200 saves energy by controlling lighting and
motor loads—the maximum electrical loads for a circuit—
in areas where an occupancy sensor might not be suitable.
The white-decorative faceplate and wall plate combine style
with functionality to provide the perfect control of incandescent lighting, fluorescent lighting, fans, hot tub heaters, and
circulating pumps. A timed override option is also available
to override preset turnoff settings, allowing lights and HVAC
(heating, ventilating, and air conditioning) to remain on for
after-hours cleaning crews. The TD200 is easy to install and
can replace any wall switch.
Catalog Number Description
TD200
Digital Programmable
Timer
Color
White
See the Light
Maximize energy savings and increase productivity by
harvesting the most abundant energy source around:
daylight. With Hubbell Building Automation’s (HBA)
daylighting controls, you can take advantage of natural light as either a primary or a contributing source to
reduce dependency on artificial lighting. By reducing
this dependency in commercial, educational, and retail
spaces, you can increase energy savings by 75%.
Consider the Options
HBA provides solutions for both dimming control and
switching control. Dimming systems continuously adjust
light output. They signal dimming-ballasts to provide
the highest level of flexibility and energy savings. Dimming systems are perfect for classrooms, offices, and
retail stores.
Switching systems turn lights on and off depending on
the sufficiency of natural light available. Switching systems also have a lower initial cost and are usually recommended for areas with non-stationary tasks, such as
warehouses, storage areas, atriums, lobbies, and parking
facilities.
64
Pictured on opposite page at top - LUXSTATDCM ;
center - LUXSTAT OCM; bottom LUXSTATPP.
Pictured at left - the LUXSTATLS.
Daylight Harvesting Delivered.
LUXSTATDCM
Luxstat Dimming Control Module
Page 68
LUXSTATDCM
Luxstat Dimming Control Module,
3 zones, 24V DC
LUXSTATOCM
Luxstat ON/OFF Control Module
Page 69
LUXSTATOCM
Luxstat ON/OFF Control Module,
3 zones, 24V DC
LUXSTATPP
Luxstat Power Pack
Page 70
LUXSTATPP
Luxstat Power Pack
for Luxstat Control Modules
66
LUXSTATOCM1Z
Luxstat Single Zone ON/OFF Control Module
Page 71
LUXSTATOCM1Z120
Luxstat Single Zone
ON/OFF Control Module, 120VAC
LUXSTATOCM1Z277
Luxstat Single Zone
ON/OFF Control Module, 277VAC
LUXSTATDNCM
Luxstat Day/Night Control Module with Clock
Page 72
LUXSTATDNCM120
Luxstat Day/Night Control Module
with Clock, 120VAC, DIN Rail Mount
LUXSTATDNCM277
Luxstat Day/Night Control Module
LUXSTATSW
Luxstat Wall Switches
Page 73
LUXSTATSW4
Luxstat 4-Button Wall Switch
LUXSTATSW1
Luxstat 1-Button Momentary Switch
LUXSTATLS
Luxstat Light Sensor
Page 74
LUXSTATLS
Luxstat Light Sensor - Indoor
LUXSTATLSO
Luxstat Light Sensor – Outdoor
DLC7
Continuous Dimming Control
Page 75
DLC7
Single Zone Continuous Dimming
Control
LUXSTATDCM
Luxstat Dimming Control Module
KEY FEATURES
• Open Loop continuous dimming daylight harvesting control
• Pushbutton programming
• Automated setup
• LCD display provides “Real Time” light-level readings
• 5 pre-programmed applications—fit most applications
without complicated setup
• Continuous dimming control—
choose from 1, 2, or 3 zones
• Individual adjustment for each channel of control
• Compatible with any 0–10 volt controllable ballast
• Integration with occupancy sensors and manual
override controls
• DIN rail mounting
• Title 24 compliant
• 5-year warranty
OVERVIEW
Using a unique Open Loop control algorithm, the Luxstat
Dimming Control Module by Servodan provides continuous
dimming daylight harvesting control to an area. The lights
dim when there is enough daylight, and they brighten when
there is not enough daylight. Instead of measuring the light
already inside an area, this module measures the amount of
daylight entering an area. During installation, lighting levels
(without artificial lighting) are measured at task height for
each of the 3 zones. The controller adjusts each of the zones
independently to maintain the desired lighting levels within
each space while taking advantage of available natural
daylight. The Luxstat Dimming Control Module is part of a
daylight harvesting system that includes the Luxstat Light
Sensor and the Luxstat Power Pack. This control module can
work with occupancy sensors and manual wall switches to
provide a diverse lighting solution for classrooms and meeting rooms.
68
LUXSTATDCM
Luxstat Dimming Control Module,
3 zones, 24V DC
LUXSTATOCM
Luxstat ON/OFF Control Module
KEY FEATURES
• Open Loop ON/OFF daylight harvesting control
• Pushbutton programming with automated setup
• LCD display provides “Real Time” light level readings
• 5 pre-programmed applications—fit most applications
without complicated setup
• Multilevel switching—choose from 1, 2, or 3 zones
• Individual adjustment for each channel of control
• Adjustable ON and OFF delays
• Integration with occupancy sensors and manual
override controls
• 5-year warranty
OVERVIEW
The Luxstat ON/OFF Control Module by Servodan provides
multilevel ON/OFF daylight harvesting control by using a
unique Open Loop control algorithm. The lights turn off
when there is enough daylight, and they turn on when there
is not enough daylight. Instead of measuring the light already inside of an area, this module measures the amount of
daylight entering an area. During installation, lighting levels
(without artificial lighting) are measured at task height for
each of the 3 zones. When daylight is adequate, the controller switches lighting off. When daylight is below the desired
level, the control module switches lighting back on. The ON
and OFF delays for each channel are individually adjustable.
The Luxstat ON/OFF Control Module is part of a daylight
harvesting system that includes the Luxstat Light Sensor and
the Luxstat Power Pack. The control module can work with
occupancy sensors and manual wall switches to provide a
diverse lighting solution for classrooms and meeting rooms.
LUXSTATOCM
Luxstat ON/OFF Control Module,
3 zones, 24V DC
LUXSTATPP
Luxstat Power Pack
KEY FEATURES
• Provide power to operate Luxstat daylight harvesting
control modules
• 3 individually controlled relays for ON/OFF control
• 120/230/277 VAC transformer
• Quick connect to Luxstat daylight harvesting
control modules
• DIN rail mount
• Built-in protection against overload
• 5-year warranty
OVERVIEW
The Luxstat Power Pack by Servodan powers the Luxstat
ON/OFF Control Module and the Luxstat Dimming Control Module. It supplies low-voltage power to the control
modules via a quick connect cable and has 3 normally open
relays (ON/OFF switches controlled by a circuit) to switch line
voltage in response to signals from the connected controller.
Additionally, the power pack has an automatically resetting
fuse. If the current drawn from the power pack exceeds the
specifications, the +24VDC output and the LED will turn off.
When the problem and the primary power are removed, the
power pack will restore power.
70
LUXSTATPP
Luxstat Power Pack
for Luxstat Control Modules
(LUXSTATDCM and LUXSTATOCM)
LUXSTATOCM1Z
Luxstat Single Zone Control Module
KEY FEATURES
• Open Loop ON/OFF Daylight Harvesting control
• LCD display provides Real Time light level readings
• 3 to 3,000 foot candle range
• Single-zone switching
• Adjustable OFF delay
• Integration with occupancy sensors
and manual override controls
• California Title 24 compliant
• UL listed
• 2-year warranty
OVERVIEW
The Luxstat Single Zone ON/OFF Control Module by
Servodan provides single zone ON/OFF daylight harvesting
control using a unique Open Loop control algorithm. Instead
of measuring the light inside of an area, the control module
measures the amount of daylight entering the space.
During installation, lighting levels (without artificial lighting)
are measured at task height for the zone to be controlled.
The photocell measures daylight and transmits this data
to the Luxstat Single Zone ON/OFF Control Module. When
daylight is adequate, the controller switches lights off. When
daylight diminishes below the desired set point, the control
module switches lighting back on. The OFF delay for the
zone is adjustable. The Luxstat Single Zone ON/OFF Control
Module is part of a daylight harvesting system that includes
the Luxstat Light Sensor. The control module can also
integrate with occupancy sensors and manual control wall
switches to provide a completely integrated classroom or
meeting room solution.
Catalog Number
Description
LUXSTATOCM1Z120 Luxstat Single Zone ON/OFF
Control Module, 120VAC
LUXSTATOCM1Z277 Luxstat Single Zone ON/OFF
Control Module, 277VAC
LUXSTATDNCM
Luxstat Day/Night Control Module with Clock
KEY FEATURES
• Open Loop ON/OFF daylight harvesting control
• Integrated clock for night blocking
OVERVIEW
The Luxstat Day/Night Control Module by Servodan provides single zone ON/OFF daylight harvesting control using
a unique Open Loop control algorithm. In the evening,
when daylight diminishes below the desired ON set point,
the control module switches lighting on. In the morning,
when daylight reaches the desired OFF set point, lighting
is switched off. The controller’s integrated clock function
switches off lighting completely during a pre-defined period.
Switching off lighting during the late evening and early
morning means more energy savings. The controller also
features pushbutton programming for easy system setup
and configuration.
72
LUXSTATDNCM120 Luxstat Day/Night Control Module
LUXSTATDNCM277 Luxstat Day/Night Control Module
LUXSTATSW
Luxstat Wall Switches
KEY FEATURES
• Provides manual control of the Luxstat daylight
harvesting control modules
• Automatic mode LED indicator (4-button version)
• Manual mode LED indicator (4-button version)
• Manual dimming (4-button version)
• Manual ON/OFF switching
• Low-voltage Class 2 device
• Architecturally attractive design
• 5-Year warranty
OVERVIEW
The Luxstat 4-Button Wall Switch by Servodan allows you
to override automatic daylight controls. This switch has
4 buttons and 2 LED indicators. One LED indicates that the
lights are being controlled manually. The other LED indicates
that lights are being controlled automatically. Pressing the
I/O button puts the controller into manual mode by switching the lights on and off. Pressing and holding the up and
down buttons will increase and decrease the light level. All
three channels of an area are dimmed or switched in unison.
The Auto button returns the controller to automatic mode.
The Luxstat 1-Button Wall Switch by Servodan provides only
manual control of lighting—just like a regular momentary
wall switch.
Catalog Number
Description
LUXSTATSW4
Luxstat 4-Button Wall Switch
LUXSTATSW1
Luxstat 1-Button Momentary Switch
LUXSTATLS
Luxstat Light Sensor
KEY FEATURES
• Open Loop photosensor
• Foot-candle range: 3–6,000 fc
• Provides daylight levels to Luxstat daylight harvesting
control modules
• Indoor and outdoor versions
• Mounts vertically and horizontally
• Architecturally attractive design
• 5-Year warranty
OVERVIEW
The Luxstat Light Sensor by Servodan provides the necessary
daylight-level information to the Luxstat daylight harvesting
control modules. Using a photodiode element, this sensor
continuously measures daylight levels and sends the information to the selected Luxstat daylight harvesting control
module. In order to operate as a true Open Loop controller,
the sensor must be positioned to see only daylight (no artificial light). You select the applicable foot-candle range
by using a jumper beneath the front cover.
74
LUXSTATLS
Luxstat Light Sensor - Indoor
LUXSTATLSO
Luxstat Light Sensor - Outdoor
DLC7
Single Zone Continuous Dimming Control
KEY FEATURES
• Controls 0–10V dimming ballasts
• Light-sensitivity range of 0–500 foot-candles
• Selectable 3- or 8-second dimming rate
• Multiple calibration options
• 2-year warranty
OVERVIEW
Hubbell Building Automation’s DLC7 is the ideal system for
providing continuous dimming control for 0–10V dimming
ballasts based on natural daylight. This control maintains
constant, undisturbed, fluorescent light levels during peak
use times. Through continuous monitoring of ambient light
levels, the DLC7 dims the associated lighting fixtures to a
user’s predefined foot-candle setting. The DLC7 dimming
photocell provides precise control of the actual amount
of lighting on the work surface (e.g. desktop, floor) within
its field of view. Measured light levels are converted into a
linear, proportional, analog voltage that controls the ballastdimming range. This achieves maximum energy savings by
efficiently blending natural and artificial light to maintain a
comfortable visual environment. The sensor head adjustment sets the maximum output of the controlled ballast. The
sensor also provides a short and long delay. The short delay
provides faster sensor response. The long delay slows the
sensor response and maintains a more stable signal to the
ballast, such as in situations with passing clouds.
DLC7
Single Zone Continuous Dimming
Control
High Bay Controls
Energy-Saving Technology
Effective energy management is a key concern for
today’s streamlined businesses. Precise management of
high intensity discharge (HID) and high output fluorescents enables companies to save energy. Leading the
industry in technology and proven quality, Hubbell Building Automation (HBA) offers superior options for lighting
control: the LightBAT™ G2 Dual-Level HID Controller
and the Fluorescent High Bay Occupancy Sensor.
Tackle the HID Challenge
HID lighting is a major source of energy waste and the
most difficult lighting to control. Of the 40 million HID
fixtures in the U.S., less than 3% are controlled. Warehouses, manufacturing centers, distribution centers, and
gymnasiums typically use HID lighting sources. However,
these lighting sources cannot be switched on and off like
fluorescent and incandescent lights.
76
The LightBAT G2 Dual Level HID Controller lowers HID
lighting from 100% to 50% power with minimal lamp-life
degradation. This allows 50% of the energy to be saved
during periods of vacancy. The result is minimal lighting
changes with maximum cost savings.
Conquer High Output Fluorescents
With the increased use of high output fluorescent
fixtures, HBA’s Fluorescent High Bay Occupancy sensor
increases savings by turning off lamps during vacancy.
Designed to provide versatile ON/OFF lighting control,
these passive infrared (PIR) sensors feature HBA’s unique
Smart Cycling™ technology, which ensures that all lamps
receive the same number of switching cycles.
Pictured on opposite page bottom - HBA WASP. Pictured at right - the LightBAT G2.
High Bay Controls
LightBAT G2
HID Dual Level Switching Controller and PIR Sensor
Page 80
LB1
LightBAT G2; Supports: 175W Metal
Halide / 175W, 200W Pulse Start Metal
Halide
LB1EXTP1
LightBAT G2 with 4 Pin Low Voltage
Interface; Supports: 175W Metal
Halide / 175W, 200W Pulse Start
Metal Halide
LB2
LightBAT G2; Supports: 250W, 320W,
350W, 400W Metal Halide / 250W, 320W,
350W, 400W, 450W Pulse Start Metal
Halide / 250W High Pressure Sodium /
400W High Pressure Sodium
(Max. operating temperature @ 55oC)
LB2EXTP1
Interface; Supports: 250W, 320W, 350W,
400W Metal Halide / 250W, 320W, 350W,
400W, 450W Pulse Start Metal Halide /
250W High Pressure Sodium / 400W
High Pressure Sodium (Maximum
operating temperature @ 55oC)
LB3
LightBAT G2; Supports: 1,500W, 1,650W
Metal Halide (Max. operating temp.
@ 55oC) / 1,000W Metal Halide (Max.
operating temp. @ 65oC) / 750W,
1,000W Pulse Start Metal Halide (Max.
operating temperature @ 55oC / 600W,
1,000W High Pressure Sodium (Max.
operating temperature @ 65oC)
78
LB3EXTP1
Interface; Supports: 1,500W, 1,650W
Metal Halide (Max. operating temp.
@ 55oC) / 1,000W Metal Halide (Max.
operating temp. @ 65oC) / 750W,
1,000W Pulse Start Metal Halide (Max.
operating temperature @ 55oC) / 600W,
1,000W High Pressure Sodium
(Max. operating temperature @ 65oC)
HBA WASP
Fluorescent High Bay Occupancy Sensor
Page 81
FHB141NPUNV
Fluorescent High Bay Passive Infrared
Sensor with 1.4 area lens, 120-347 VAC,
1-SPST Output
FHB142NPUNV
Fluorescent High Bay Passive Infrared
Sensor with 1.4 area lens, 2-SPST
Outputs, 120-347 VAC
FHBADAPTOR
Fluorescent High Bay
Mounting Extension Adapter
LightBAT™ G2
HID Dual Level Switching Controller and PIR Sensor
KEY FEATURES
• Integrated HID control module and passive infrared (PIR)
occupancy sensor
• Supports 175W–1,650W CWA
(Constant Wattage Auto-Transformer) ballasts
• Guaranteed lamp warm-up intelligence
• Continuous lamp monitoring
• MyzerPORT™ for quick and easy installations
• Interchangeable PIR lens options
• 5-year warranty
OVERVIEW
The LightBAT™ G2 is the world’s first digitally integrated, high
intensity discharge (HID), dual-level switching controller and
passive infrared (PIR) occupancy sensor. By assembling all
the necessary components of an HID dual-level switching
system into one compact device, Hubbell Building Automation provides precise area detection and individual fixture
control. The LightBAT™ system turns on only those light
fixtures activated by human movement, so full power is
maintained only when necessary. Since the lights dim after
a short period of vacancy, the LightBAT™ achieves maximum
energy savings by switching the fixture to 50% power.
80
Catalog Number
Description
LB1
LightBAT G2; Supports: 175W Metal Halide / 175W, 200W Pulse Start Metal Halide
LB1EXTP1
LightBAT G2 with 4 Pin Low Voltage Interface; Supports: 175W Metal Halide / 175W, 200W Pulse Start
Metal Halide
LB2
LightBAT G2; Supports: 250W, 320W, 350W, 400W Metal Halide / 250W, 320W, 350W, 400W, 450W Pulse
Start Metal Halide / 250W High Pressure Sodium / 400W High Pressure Sodium (Max. operating
temperature @ 55oC)
LB2EXTP1
LightBAT G2 with 4 Pin Low Voltage Interface; Supports: 250W, 320W, 350W, 400W Metal Halide /
250W, 320W, 350W, 400W, 450W Pulse Start Metal Halide / 250W High Pressure Sodium / 400W High
Pressure Sodium (Maximum operating temperature @ 55oC)
LB3
LightBAT G2; Supports: 1,500W, 1,650W Metal Halide (Max. operating temp. @ 55oC) / 1,000W Metal
Halide (Max. operating temp. @ 65oC) / 750W, 1,000W Pulse Start Metal Halide (Max. operating
temperature @ 55oC / 600W, 1,000W High Pressure Sodium (Max. operating temperature @ 65oC)
LB3EXTP1
LightBAT G2 with 4 Pin Low Voltage Interface; Supports: 1,500W, 1,650W Metal Halide (Max. operating
temp. @ 55oC) / 1,000W Metal Halide (Max. operating temp. @ 65oC) / 750W, 1,000W Pulse Start Metal
Halide (Max. operating temperature @ 55oC) / 600W, 1,000W High Pressure Sodium (Max. operating
temperature @ 65oC)
HBA WASP™
Fluorescent High Bay Occupancy Sensor
KEY FEATURES
• Digital passive infrared (PIR) sensor
• Multiple (single and dual) output versions
• Unique Smart Cycling™ for improved lamp life
• Single and dual timer operation
• Supports mounting heights up to 30’
• No minimum load
• Universal voltage—120/277/347 VAC
• ETL, UL, cUL listed and Title 24 compliant
• 5-year warranty
OVERVIEW
Hubbell Building Automation’s Fluorescent High Bay Occupancy Sensor provides the most advanced passive infrared
(PIR) sensor technology for unequaled occupancy detection
and false trip immunity, providing improved accuracy. It is
specifically designed for ON/OFF control of high bay fluorescent fixtures in warehouses, distribution centers, and similar
facilities. The sensor easily mounts directly to industrial T5HO
and T8 fixtures through an extended ½-inch chase nipple.
The specially designed Fresnel™ lens provides a reliable
maximum area and aisle coverage of 30 feet. This sensor is
available with either single or dual outputs, making it the
perfect solution for single- or multiple-ballast fixtures. The
single output sensor features a primary timer for ON/OFF
control for maximum energy savings. The dual output sensor
features 2 timers for multiple light level control (i.e. step dimming). The dual output sensor also includes Smart Cycling
technology, which maximizes lamp and ballast life by balancing the burn time of its two lamp/ballast loads.
Catalog Number
Description
FHB141NPUNV
Fluorescent High Bay Passive Infrared Sensor with 1.4 area lens, 120-347 VAC, 1-SPST Output, White
FHB142NPUNV
Fluorescent High Bay Passive Infrared Sensor with 1.4 area lens, 2-SPST Outputs, 120-347 VAC, White
FHBADAPTOR
Fluorescent High Bay Mounting Extension Adapter
LightBAT™ G2
Lens Selection Guide
G2 PIR Sensor Lens (One required per LightBAT G2)
Select lens based on mounting height above floor, fixture spacing, and sensor coverage area.
20’
LB-Lens 15
Aisle Lens • Black
Maximum Mounting Height - 25’
35’
LB-Lens 10
Aisle Lens • Charcoal
50’
LB-Lens 07
Aisle Lens • Clear
82
35’
35’
30’
LB-Lens 0806
Area Lens • Light Grey
5’
5’
LightBAT™ G2
Accessories
LightBAT Laser Alignment Tool—LBLAT1
The Laser Alignment tool improves the accuracy of the
LightBAT G2’s sensor coverage.
LB Laser Alignment Tool
LBLAT1
MYzerPort™—MPBP10
The MYzerPort is a 2-pin bypass shorting plug and comes
in packs of 10.
MYzerPort Connector—MPC2P10
Mounts on fixture and comes in packs of 10 and 100.
LightBAT MYzerPORT Kit—LBKIT1
Conversion hardware kit for non-MYzerPORT HID fixtures.
MYzerPORT
MPBP10
MYzerPORT Connector
MPC2P10
Numerical Index
84
Catalog Number ............................................ Page Number
ACAK ........................................................................................................ 62
CAB10 ................................................................................................31, 61
CAB20 ................................................................................................31, 61
C5002000P120 ...............................................................................31, 51
C5002000P277 ...............................................................................31, 51
C8001500P ............................................................................................. 52
CUI5002000P120 ...........................................................................31, 50
CUI5002000P277 ...........................................................................31, 50
DLC7 ......................................................................................................... 75
FHBADAPTER ..................................................................................79, 81
FHB141NPUNV ...............................................................................79, 81
FHB142NPUNV ...............................................................................79, 81
HCRA ........................................................................................................ 62
IWSZP3PI ..........................................................................................31, 40
IWSZP3PW .......................................................................................31, 40
IWSZPMI............................................................................................31, 40
IWSZPMW .........................................................................................31, 40
LB1 ......................................................................................................78, 80
LB1EXTP1 .........................................................................................78, 80
LB2 ......................................................................................................78, 80
LB2EXTP1 .........................................................................................78, 80
LB3 ......................................................................................................78, 80
LB3EXTP1 .........................................................................................78, 80
LBKIT1 ...................................................................................................... 83
LBLAT1 ..................................................................................................... 83
LBLens 15 ............................................................................................... 82
LBLens 10 ............................................................................................... 82
LBLens 07 ............................................................................................... 82
LBLens 0806 .......................................................................................... 82
LHIRD2...............................................................................................30, 39
LHIRD0...............................................................................................30, 39
LHIRS1 ...............................................................................................30, 38
LHIRS0 ...............................................................................................30, 38
LHMTD2 ............................................................................................30, 35
LHMTD0 ............................................................................................30, 35
LHMTS1 .............................................................................................30, 34
LHMTS0 .............................................................................................30, 34
LHUSS1 ..............................................................................................30, 36
LHUSS0 ..............................................................................................30, 36
LHUSD2 .............................................................................................30, 37
LHUSD0 .............................................................................................30, 37
LMRA ........................................................................................................ 62
LODIA .................................................................................................31, 57
LODIARP............................................................................................31, 57
LODT ..................................................................................................31, 54
LODTRP .............................................................................................31, 54
LOIRHB...............................................................................................31, 56
LOIRHBRP .........................................................................................31, 56
LOIRWV .............................................................................................31, 55
LOIRWVRP ........................................................................................31, 55
LUXSTATDCM ..................................................................................66, 68
LUXSTATDNCM120........................................................................67, 72
LUXSTATDNCM277........................................................................67, 72
LUXSTATLS .......................................................................................67, 74
LUXSTATLSO ....................................................................................67, 74
LUXSTATOCM ..................................................................................66, 69
LUXSTATOCM1Z120......................................................................67, 71
LUXSTATOCM1Z277......................................................................67, 71
LUXSTATPP .......................................................................................66, 70
LUXSTATSW1 ...................................................................................67, 73
LUXSTATSW4 ...................................................................................67, 73
LXDCIMFT .........................................................................................12, 20
LXENDM ............................................................................................13, 27
LXIN4 ..................................................................................................12, 14
LXIN8 ..................................................................................................12, 14
LXIN16 ...............................................................................................12, 14
LXIN32 ...............................................................................................12, 14
LXIN48 ...............................................................................................12, 14
LXJNSYS ............................................................................................13, 22
LXJUNSYS2LON ..............................................................................13, 22
LXJNSYS2BACNETIP ......................................................................13, 22
LXJNSYS2BACNETMSTP ..............................................................13, 22
LXJNSYS2MODBUS .......................................................................13, 22
LXJNCOM56KM1 ............................................................................13, 22
LXKEY1LP..........................................................................................13, 25
LXLPM2 .............................................................................................13, 21
LXOMDT2000FT .............................................................................12, 18
LXOMDT2000LP .............................................................................12, 18
LXPSCMFT ........................................................................................12, 19
LXPSCMLP ........................................................................................12, 19
LXPSCO .............................................................................................12, 19
LXPSCS ..............................................................................................12, 19
LXPSPCI .............................................................................................12, 19
LXPWRSPLY ......................................................................................13, 26
LXTB ...................................................................................................12, 15
LXTERMINATOR ..............................................................................13, 27
LXRL1 .................................................................................................12, 16
LXRL2 .................................................................................................12, 16
LXMRRM ...........................................................................................13, 23
LXS05T ...............................................................................................13, 24
LXS0DW ............................................................................................13, 24
LXS0DI ...............................................................................................13, 24
LXS05T3 ............................................................................................13, 24
LXS05T3W ........................................................................................13, 24
LXS05T3I ...........................................................................................13, 24
LXS20T ...............................................................................................13, 24
LXS20TDW .......................................................................................13, 24
LXS20D1 ...........................................................................................13, 24
LXS20T3 ............................................................................................13, 24
LXS20T3W ........................................................................................13, 24
LXS20T31 ..........................................................................................13, 24
LXSW1FT ...........................................................................................12, 17
LXSW2FT ...........................................................................................12, 17
LXSW3FT ...........................................................................................12, 17
LXSW4FT ...........................................................................................12, 17
LXSW5FT ...........................................................................................12, 17
LXSW6FT ...........................................................................................12, 17
LXSW1LP ...........................................................................................12, 17
LXSW2LP ...........................................................................................12, 17
LXSW3LP ...........................................................................................12, 17
LXSW4LP ...........................................................................................12, 17
LXSW5LP ...........................................................................................12, 17
LXSW6LP ...........................................................................................12, 17
MP347A .............................................................................................31, 59
MPBP10 ................................................................................................... 83
MPC2P10 ................................................................................................ 83
MPSA ..................................................................................................31, 59
OMNIDIA...........................................................................................31, 49
OMNIDIARP .....................................................................................31, 49
OMNIDT500 .....................................................................................30, 46
OMNIDT500RP ................................................................................30, 46
OMNIDT1000 ..................................................................................30, 46
OMNIDT1000RP .............................................................................26, 36
OMNIDT2000 ..................................................................................30, 46
OMNIDT2000RP .............................................................................30, 46
OMNIIR ..............................................................................................31, 48
OMNIIRRP .........................................................................................31, 48
OMNIIRL ............................................................................................31, 48
OMNIIRLRP .......................................................................................31, 48
OMNIUS500 .....................................................................................30, 47
OMNIUS500RP ................................................................................30, 47
OMNIUS1000...................................................................................30, 47
OMNIUS1000RP .............................................................................30, 47
OMNIUS2000...................................................................................30, 47
OMNIUS2000RP .............................................................................30, 47
OPE ........................................................................................................... 62
PIR10EMS..........................................................................................31, 53
PIR10P ................................................................................................31, 53
QTI .......................................................................................................31, 61
RRU120 ..............................................................................................31, 60
RRU277 ..............................................................................................31, 60
RWSOSCFL120IV ............................................................................30, 42
RWSOSCFL120WH ........................................................................30, 42
RWSVSCFL120IV ............................................................................30, 43
RWSVSCFL120WH .........................................................................30, 43
RWSOSDINC120 .............................................................................30, 44
RWSOSINC120 ................................................................................30, 44
RWSVSDINC120 .............................................................................30, 45
RWSVSINC120.................................................................................30, 45
S1M2F ................................................................................................31, 61
TD200 ................................................................................................31, 63
UVPP...................................................................................................31, 58
UVPPM ...............................................................................................31, 58
WGWS ...................................................................................................... 62
WGLO ....................................................................................................... 62
WGOMNI ................................................................................................. 62
Corporate Headquarters
Hubbell Building Automation, Inc.
9601 Dessau Road, Building One, Suite 100
Austin, Texas 78754 USA
Direct Line
{512} 450-1100
Toll Free Number
{888} 698-3242
Fax Number: Orders Only
{512} 450-0864
Fax Number: General
{512} 450-1215
Toll Free Customer Service Fax Line
Website
(877) 783-9201

hubbell-automation.com

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