1000398594 Catalog

2016-10-06

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Energy Management

The Smart Choice for Lighting Control and Energy Solutions

Energy Management

ENERGY CODES AND STANDARDS ARE THE LAW OF THE LAND.

ASHRAE 90.1 2010, IECC, California Title 24 2013 and numerous other local and

national codes and standards demand advanced energy-saving controls lighting

by either mandating compliance or encouraging it with tax incentives and utility

rebates. Programs like LEED Certiﬁcation oer businesses incentives for meeting

benchmarks guided by national codes and standards. In areas such as California,

energy eciency isn’t simply an option--it is a requirement to legally operate and

occupy buildings.

COMPETITIVE ADVANTAGE

Energy costs are rising faster than

ever before, making the reduction of

energy consumption by businesses

an increasingly more powerful

competitive advantage. With over

38% of a typical business’ energy

bill related to lighting, energy saving

controls for lighting are squarely at

the center of any eort to reduce

energy expenditures.

COMMERCIAL STATE ENERGY CODE STATUS

As of June 2015

www.leviton.com/les 3

Table of Contents

Energy Management Lighting Control Solutions ............................ 5

Sensing Control .......................................................27

LevNet RF™ Wireless Self-Powered Sensors ......................................32

Wall Switch Sensors ............................................................33

Provolt™ Self-Contained Sensors ................................................38

Line Voltage Sensors ...........................................................43

Low Voltage Sensors ...........................................................45

Power Packs .................................................................. 50

Power Base Adaptor ...........................................................52

Outdoor Motion Sensors .......................................................54

Photocells ................................................................... 55

Room Control .........................................................57

LevNet RF™ Wireless Self-Powered Solutions

....................................58

Lumina™ RF Wireless Solutions .................................................64

Integrated Room Control (IRC) .................................................68

Hospitality Key Card Switch ...................................................70

Centralized Control .................................................... 71

GreenMAX® Relay Control System .............................................72

Track Light Limiting Panel (TLLP) ...............................................78

EZ-MAX® Plus Standalone Relay Control System ...............................79

Distributed Control .................................................... 84

Sector® Intelligent Digital Lighting Control System ..............................85

VerifEye™ Submetering Solutions ....................................... 90

www.leviton.com/les 5

Lighting Control Solutions | Commercial

*Please see the Leviton Commercial Entertainment Product Catalog for more information, or visit Leviton.com/Entertainment.

**Please see the Leviton Commercial Architectural Controls Catalog for more information, or visit Leviton.com/Architectural.

LEVITON COMMERCIAL LIGHTING CONTROL SOLUTIONS

Every industry, facility and application has dierent lighting control needs. Some needs can be met with a simple solution, such

as an occupancy sensor, while others require the advanced customization and control of GreenMAX® and Sector® systems.

Leviton oers a spectrum of lighting control and energy management strategies to meet any application:

• Occupancy and Vacancy Sensing Control - A complete line of PIR, ultrasonic, multi-technology and daylight harvesting sensors

• Room Control - LevNet RF™ Wireless Self-Powered Solutions, and Integrated Room Control (IRC)

• Centralized Control - EZ-MAX

Plus and GreenMAX

Relay Control Systems

• Distributed Control - Sector

Intelligent Digital Lighting Control Systems

• Hybrid Controls - Combined Leviton technologies to meet any application with customized control

• Metering Solutions - VerifEye™ Submetering Solutions include submetering equipment, data collection and software

products, for energy monitoring and tenant billing options

Lighting Control Solutions | Commercial

Leviton Lighting Control Solutions can be selected and tailored to commercial, institutional and industrial

applications including:

• Single, small, midsize and large oce complexes

• K-12 schools and college campuses

• Museums, convention centers and lecture halls

• Health care and hospital facilities

• Prison and correctional facilities

Leviton Lighting Control Solutions help facilities meet energy saving and lighting control goals. Using simple and advanced

methods, Leviton solutions leverage energy saving technologies for:

Code Compliance Implementing a Leviton solution as a new construction or retroﬁt project can meet requirements set by

state, federal and local municipal codes for sustainability and energy eciency. Tax incentives and utility company rebates

are also available for eligible projects. Leviton devices can help meet ASHRAE Standard 90.1 2010, California Title 24 2013,

IECC and LEED certiﬁcation requirements. Learn more about speciﬁc product code compliance at

www.leviton.com/energycodes.

Dimming and Switched Lighting Whether switching lights ON or OFF based on

occupancy or subtly dimming multiple zones, reducing lighting is one of the easiest ways

to reduce overall electricity consumption. Leviton dimming and switching products

include: box-mounted dimmers; scene dimming stations and controllers; and sophisticated

multizone dimming systems that incorporate dimming and relay cabinets, architectural

lighting and more. These products can help buildings meet mandatory ASHRAE 90.1 and

Title 24 requirements.

LED Ready LED lighting is one form of adaptive lighting with dimming capabilities and dramatically reduces energy needed to

power light ﬁxtures. LEDs can be used with a variety of control types including 1-10V dimming, sourcing, sinking, 0-120VAC

reverse and forward phase, DMX and other applications.

Occupancy Detection Occupancy sensing takes the burden of lighting control from occupants and into a self-contained,

automated system. Numerous styles of occupancy sensors accommodate a broad range of coverage areas and patterns of

usage. Leviton’s occupancy sensor line includes commercial and residential, self-powered wireless, wide-view and high-bay,

dual-relay and outdoor models for a broad range of coverage areas and patterns. These products can help buildings meet

mandatory ASHRAE 90.1, IECC and Title 24 requirements, and are applicable toward earning LEED certiﬁcation points.

Timed Controls Using timers to automate switching of lights and other loads is a simple way to ensure that devices are

only on for a set period of time. Sophisticated relay systems (such as EZ-MAX Plus and GreenMAX) provide advanced load

scheduling based on scheduled or astronomical time. Leviton oers preset and programmable timer switches as well as relay

systems that integrate with lighting and other building controls in commercial and industrial applications. These products

can help buildings meet mandatory ASHRAE 90.1, IECC and Title 24 requirements, and are applicable toward earning LEED

certiﬁcation points.

Integration with Building Controls Integrating lighting, security, HVAC and other building management systems into a single

control system provides optimal energy eciency. Integrated systems provide superior interoperability as well as essential

function for companies participating in load shedding programs. Leviton energy management components are building

blocks that can interact with other Leviton products and, in some cases, with non-Leviton building controls.

Demand Response Demand response

is an energy conservation strategy that

involves reducing lighting loads during

peak energy usage times. These high-

demand times of day are communicated

by the utility company to the facility

through the use of building automation

systems (BAS) or building management

systems (BMS). Demand response is

mandatory to meeting California Title

24 code requirements. GreenMAX Relay

Control Systems, IRC, Dimensions®

D4000 and Sector Distributed Control

Systems all provide demand response

capabilities.

100%

80%

60%

40%

20%

85%

60%

46%

23% 27% 26% 23%

Occupancy +

Daylighting +

Task Tuning

Occupancy +

Daylighting

Occupancy +

Hold O

Photocell

Dimming:

Task Tuning

Dimming:

Daylighting

Occupancy

Sensors

Bi-Level

Switching

POTENTIAL SAVINGS WITH LIGHTING CONTROL STRATEGIES

20%

Load

Shedding

95%

All Strategies

Dimming

incandescent

lights by:

Reduces

energy

consumption by:

10% 10%

25% 20%

50% 40%

75% 60%

• Retail spaces

• Municipalities

• Houses of worship

• Shopping malls and complexes

• National parks and monuments

• Airports

• Warehouses

• Restaurants

• Government facilities

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Standard Savings

From Task

Lighting (20%)

From Daylighting

(35%)

From Occupancy

Sensors (18%)

40¢

32¢

-8¢

19¢

-13¢

13¢

-6¢

Cost of Lighting Ener

gy $/sf/yr

Lighting Control Solutions | Commercial

Daylighting By utilizing present natural light within

a space, facilities reap the dual beneﬁts of reduced

energy usage and a more pleasant, ambient building

environment. Photocells and timed systems (such as

GreenMAX, EZ-MAX Plus, IRC and Sector) measure light

provided by windows, skylights and open spaces and dim

or switch OFF overhead lighting accordingly. Leviton oers

photocells, occupancy sensors, relay cabinets, dimmers

and dimming systems for daylighting strategies. These

products can help buildings meet mandatory code and

standard requirements.

Source: Midwest Energy Eciency Alliance

BENEFITS FROM DAYLIGHTING

• Energy savings

• Reduce peak electric load

• Allow continued operation during power outages

• Connecting people to their external environment

• Improved productivity and health

Lighting, heating and air conditioning account for up to 70% of all energy being consumed in today’s modern buildings.

Daylighting controls are the best way to optimize the low cost, natural resource of daylight.

Key energy saving points for daylighting

• Architectural daylighting design utilizing top, side and surface lighting can reduce glare and heat concerns

• Assuring lights are only utilized when light is required and space is occupied

• Automatically balancing natural and artiﬁcial light for optimized lighting usage

• Switched or dimmed light loads have less heat emissions which reduces cooling costs

• Solar screening controls lights without eliminating it

• Lighting and Energy Solutions provide total energy ecient control and savings

Source: Commercial Buildings Energy Consumption Survey (CBECS) 1995, released July 1998 by the Energy Information Administration

GREATER HEALTH, WELL BEING

AND PRODUCTIVITY

Studies done by the United States Green

Building Council (USGBC) have shown that

daylighting can improve health, well-being

and productivity of individuals, co-workers,

students and employees. The determining

factors for this are not only from the amount

of natural scenery and light, but from the

quality and color of the artiﬁcial lamp light.

Daylight harvesting technology strives to

achieve this optimal color temperature and

rendition to provide visual stimulation for

health, well-being and productivity.

Daylight Harvesting

Average Daylighting Savings for Commercial Facilities

Lighting Control Solutions | Commercial

OCCUPANCY SENSING CONTROL

Occupancy sensors deliver one of the simplest and most eective methods of reducing energy usage. Basic rooms such as

restrooms, private oces, medical exam rooms and meeting rooms will see a signiﬁcant drop in lighting costs when an

occupancy sensor is installed.

GOOD SOLUTION

OCCUPANCY SENSOR WITH MANUAL-ON/OFF CONTROL

PROBLEM: Occupancy sensor control is desired, but manual

overrides by occupants may occasionally be necessary to

accommodate temporary needs.

SOLUTION: Occupancy sensors with manual-ON/OFF control

add a level of ﬂexibility to the occupancy sensing solution.

Users can manually override the sensors by switching ON or

OFF to accommodate temporary needs.

• Combines the energy savings of occupancy sensing with

the convenience of manual-ON/OFF switching

• Cost-eective method of regulating lighting usage

• Ideal Applications: Smaller enclosed areas such as

private

oces, conference rooms and storage spaces

SOLUTION REQUIREMENTS

BETTER SOLUTION

OCCUPANCY SENSOR WITH AUTO-ON/OFF CONTROL

PROBLEM: Facility contains rooms that are sporadically

occupied and do not require manual override capabilities.

SOLUTION: A single auto-ON/OFF occupancy sensor takes

the

burden of lighting control o the occupants, ensuring

lights are ON when they are needed and OFF when they

are not.

• Works best in enclosed spaces without obstructions

• Economical solution with immediate results

• Saves a signiﬁcant amount of energy over traditional

switch-operated spaces

• Ideal Applications: Restrooms, conference rooms,

closets and storage areas

SOLUTION REQUIREMENTS

PRODUCT QUANTITY

Occupancy Sensor

ODS10-IDW PIR Wall Switch Occupancy Sensor

OR OSSMT-MDW Multi-Technology Wall Switch Occupancy Sensor

ODS0D-IDW Dual Relay PIR Wall Switch Occupancy Sensor

OR OSSMD Dual Relay Multi-Technology Wall Switch Occupancy Sensor

Good –OS Wall-box Only, 1 Zone

Zone 1

Wall Switch PIR Sensor

Good – OS Only, 1 Zone

Zone 1

Provolt PIR

Sensor

PRODUCT QUANTITY

Provolt Line Voltage Self-Contained PIR Ceiling Mount Occupancy Sensor

ODC04-IDW 1

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Lighting Control Solutions | Commercial

BEST SOLUTION

OCCUPANCY SENSOR MULTI-ZONE/BI-LEVEL

SWITCHING SOLUTION

PROBLEM: Room is used in multiple applications, and the

same levels of light are not always desired.

SOLUTION: By dividing a space into zones, lighting

becomes more versatile. Multi-zone/bi-level switching,

controlled by an occupancy sensor, allows occupants to

accommodate A/V presentations, computer usage and

other tasks where full overhead lighting is not desired.

The integration of occupancy sensors with HVAC relays

lends the option of incorporating heating and cooling

systems into

the occupancy sensor control for

additional energy savings.

• Multi-zone/bi-level lighting maximizes energy savings

through use of both manual and automatic controls

• Oers various lighting settings for dierent tasks and preferences

• Occupancy sensing adds a valuable, low-cost, energy saving technique

• Flexibility with two zone settings, manual switching controls and HVAC integration

• Ideal Applications: Meeting and conference rooms, classrooms, training areas and small commercial spaces

SOLUTION REQUIREMENTS

PRODUCT QUANTITY

Provolt Line Voltage Occupancy Sensor

O2C15-IDW PIR Ceiling Mount Occupancy Sensor

OR 02C20-MDW Multi-Technology Ceiling Mount Occupancy Sensor

Decora Plus Rocker Commercial Grade Switch

56081-2 2

OCCUPANCY SENSING CASE STUDIES

BRONNER’S CHRISTMAS WONDERLAND

Commercial Warehouse Space, Frankenmuth, Michigan

Bronner’s Christmas Wonderland contained a large storage, shipping and receiving

area that was normally illuminated when unoccupied. Leviton divided the warehouse

into separate aisleways, with each aisle containing an OSFHU high-bay ﬁxture-mount

occupancy sensor. Once installed, switching the lights OFF when aisles were unoccupied

equated to a 90% reduction in energy usage.

LAVA BEDS NATIONAL PARK

Parks and Recreation, Tulelake, CA

Lava Beds National Monument contains 47,000 acres of park lands including lava tube

caves, rugged desert terrain and historical sites. Leviton’s LevNet RF products were

selected to help control lighting in common areas, oces and restrooms. The results

were annual savings of approximately 65,000 kWh and $6,400 in energy costs.

Zone 1 Zone 2

Provolt

Multi-Tech

Ceiling

Sensor

Decora®

Wall

Switches

Lighting Control Solutions | Commercial

BEST SOLUTION

OCCUPANCY SENSOR STAIRWELL SOLUTION

PROBLEM: Stairwell contains two relays that are always

ON regardless of occupied state and available natural

light. Relays burn out quickly and increase energy costs.

SOLUTION: By using Provolt Dual Relay Multi-Technology

Occupancy Sensors, load controls are balanced with

alternating relays while utilizing daylighting to extend the

life of the relays.

• Both loads will automatically turn ON when occupancy

is detected

• Load 1 and Load 2 alternate between ON and OFF when

the sensor’s time delay expires, so that one load is

always ON

• While under daylighting control, if the natural light level

is sucient then both loads will be turned OFF,

regardless of occupancy state

• The manual switch can be used to turn only one load

OFF at a time

• Title 24 Compliant

• Ideal Application: Stairwells in oce buildings and

parking garages

SOLUTION REQUIREMENTS

PRODUCT QUANTITY

Occupancy Sensor

O2C05-MDW 2

Down

Provolt

Multi-Tech

Sensor

Load 2

Load 1

Person 1

Exits

Down

Provolt

Multi-Tech

Sensor

Load 2

Load 1

OFF

Down

Provolt

Multi-Tech

Sensor

Load 2

Load 1

Person 2

Exits

Down

Provolt

Multi-Tech

Sensor

Load 2

OFF

Load 1

Person 2

Enters

Person 1

Enters

www.leviton.com/les 11

Lighting Control Solutions | Commercial

PRODUCT QUANTITY

LevNet RF Self-Powered Wireless Occupancy Sensor

WSC12-M9N 1

LevNet RF Remote Switch

WSS0S-D9W 1

LevNet RF Wall Switch Receiver

WSS20-G9N (no neutral), -N9N (neutral) 1

ROOM CONTROL

Leviton Room Control solutions build on the foundation of occupancy sensing to add value and convenience for facilities.

Room controls introduce daylighting capabilities, which takes advantage of natural light entering a space from windows,

skylights and other open spaces. Utilizing daylight to evenly light a room while improving productivity and user experience

diminishes the amount of overhead lighting necessary to light the space.

GOOD SOLUTION

LEVNET RF MULTI-LOCATION SWITCHING

SOLUTION

PROBLEM: Facility wants to implement an occupancy

sensing and daylight harvesting solution, but cannot

interrupt building functionality with a costly wiring

project.

SOLUTION: Versatile, easy-to-retroﬁt and maintenance-

free, LevNet RF oers an ideal energy management

solution. Switches and sensors communicate wirelessly

and respond to ambient light and occupancy within the

space to turn lights ON and OFF.

• Energy harvesting solution is easy to install with no

need to pull or run wires, speeding up installation and

signiﬁcantly reducing costs

• No batteries means associated labor, material and

maintenance costs are eliminated

• Ideal Applications: Private oces, meeting and

conference rooms, hotel rooms and classrooms with

windows and/or skylights

SOLUTION REQUIREMENTS

Zone 1

Self-

Powered

Occupancy

Sensor

Wall

Switch

Receiver

Remote

Switch

Lighting Control Solutions | Commercial

GOOD SOLUTION

IRC 2-ZONE SOLUTION

PROBLEM: Single oce space has a daylighting zone

next to windows and a second interior zone, which

operate at varying levels based on ambient lighting.

SOLUTION: The IRC system allows separate zones to be

controlled individually. Connected occupancy sensors

and photocells account for dierent levels of light and/

or occupancy in each zone. The IRC keeps lights OFF when

the room is unoccupied and allows for dimming the lights

in areas where levels of occupancy are not the same. The

IRC dimming solution creates a more ambient space by

allowing natural light to be utilized in place of overhead

lighting, which reduces energy use while increasing user

satisfaction.

• Cost-eective solution allows separate zones to be

centrally controlled with separate dimming needs for

dierent levels of light and occupancy for each zone

• Adjusts overhead lighting based on daylight present in

each space

• User-friendly system incorporates multiple occupancy

sensors and photocells for streamlined programming

and ease-of-use

• Ideal Applications: Windowed and skylit spaces such

as classrooms, private oces, conference rooms and

small shops

SOLUTION REQUIREMENTS

IRC,

2-Zone

Power

Pack

Zone 1

Zone 2

Multi-Tech

Ceiling

Sensor

Photocell

Lighting

Control

Station

Controlled

Receptacles

PRODUCT QUANTITY

IRC Kit for 2 Zones, 2 Relays - includes IRC, sensor, photocell, and control station

RCD20-102

IRC for 2 Zones, 2 Relays

MZD20-102

Multi-Tech Ceiling Mount Occupancy Sensor

2000SF, OSC20-R0W

Photocell, Indoor

ODC0P-00W

Lighting Control Station

RLVSW-4LW

OPP20 Super Duty Power Pack

OPP20-0D1 1

Marked “Controlled” Receptacles

5362-S1W 1

www.leviton.com/les 13

Lighting Control Solutions | Commercial

BETTER SOLUTION

IRC 3-ZONE DAYLIGHTING & DIMMING SOLUTION

PROBLEM: Room requires manual control of staggered

zones of lights, from the windowed daylighting zone on

back. Additionally, occupants require the ﬂexibility to

manually dim and switch the zones ON and OFF to

accommodate temporary needs for presentations, media

viewing, etc. in order to comply with conservation codes.

SOLUTION: Stagger the dimming of light loads with the

IRC. This room-in-a-box solution includes all necessary

components of a simple 3-zone system, including the

photocell, occupancy sensor and low voltage switch.

The IRC responds to ambient light, occupancy and

manual input signals to dim lighting based on the

needs of each individual zone. Zones can be manually

dimmed to compensate for speciﬁc occupant needs,

such as switching lights near a projection screen OFF

during a presentation.

• IRC oers full-range 1-10V dimming to automatically

adjust light levels based on the amount of daylight in

the space

• Occupancy sensors keep lights OFF when the space

is empty, while the photocell measures and manages

lighting when occupied for better ambience and energy

conservation

• Daylight harvesting of 3 zones oers a more

comfortable, ambient environment which increases

end user satisfaction

• Includes demand response capabilities and plug load

control for conservation code compliance

• Ideal Applications: Education applications, hospital

waiting areas and lobbies

SOLUTION REQUIREMENTS

Multi-Tech

Ceiling

Sensor

Lighting

Control

Station

Zone 1 Zone 2 Zone 3

Photocell

IRC,

3-Zone

Power

Pack

Controlled

Receptacle

PRODUCT QUANTITY

IRC Kit for 3 Zones, 3 Relays - includes IRC, sensor, photocell, and control station

RCD30-101

IRC for 3 Zones, 1 Relays

MZD30-101

Multi-Tech Ceiling Mount Occupancy Sensor

2000SF, OSC20-M0W

Photocell, Indoor

ODC0P-00W

Lighting Control Station

RLVSW-4LW

OPP20 Super Duty Power Pack

OPP20-0D1 1

Marked “Controlled” Receptacles

5362-S1W 1

Zone 1 Zone 2 Zone 3

Wireless

Sensor

Wireless

Sensor

Energy

Harvesting

Wireless

Sensor

Wireless

Sensor

Wireless

Sensor

Wireless

Sensor

Wireless

Sensor

Fixture

Controllerr

Wireless

Sensor

Fixture

Controller

Wireless

Dual Rocker

Wall Station

Wall Switch

Receiver

Wireless

Sensor

Wireless

Dual Rocker

Wall Station

Wireless

Sensor

Fixture

Controller

Area

Controller

Area

Controller

Area

Controller

Area

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Fixture

Controller

Switch

Receiver

Relay

Receiver

Wall Switch

Receiver

Wall Switch

Receiver

Daylighting Zone

Dimming

Photocell

Daylighting Zone

Fixture

Controller

Dimming

Photocell

Receptacle

Daylighting Zone

Receptacle

Dimming

Photocell

Dimming

Photocell

Lighting Control Solutions | Commercial

PROBLEM: Facility with multiple rooms wants to implement one energy management system as a retroﬁt. Some overhead

lights should respond to occupancy sensing and daylighting controls as one controlled zone, while other ﬁxtures require

individual manual and sensing controls.

SOLUTION: LevNet RF system components can be combined to create dynamic lighting options for a variety of spaces.

Zones can be designated in rooms by connecting LevNet RF dimmer modules to ganged ﬁxtures, which respond to the

occupancy sensor, and switch signals to dim lighting by groups of lights incrementally further from daylight sources. In large

open spaces where windows are not present, individual ﬁxtures or small groups of ﬁxtures can be switched ON or OFF by

occupancy sensors and manual switching.

• Easy-to-retroﬁt, energy harvesting technology can be installed and modiﬁed to accommodate evolving needs of the space,

signiﬁcantly reducing labor and material costs

• Create zonal control by assigning one dimmer module to a ganged set of ﬁxtures and an associated switch, or individual

ﬁxture control by placing one line voltage per dimmer module ﬁxture to respond to occupancy sensor signals. The entire

area can be manually controlled ON or OFF by switch for low-cost ﬂexibility.

• Ideal Applications: Schools, college campuses, libraries, municipal buildings, mixed-use commercial and residential spaces

and hospitality

BEST SOLUTION

LEVNET RF ZONAL AND INDIVIDUAL FIXTURE CONTROL

www.leviton.com/les 15

Lighting Control Solutions | Commercial

SOLUTION REQUIREMENTS

ROOM CONTROL CASE STUDY

UC SANTA CRUZ SCIENCE AND ENGINEERING LIBRARY

Post-Secondary Education, Santa Cruz, California

The Science and Engineering Library is one of two libraries that serve

over 16,000 students on the UC Santa Cruz campus. Faced with time

constraints and the high cost of conventional wired technologies, the

energy group chose to use Leviton’s energy harvesting technologies to

achieve their energy goals. LevNet RF receivers paired to self-powered

occupancy sensors and light sensors contributed to the energy retroﬁt

of the existing ﬂuorescent ﬁxtures from T12 to T8 and saved an actual

50% of energy consumption in the facility—an anticipated $48,000

energy cost savings annually.

PRODUCT QUANTITY

LevNet RF Fixture Controller

WSD05-9D0 16

LevNet RF Area Controller

WSD20-9D0 5

LevNet RF Energy Harvesting Occupancy Sensor

WSC12-M9N 11

LevNet RF Wall Switch Receiver

WSS20-9GN 4

LevNet RF Dual Rocker Energy Harvesting Wall Station

WSS0S-D9W 2

LevNet RF Receptacle (15A)

WSG15-S9W or WSG15-D9W 2

ODC0P Low Voltage 1-10V Dimming Photocell

ODC0P-D0W 4

Lighting Control Solutions | Commercial

CENTRALIZED CONTROL

Total facility control from one access point is the goal of Leviton’s Centralized Control Solutions. Relay panels, including the

EZ-MAX Plus and GreenMAX models, integrate multiple room controls into a single system that reduces troubleshooting,

narrows the scope of maintenance and expedites installation, which translates into signiﬁcant labor cost savings. With

advanced features such as GreenMAX’s programmable Behaviors, centralized control systems open up new possibilities for

managing energy use while making the facility safer, smarter and more user-friendly.

GOOD SOLUTION

EZ-MAX PLUS RELAY ZONAL CONTROL

PROBLEM: More precise energy control is required in

the building, such as programming a school’s daily class

schedule.

SOLUTION: EZ-MAX Plus oers programmed energy

management in an aordable, compact, stand-alone

relay panel system. The system can be easily programmed

to automatically turn lights ON or OFF based on planned

times (open/close) or astronomical clock (sunrise/

sunset). Occupancy sensor and photocell integration

enhance programmed settings with daylight harvesting

and ON/OFF occupancy switching.

• Single point of facility control saves on labor and

maintenance costs

• Programmable ON/OFF features consistently keep

lights ON when lighting is needed and OFF when it is

unnecessary

• Time clock feature is useful for controlling common

areas

and site lighting for added safety in courtyards,

parking

lots, etc.

• ASHRAE 90.1 and Title 24* Compliant

• Ideal Applications: Restaurants, oces, houses of

worship and retail spaces

* Note: Receptacle control is not required to meet California Title 24

2013 compliance in classrooms. Visit www.leviton.com/title24 for more

information.

SOLUTION REQUIREMENTS

ezMax 2 zone

EZ-MAX

Plus

Low

Voltage

Switch

Multi-Tech

Ceiling

Sensor

Photocell

Controlled

Receptacles

PRODUCT QUANTITY

EZ-MAX Plus 8-Relay Panel

R08BD-L30 1

Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-RMW 1

Photocell*

ODC0P-00W 1

Low Voltage 2-Button Switch

00LVS-02W 1

Marked “Controlled” Receptacles

CR020-1PW 1

*Upgrade to 1-10V Dimming Photocell ODC0P-D0W for daylight harvesting applications

www.leviton.com/les 17

Lighting Control Solutions | Commercial

BETTER SOLUTION

EZ-MAX PLUS RELAY—A/V CLASSROOM

PROBLEM: Facility seeks to incorporate timing and

astronomical clock control into a facility where

overhead lights are designed to be manually controlled

to accommodate presentations, media viewing, etc.

SOLUTION: The EZ-MAX Plus solution allows for modern

schools to accommodate evolving classroom needs.

Many classes now include dynamic visuals requiring the

use of projection screens, TV and computer monitors

as presentation tools. EZ-MAX Plus can be programmed

to control the lighting zone at the head of the class

separately from the lights over desks.

• Reduce eye strain from trying to watch A/V

presentations in full overhead light

• Allows instructors to adjust lighting in presentation

area while the student zone remains lit by ambient and

overhead lighting for note-taking

• ASHRAE 90.1 and Title 24* compliant

• Ideal Applications: K-12 classrooms, college campuses

and oce training facilities

* Note: Receptacle control is not required to meet California Title 24

2013 compliance in classrooms. Visit www.leviton.com/title24 for more

information.

SOLUTION REQUIREMENTS

Zone 1 Zone 2 Zone 3

ezMax 3 zone

Multi-Tech

Ceiling

Sensor

Photocell

EZ-MAX

Plus

Low

Voltage

4-Button

Switch

Controlled

Receptacles

PRODUCT QUANTITY

EZ-MAX Plus 8-Relay Panel

R08BD-L30 1

Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-RMW 1

Photocell*

ODC0P-00W 1

Low Voltage 4-Button Switch

00LVS-04W 1

Marked “Controlled” Receptacles

CR020-1PW 1

*Upgrade to 1-10V Dimming Photocell ODC0P-D0W for daylight harvesting applications

Lighting Control Solutions | Commercial

PROBLEM: Commercial facility has several rooms that utilize occupancy sensors and daylighting technologies, but does not

require speciﬁc zonal controls.

SOLUTION: Installing several GreenMAX panels allows for similar rooms to be controlled from a central location.

Pre-programmed Behaviors can be set to anticipate daily routine patterns of usage, along with circumstances such as

closures and breaks. GreenMAX system oers demand response capabilities for Title 24 compliance.

• Practical solution for large buildings with many smaller rooms, but not requiring numerous zonal conﬁgurations

• Centralized control for time-settings; ready to integrate with building automation systems

• Ideal Applications: Oce buildings, schools, college campuses, municipal buildings, airports

Photocell

Multi-Tech

Ceiling

Sensor

Photocell

Multi-Tech

Ceiling

Sensor

4-Button

Digital

Switch

Key Switch

4-Button

Digital

Switch

4-Button

Digital

Switch

4-Button

Digital

Switch

1-Button Digital Switch

Multi-Tech

Ceiling

Sensor

Multi-Tech

Ceiling

Sensor

Multi-Tech

Ceiling

Sensor

Multi-Tech

Ceiling

Sensor

Zone 1 Zone 2 Zone 3

Zone 1 Zone 2 Zone 3 Zone 1 Zone 2 Zone 3

Zone 4

Zone 1 Zone 2 Zone 3

Controlled

Receptacles

Controlled

Receptacles GreenMAX

Controlled

Receptacles

GreenMAX

Controlled

Receptacles

BEST SOLUTION

GREENMAX RELAY CONTROL PANEL CAMPUS SOLUTION

www.leviton.com/les 19

Lighting Control Solutions | Commercial

SOLUTION REQUIREMENTS

GREENMAX RELAY SYSTEM COMPONENTS

PRODUCT QUANTITY

GreenMAX Relay Cabinet, 8-Relay Size

R08TC-100 1

GreenMAX Relay Cabinet, 32-Relay Size

R32TC-100 1

GreenMAX Main Command Module

RPM16-316 2

GreenMAX Relay Insert Panel - 8-Relay Size

R0800-000 1

GreenMAX Relay Insert Panel - 16-Relay Size with 16 GreenMAX Dimming

Relays

R1616-1DS

GreenMAX Dimming Relays

RELAY-1DS 8

GREENMAX EXTERNAL SYSTEM COMPONENTS

PRODUCT QUANTITY

GreenMAX Handheld Display Unit (HDU)

RHDUI-300 1

GreenMAX Digital Switch, 4-Button

RDGSW-4DW 4

GreenMAX Digital Switch, 1-Button

RDGSW-1DW 2

GreenMAX Digital Switch, Keyswitch

RGDSW-1KS 1

Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-M0W 6

Photocell

ODC0P-0DW 2

Marked “Controlled” Receptacles

16352-1PW 4

Lighting Control Solutions | Commercial

BEST SOLUTION

GREENMAX ZONAL CONTROL

GreenMAX

Photocell

Multi-Tech

Ceiling

Sensor

MT Ceiling

Mount OS

MT Ceiling

Mount OS

Multi-Tech

Ceiling

Sensor

4-Button

Digital

Switch

4-Button

Digital

Switch

4-Button

Digital

Switch

4-Button

Digital

Switch

1-Button Digital Switch 1-Button Digital Switch

Key Switch

GreenMAX

1-Button Digital Switch

Photocell

MT Ceiling

Mount OS

MT Ceiling

Mount OS

GreenMAX

1-Button Digital Switch

Controlled

Receptacles

Controlled

Receptacles

Controlled

Receptacles

Controlled

Receptacles

PROBLEM: Large commercial space has areas that must be controlled independently, and each room has areas that may

need to be segregated by zone for customizable control. The length and amount of wire needed to bring all room controls to

one centralized location would be labor and cost-prohibitive.

SOLUTION: GreenMAX allows large areas, or rooms divided into zones, to be centrally controlled. Pre-programmed Behaviors

can be set in advance to control rooms on common-use settings or for separate circumstances such as closures and breaks.

GreenMAX system oers demand response capabilities for Title 24 compliance.

• Rooms are equipped with photocells and occupancy sensors to achieve optimal daylight harvesting

• Using the sensors and switches allows shorter and less expensive wiring options

• Incorporating smaller panels allows for less wiring and lower installation and maintenance costs

• Centralized control for time-settings; ready to integrate with building automation systems

• Ideal Applications: Oce buildings, schools, college campuses, municipal buildings, airports

www.leviton.com/les 21

Lighting Control Solutions | Commercial

SOLUTION REQUIREMENTS

GREENMAX RELAY SYSTEM COMPONENTS

PRODUCT QUANTITY

GreenMAX Relay Cabinet, 8-Relay Size

R08TC-100 4

GreenMAX Main Command Module

RPM16-316 4

GreenMAX Relay Insert Panels, 8-Relay Size

R0800-000 4

GreenMAX Dimming Relays

RELAY-1DS 32

GREENMAX EXTERNAL SYSTEM COMPONENTS

PRODUCT QUANTITY

GreenMAX Handheld Display Unit (HDU)

RHDUI-300 1

GreenMAX Digital Switch, 4-Button

RDGSW-4DW 4

GreenMAX Digital Switch, 1-Button

RDGSW-1DW 4

GreenMAX Digital Switch, Keyswitch

RGDSW-1KS 1

Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-M0W 6

Photocell

ODC0P-0DW 2

Marked “Controlled” Receptacles

16352-1PW 4

GREENMAX CASE STUDY

JFK INTERNATIONAL AIRPORT

New York, New York

Receiving more international passengers than any other airport, the JFK

International Airport is the gateway to the United States. As part of a $1.4

billion dollar investment in JFK, Leviton GreenMAX relay control panels were

employed to control general area lighting. The size of the facility proved

challenging, as long network runs between relay panels were required

to connect the Terminal 4 GreenMAX system with the other JFK airport

systems. The GreenMAX system readily handled the challenges of lengthy

network runs and dynamics of one of the world’s largest and busiest

airports. As a result, Levtion enabled Terminal 4 to revolutionize the airport

experience while saving time and conserving energy.

DISTRIBUTED CONTROL

Flexibility, cost-eectiveness and energy eciency are the goals of Leviton’s Distributed Control Solutions. Sector Intelligent

Digital Lighting Control Systems and SectorFlex integrates scheduling, daylighting, occupancy sensing, dimming and manual

control into an intelligent digital lighting control system. The Sector system is easy to design, install and program and provides

energy savings and increased occupant comfort and productivity.

BEST SOLUTION

SECTOR BALLAST INDIVIDUAL CONTROL

Sector Relay

Sector Bus

Controller

Sector

Multi-Tech

Ceiling

Sensor Sector

5-Button

Switch

Sector

5-Button

Switch

Sector

5-Button

Switch

Sector

Photocell

Sector

Photocell

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

5-Button

Switch

Lighting Control Solutions | Commercial

www.leviton.com/les 23

Lighting Control Solutions | Commercial

PROBLEM: New construction is beginning on a facility that will have multiple uses, and may be conﬁgured in dierent ways in

the future based on changing tenants. Each room will be used in unique ways: there will be some cubicle areas where users

would prefer to control lights directly above and around them, and other areas where overhead lights should be controlled as

one seamless unit.

SOLUTION: The Sector solution includes Sector 1-10V LED drivers, controllers, occupancy sensors, photocells and switches

and a GUI software interface for a scalable solution that serves a variety of facilities. Individual control allows occupants to

control their light from their personal computer, and also frees up a space to be used in various, evolving ways. For example,

a large open space can be built with Sector implemented for a retail application, but in the future easily reconﬁgured for

smaller oces and shops. The ﬁxtures can be programmed to work together within the newly deﬁned space with a few

clicks using the GUI software.

• Vary zones of light to any scale, large or small, and change at any time without needing to switch out hardware. One

investment saves on numerous material and labor costs, presenting a superior value to facilities

• Sector combines daylighting technologies with occupancy sensing and manual control, oering a solution which

encompasses all major energy-saving technologies: occupancy sensing, dimming and switching, daylight harvesting and

manual overrides

• Ideal Applications: Newly constructed schools, college campuses, oce buildings, commercial spaces, shopping malls,

airports and other commercial facilities

PRODUCT QUANTITY

Relays

SBCS0-L00 43

Sector Bus Controller

SBP00-00M 1

Sector 5-Button Switch

SDS00-15W 4

Sector Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-MSW 6

Sector Photocell

ODC0P-0SW 2

SOLUTION REQUIREMENTS

Lighting Control Solutions | Commercial

BEST SOLUTION

SECTOR ZONAL LIGHTING WITH RELAY CONTROL

PROBLEM: Existing facility desires the ﬂexible features of the Sector system to control overhead lighting by zones, but the

building has existing non-Sector ballasts. Replacing all ballasts would be cost-prohibitive.

SOLUTION: The Sector solution contains all of the ﬂexibility and features of Sector into a system that can be implemented

with any 1-10V ballast or load. This makes Sector ideal for retroﬁt projects where ballasts already exist. Ballasts can later

be upgraded to Leviton Sector ballasts to allow for energy usage tracking. Sector relays allow the integration of the Sector

system without completing an entire overhaul of a structure’s existing ballast systems.

• Controls lighting areas by zones with the ability to add and merge zones as lighting needs evolve

• Contains all of the ﬂexible options of Sector without requiring immediate replacement of existing ballasts

• Ideal Applications: Retroﬁt applications such as hotels, schools, universities, hospitals, airports, and other pre-existing

structures

Sector

Photocell

Sector Relay

Sector Bus

Controller

Sector

5-Button

Switch

Sector

2-Button

Switch

Sector

2-Button

Switch

Sector

2-Button

Switch

Sector

Photocell

Sector

Multi-Tech

Ceiling

Sensor

Sector

2-Button

Switch

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

Multi-Tech

Ceiling

Sensor

Sector

5-Button

Switch

www.leviton.com/les 25

Lighting Control Solutions | Commercial

SOLUTION REQUIREMENTS

PRODUCT QUANTITY

Sector Relay

SBCS0-L00 15

Sector Bus Controller

SBP00-00M 1

Sector 5-Button Switch

SDS00-15W 2

Sector 2-Button Switch

SDS00-12W 4

Sector Multi-Technology Ceiling Mount Occupancy Sensor

OSC20-MSW 5

Sector Photocell

ODC0P-0SW 2

Lighting Control Solutions | Commercial

VERIFEYE SUBMETERING SOLUTIONS

VerifEye Submetering Solutions enhance any application

by allowing facilities to accurately track actual energy

usage. By measuring energy usage over days, weeks and

months, trends can be identiﬁed and the eectiveness of

conservation eorts can be proven.

Implementing a submetering strategy in your facility is

simple, and with Leviton’s options, scalable to your

project’s needs. Start your solution with VerifEye

Metering Kits, which include the meter (indoor or outdoor)

and required current transformers. Make translation of

data easy with our VerifEye Communication Products and

Software Solutions, which translate data collected from

meters into user-friendly, real-time reports. Leviton helps

facilities implement a metering solution that ﬁts any

project’s needs, regardless of size or requirements. To

learn more, visit www.leviton.com/VerifEye.

VERIFEYE METERING PHILOSOPHY

Consultative Approach Each project is tailored to each

customer’s needs - from a basic meter hardware system

to an advanced communication system that includes

BAS/BMS integration.

Open Protocol By designing open protocol products and operating systems, Leviton ensures ease of communication with

use of Leviton AMR and DAS equipment. The result is scalable, streamlined solutions that are easy to integrate with new and

existing systems.

Scalable System VerifEye solutions can be implemented as an entire solution or in stages, based on the project and the

customer’s needs for ease and ﬂexibility. Options for future upgrades and additions are available with Leviton’s ﬂexible

solution—no need to purchase an entire new system, adding long-term value and cost savings.

VERIFEYE SUBMETERING SOLUTIONS DELIVER ACCURATE INFORMATION FOR:

• Energy monitoring, load proﬁling and benchmarking

• Tenant billing and cost allocation

• Measurement and veriﬁcation (M & V)

• Energy conservation and cost reduction

• Green building initiatives and government mandates

• AMR/BAS/BMS/EMS integration

• Usage aggregation

• Simple energy code compliance for Title 24 as well as LEED and Energy Star projects

See the VerifEye Submetering Solutions section for more information on product oerings.

www.leviton.com/les 27

Sensing Control

SAVE ON ENERGY COSTS

Lighting energy consumption typically accounts for 38% of all energy used in today’s commercial facilities. With rising energy

costs and increased code compliance mandates, turning lights OFF in unoccupied spaces is a necessity. One of the best ways

to ensure that energy is not wasted is by installing occupancy sensors. To learn more, visit www.leviton.com/Sensors.

An E Source survey, focusing only on the addition of occupancy sensors, highlights the signiﬁcant energy savings their

adoption can provide:

TYPICAL SAVINGS WITH OCCUPANCY SENSORS

According to a Midwest Energy Eciency Alliance study, their cost-saving potential is considerable:

SAVE ON MATERIAL AND LABOR COSTS

Though the energy savings from

occupancy sensors remains their most compelling feature, the reduced frequency of lamp

replacement over time and the

associated decline in maintenance costs can also provide signiﬁcant savings. Their ease of

installation makes their use a cost eective and viable energy saving alternative in both new construction and retroﬁt

applications.

40¢

Lighting Design Saves 20%

(equal to 8¢

ft2)

Daylight Harvesting Controls Save 35%

(equal to 13¢ / ft

)

Occupancy Sensors Save 18%

(equal to 6¢ / ft2)

Source: Midwest Energy Eciency Alliance

ANNUAL LIGHTING ENERGY COST ($/SQ.FT.)

-8¢

-13¢

-6¢

Private Oce

(Save 13 to 15%)

Open-Plan Oce

(Save 20 to 28%)

Classroom

(Save 40 to 46%)

Conference Room

(Save 22 to 65%)

Bathrooms

(Save 30 to 90%)

Corridors

(Save 30 to 80%)

Storage Area

(Save 45 to 80%)

www.leviton.com/les 29

Sensing Control

SAVE ON ENERGY CODE COMPLIANCE COSTS

Occupancy and/or vacancy sensors are an integral component of all modern energy codes. Occupancy sensors provide a

very cost-eective means of compliance. They also oer an easy way to achieve higher levels of voluntary certiﬁcation for

implementation of energy saving measures, resulting in potential income tax credits for building owners or tenants who meet

these “green” standards.

ASHRAE STANDARD 90.1 2010

• Requires occupancy sensors that turn lights OFF in all buildings. All spaces must have a lighting control that is either manual-

ON or auto-ON to <50% of lighting load.

• Occupancy sensors required:

- In certain non K-12 classrooms - Conference/meeting rooms /lecture halls - Copy and print rooms

- Oce spaces up to 250 square feet - Restrooms, locker and ﬁtting rooms - Training rooms

- Employee lunch and break rooms - Storage and supply rooms between

(if no multi-scene control is in place) 50 and 1,000 sq ft

• Plug Load Controls: Section 8.4.2 allows for automatic control of 50% of all 125V, 15A and 20A receptacles serving private

oces, open spaces and computer classrooms. Receptacles shall be controlled by an automatic control device such as an

occupancy sensor.

IECC LIGHTING CONTROL PROVISIONS

• Used by government agencies to formulate requirements for minimum energy eciency in commercial building design

• Section 805.2.2.1 allows occupancy sensors to be used in open areas as an alternative to a provision requiring manual

control that uniformly reduces lighting by at least 50%

CALIFORNIA TITLE 24 2013

California Title 24 2013, Part 6, applies to nonresidential and residential high-rise buildings as well as hotel/motel occupancies.

Title 24 compliance is mandatory to legally operating and occupying buildings in California. Key provisions now in eect include:

Area Controls: An occupancy sensor that turns lights OFF within 30 minutes after the space is vacated for all areas enclosed

by ceiling height partitions

Multi-Level Lighting Controls: General lighting for any enclosed space 100 sq. ft. or larger where connected lighting load

exceeds 0.8 watts per sq. ft. for the space and has more than one light source shall have at least one control step that is

between 50% and 70% and allow the power of all lights to be manually turned OFF (Occupancy sensors that switch alternate

rows of lighting ﬁxtures based on occupancy are a possible solution)

Shut-o Controls: For every ﬂoor, all interior lighting must have a separate automatic control – an occupancy sensor or some

other device – capable of automatically shutting o the lighting. Occupancy sensor is required for Oces ≤ 250 sq. ft.;

Multipurpose room < 1000 sq. ft.; Classrooms of any size; Conference rooms of any size. Shall allow lights to be manually shut

o regardless of sensor status.

New Single and Low-Rise Residential Structures: Bathroom, garage, laundry room, utility room and outdoor lighting in

single residences as well as lighting in common areas of low-rise residential buildings with four or more dwelling units must

be from high-ecacy luminaires. If luminaires are used in these locations that are not high ecacy, occupancy sensors must

control them. Lighting in other areas of residential buildings that is not from high-ecacy luminaires is only permitted if

controlled by either a dimmer switch or an occupancy sensor.

Demand Responsive Lighting Controls: Buildings >10,000 sq. ft. require automatic demand responsive lighting controls;

uniformly reduce lighting power consumption ≥ 15%; Exception: Non-habitable spaces and spaces <0.5w/sq. ft. Each luminaire

shall be controlled by at least one of the following:

• Manual Dimming • Automatic Daylight Controls • Demand Response Controls

Self-Contained Devices: Requirements for self-contained lighting controls include time switch controls, automatic daylight

controls, dimmer controls, occupancy, motion and vacancy sensing controls.

Receptacle Control: At least 50% of receptacles in hotel and motel guest rooms shall be automatically turned o via sensor,

captive key switches or automatic controls within 30 minutes after the space is vacated.

LEED VOLUNTARY CERTIFICATION PROGRAM

• Voluntary program developed and administered by the U.S. Green Buildings Council (USGBC)

• Four-tiered rating and certiﬁcation system

• Focus on daylighting to reduce a building’s operating costs and occupancy sensors for better control of lights and HVAC systems

• LEED requires compliance with ASHRAE and as such occupancy sensors are required

For more information, visit leviton.com/cenergycodes.

Sensing Control

ABOUT SENSING TECHNOLOGIES

Passive Infrared (PIR)

Infrared occupancy sensors are passive devices designed to detect the movement of heat-emitting bodies. They are installed

to monitor areas where there are no physical obstructions to block the sensor’s ﬁeld of view.

Ultrasonic (US)

Ultrasonic sensing technology provides highly accurate small-motion detection. Leviton sensors employing ultrasonic

technology are well suited to monitoring areas, especially smaller or narrow ones, with inanimate objects (such as furniture)

that block the line of site and hence are likely to block the ﬁeld of view of PIR sensors. They are also ideal where more

sensitive detection is required.

Multi-Technology

Multi-technology occupancy sensors combine ultrasonic sensing for maximum sensitivity with PIR technology to prevent

false triggers from air conditioning and corridor activity. These sensors are ideal for large, open areas including oce areas

with cubicles, general workspaces, warehouse and storage facilities, cafeterias, and public areas in commercial facilities.

Adaptive Deﬁnition

A dedicated internal microprocessor continually analyzes the room environment and adjusts itself automatically. The internal

timer, detection sensitivity and thresholds are automatically adjusted. Once installed, a sensor incorporating adaptive

technology should not require manual adjustment or calibration.

OCCUPANCY SENSOR INSTALLATION TYPES AND TIPS

Passive Infrared (PIR) Occupancy Sensors

• Use a semiconductor to sense movement of infrared heat from the

human body

• Require an unobstructed line-of-sight for accurate detection—any

furniture or decorations that block the sensor’s view will prevent

occupant’s movement from being “seen”

• Respond to larger movements than ultrasonic sensors

• Work best in small, enclosed areas with high levels of occupant motion

• Locate PIR sensors with a clear line-of-view of the area to be covered,

perpendicular to the likely movement

Ultransonic (U/S) Occupancy Sensors

• Continually transmit ultrasonic sound waves and respond to shifts in

position of a person relative to the sensor (doppler shift), and do not

require an unobstructed line-of-sight

• More eective at sensing motion around corners and in cubicles, and

locations where only small amounts of motion are taking place

• Since U/S sensors are omni-directional, locate sensors away from

doorways, room openings or adjacent areas, or closer than 6 feet of

HVAC ducts to avoid unwanted sensing of motion

• Carpeting, partitions and ceiling tiles will absorb U/S waves and reduce

range, while hard surfaces such as tile or metal will increase sensitivity

• Most eective when mounted at a height of 8 feet or lower

Multi-Technology Occupancy Sensors

• Combine PIR and U/S technology to provide the most reliable

detection means possible, with PIR’s long-range detection and U/S

high sensitivity

• Must be located with an unobstructed line-of-sight view of a room’s

entrance

• Must be located at least 6 feet from HVAC ducts

• Locate where small-motion work occurs, such as desks and

workstations

www.leviton.com/les 31

Sensing Control

ABOUT DIFFERENT SENSOR DESIGNS

SELECTION & PLACEMENT

Sensors can be mounted in the middle of walls, in corners, or on ceilings. Occupancy sensors must be intelligently placed in

order to ensure

that motion is detected throughout an entire space. With a variety of models from which to choose, care

should be taken to select the proper combination of sensors to cover an entire area with motion detection.

Factors to consider before selecting and placing an occupancy sensor include:

• Size and shape of area needing coverage compared to ranges of occupancy sensors

• Obstacles that may block the sensor’s line of sight • How much activity there is in a space • Ceiling height

• Airﬂow that can falsely register as motion • Location of HVAC ducts

OCCUPANCY LAYOUT SERVICES

Leviton’s Lighting and Energy Solutions team provides a complimentary occupancy sensor layout service. This service

provides suggested sensor selection and placement on a customer’s drawings in either paper or electronic form, along

with a bill of material detailing the components necessary for that layout. Register for this complimentary service at

portal.leviton.com.

Sensor Type When to Use

Wall Switch This sensor replaces an existing wall switch. Get both occupancy sensing and manual on/o

switching in a single device.

Ceiling-Mount For 180

or 360

coverage of an area (360

sensor shown).

Wall-Mount For coverage of irregularly shaped areas and those with varying ceiling heights, as well as

narrow hallway and high-bay corridor applications. For detection in spaces outside the ﬁeld of

view of other occupancy Adjustable swivel neck rotates 80° vertically and 60° horizontally to

allow wall or ceiling mount installation.

Fixture-Mount For mounting on or in ﬁxtures.

First 2 Letters 3rd Character: Last 2 Characters – 1st Character of Suffix: 2nd Character of 3rd Character of

type of product sensor technology Suffix: voltage Suffix: color

OS = Occupancy C = Ceiling Mount 02 = 200SF or 2A F = 10 min delayed-OFF for 2nd relay 1 = 120V W = White

Sensor W = Wall Mount 04 = 400SF or 4A G = Neutral not required 2 = 230V I = Ivory

OD = Occupancy P = Power Pack 05 = 500SF or 5A I = Infrared 3 = 347V T = Light Almond

Detector A = Add-A-Relay 10 = 1000SF or 10A M = Multi-technology 4 = 480V G = Gray

WS = Wireless S = Switch Mount 12 = 1200SF or 12A R = Relay (HVAC) 7 = 277V E = Ebony/Black

Sensor F = Fixture Mount 15 = 1500SF or 15A P = Self-powered 8 = 240V R = Red

D = Dimmer 20 = 2000SF or 20A T = CA Title 24 Compliant, 2nd Relay D = 120-277V 0 = N/A

G = Plug 0D = Dual relay U = Ultrasonic U = Universal

R = Room Controller 0S = Self-contained 0 = N/A N = NAFTA/

0 = N/A CG = Cage Q = Auto ON/Auto OFF Only Buy America*

V = Vacancy HU = High Bay 0 = N/A

LR = Long Range

MD = Multi-Tech

Dual Relay

MT = Multi-Tech

Single Relay

RA = Raceway

Adapter

WV = Wide View

UNDERSTANDING SENSOR CATALOG NUMBERS

*Contact Leviton for NAFTA/Buy America compliant occupancy sensors.

Sensing Control | Wireless Self-Powered

WIRELESS SELF-POWERED SENSORS

LevNet RF 902 MHz Wireless Self-Powered Sensors are part of LevNet RF’s complete

line of wireless self-powered solutions. The occupancy sensors have built-in solar

cells that draw on available ambient light within a space to power themselves and can

operate for up to 48 hours in total darkness. The self-powered sensor design also

overcomes the placement and coverage challenges of traditional sensors.

Self-powered sensors enable ﬂexible placement, allowing sensors to be mounted

wherever needed without the complexity of moving or installing new wiring.

SPECIFICATIONS & FEATURES

• Zero Power Consumption: Solar power provides the energy to keep the device on and sensor technology turns the lights

o, eliminating additional expenses to the end user’s energy bill

• Zero External Power Required: With no power wire limitations, this enables the installer to place the sensor in the optimal

location of any application to capture minor motion and reduce false OFFs

• Switching Control of LED drivers

• No Additional Wiring: Self-powered wireless technology eliminates the need to pull additional wire making installation

quick and easy and increasing labor savings with little to no impact to business during conversion

• Advanced Field-of-View: Superior detection for parallel and perpendicular motion; innovative technology detects motion

moving directly towards the sensor; 360° rotation to ﬁne tune location of solar cells and ﬁeld-of-view for the most accurate

sensing possible

IDEAL APPLICATIONS

• Retroﬁts, new construction, restrooms, conference rooms, classrooms, private/executive oces, retail spaces

TESTING & CODE COMPLIANCE

• CA Title 24 /ASHRAE 90.1 Compliant

• FCC Certiﬁed for wireless communication

• Backed by a limited ﬁve-year warranty

LEVNET RF 902 MHZ WIRELESS SELF-POWERED OCCUPANCY SENSORS

SIDE VIEW

TOP VIEW

11 14

14 49

COMMERCIAL GRADE

DESCRIPTION CAT. NO. COVERAGE COLOR

LevNet RF 902 MHz Low Proﬁle Self-Powered PIR Surface Mount

Occupancy Sensor

WSC12-M9N 360°, 1,200SF

White

LevNet RF 902 MHz Self-Powered PIR Wall Mount Occupancy Sensor WSWDR-H9W 180°, 1600SF*

NOTE: For more information on LevNet RF, see the LevNet RF Wireless Self-Powered Solutions section (pages 59-68)

*Multiple lenses included, see data sheet for more coverage information

Side View

6-8 ft

(2.1 -2.4 m)

3 ft

(1 m)

7 ft

(2.2 m)

25 ft

(7.6 m)

35 ft

(10.7 m)

100 ft

(30.48 m)

150 ft

(45.7 m)

Minor Motion

Major Motion

22 ft (6.7 m)

11 ft (3.4 m)

Top View

27°

77°

21.5° 14° 6.5°

Center

Line

3 ft

(1 m)

7 ft

(2.2 m)

25 ft

(7.6 m)

35 ft

(10.7 m)

100 ft

(30.48 m)

150 ft

(45.7 m)

LONG RANGE

WSWDR Field of View (in feet)

WSC12 Field of View (in feet)

www.leviton.com/les 33

Sensing Control | Wall Switch

TESTING & CODE COMPLIANCE

• UL and cUL Listed (ODS10, ODS15, ODS0D-ID, OSSNL OSSMT-MD, MDS10 and MDS15)

• ETL and cETL Listed to UL 508 and CSA C22.2 No. 14 (OSSMT-GD and OSSMD-MD)

• CA Title 20/24 compliant (ODSXX-, and OSSMX models) and meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

DECORA® WALL SWITCH OCCUPANCY SENSORS

Convenient switch and occupancy sensor combo utilizes Decora® wallplates for sleek aesthetics. Advanced passive infrared

technology provides highly accurate monitoring in a variety of commercial and residential applications. The OSSMD and

OSSMT multi-technology unit combines passive infrared and ultrasonic technologies to provide maximum sensitivity with

immunity to false triggering.

Exclusive dual PIR

sensors detect IR

signal

Patented adjustable

blinders block

peripheral signals

Vandal-resistant Fresnel

lens for optimal

ﬁeld of view

Push button

for manual on/o

LED indicator ﬂashes

when sensor

detects motion

Ground clip to ensure

solid connection

Photocell detects light

to enable energy-saving

ambient light override

Time, range and

light adjustments

Robust latching

mechanical relay

Exclusive self-adjusting

feature on

select models

Exclusive Leviton

High Inrush

Circuitry (H.I.S.)

Zero crossing point

ensures maximum

contact life

Additional Features

Sensing Control | Wall Switch

DECORA PIR WALL SWITCH OCCUPANCY AND VACANCY SENSORS

COMMERCIAL GRADE+

DESCRIPTION CAT. NO. RATING COVERAGE COLOR*

Decora PIR Wall Switch Occupancy Sensor ODS06-ID

ODS06-IN

Incandescent: 600W @ 120V. LED Fluorescent: 800VA @

120V, 1500VA @ 277V. 50/60Hz, Motor: 1/4 HP @ 120V

180°,

2100SF

W, I

Decora PIR Wall Switch Occupancy Sensor

347V Only Model ODS10-I3 Incandescent: 3470W @ 347V. LED Fluorescent: 3470W @

347V. 50/60Hz, Motor: 1/4HP @ 347V W

Decora PIR Wall Switch Occupancy Sensor ODS10-ID

Incandescent: 800W @ 120V.

LED

Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

For 50/ 60Hz AC only.

Motor: 1/4HP @ 120V

W, I, T,

G, E, R

Decora PIR Wall Switch Vacancy Sensor ODS10-TD W, I, T

Decora PIR Wall Switch Occupancy Sensor- Auto-ON/

Auto-OFF Only Model ODS10-IQ W, I, E

Decora PIR Wall Switch Occupancy Sensor with

Self-Adpative Technology - Lev-Lok Model MDS10-ID W, I, T,

G, E

Decora PIR Wall Switch Occupancy Sensor

with Self-Adaptive Technology ODS15-ID

ncandescent: 1800W @ 120V.

LED

Fluorescent: 1800VA @ 120V,

4000VA @ 277V.

50/60Hz.

Motor: 1/4HP @ 120V

Decora PIR Wall Switch Occupancy Sensor with

Self-Adaptive Technology - Vacancy Model ODS15-TD W, I, T

Decora PIR Wall Switch Occupancy Sensor with

Self-Adaptive Technology - Lev-Lok Model MDS15-ID W, I, T,

G, E

Decora Dual-Relay PIR Wall Switch Occupancy Sensor

with Self-Adaptive Technology.

Default setting = Conference Room mode,

alternate setting = Classroom mode**

ODS0D-ID

Primary Relay–

LED

Fluorescent: 1200VA @ 120V,

2700VA @ 277V; Incandescent: 800W @ 120V.

Secondary Relay–

LED

Fluorescent: 800VA @ 120V,

1200VA @ 277V; Incandescent: 800W @ 120V. 50/60Hz.

W, I, T,

G, E, R

Decora PIR Wall Switch with LED Night Light OSSNL-ID Incandescent: 800W @ 120V.

LED

Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

50/60Hz.

Motor: 1/8 HP @ 120V

W, I, T,

G, E

Decora PIR Wall Switch with LED Night Light, CA Title

24 - Vacancy Model OSS10-IN W, I, E

Protective Cage for Wall Switch Sensors OSWWG-POW — — W

RESIDENTIAL GRADE

DESCRIPTION CAT. NO. RATING COVERAGE COLOR*

Decora PIR Wall Switch Vacancy Sensor, Single-Pole IPV02-1L 300W Incandescent/FL Ballast, 150W LED/CFL,

1/6 HP Motor, 2.5Amp Resistive

180°,

900SF

W,T

Decora PIR Wall Switch Occupancy Sensor, Single-Pole IPS02-1L W, I, T

Decora PIR Wall Switch Vacancy Sensor, Single-Pole IPV05-1L 600W Incandescent/LED FL Ballast, 150W LED/CFL,

1/6HP Motor, 5A Resistive Z

Decora PIR Wall Switch Occupancy Sensor, Single-Pole IPS05-1L

Decora PIR Wall Switch Occupancy Sensor, Single-Pole

or 3-Way IPS06-1L 600W Incandescent, 150W LED W

Decora PIR Wall Switch Dimming Vacancy Sensor,

Single-Pole or 3-Way IPVD6-1L

600W Incandescent, 150W LED/CFL

Decora PIR Wall Switch Dimming Occupancy Sensor,

Single-Pole or 3-Way IPSD6-1L

Decora Wall Switch Relay Vacancy Sensor, Single-Pole

or 3-Way IPV15-1L 1800W Incandescent, 600W LED/CFL,

1800VA Fluorescent Ballast, 1/2 HP

180°,

900SF,

neutral

required

Decora Wall Switch Relay Occupancy Sensor,

Single-Pole, 3-Way IPS15-1L

Decora Sensor Remote, 120VAC, Manual-ON, Auto-OFF,

For use with IPS15 or IPV15 Sensor IPVOR-1L — —

DECORA RESIDENTIAL GRADE WALL SWITCH HUMIDITY SENSOR AND FAN CONTROL

DESCRIPTION CAT. NO. RATING COLOR*

Humidity Sensor & Fan Control IPHS5-1L 600W Incandescent, 150W LED/CFL400VA MLV/Fluorescent,

1/6 HP (3A) Fan W, I, T

Z — Comes packaged with three colors: White, Ivory and Light Almond.

www.leviton.com/les 35

Sensing Control | Wall Switch

DECORA MULTI-TECHNOLOGY WALL SWITCH OCCUPANCY AND VACANCY SENSORS

COMMERCIAL GRADE+

DESCRIPTION CAT. NO. RATING COVERAGE COLOR*

Decora Multi-Technology Wall Switch

Occupancy Sensor with Self-adaptive Technology

OSSMT-MD

Incandescent/Tungsten: 800W @ 120V.

LED Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

Motor: 1/4HP @ 120V, 50/60 Hz

180°,

2400SF

W, I, T, G,

E, R

Decora Multi-Technology Wall Switch Sensor -

Vacancy Model OSSMT-TM

Incandescent/Tungsten: 800W @ 120V.

LED Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

Motor: 1/4HP @ 120V, 50/60 Hz

W, I, T

Decora Multi-Technology Wall Switch

Occupancy Sensor - Auto-ON/Auto-OFF Only Model OSSMT-MQ

Incandescent/Tungsten: 800W @ 120V.

LED Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

Motor: 1/4HP @ 120V, 50/60 Hz

W, I, E

Decora Multi-Technology Wall Switch Occupancy

Sensor - 347V Only Model OSSMT-M3

Incandescent/Tungsten: 800W @ 120V.

LED

Fluorescent: 1200VA @ 120V, 2700VA @ 277V,

1500VA @347V

. Motor: 1/4HP @ 120V.

W, I

Decora Multi-Technology Wall Switch Occupancy

Sensor. No neutral wire required for installation. OSSMT-GD

Incandescent/Tungsten: 800W @ 120V.

LED Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

Motor: 1/4HP @ 120V, 50/60 Hz

W, I, T, G,

E, R

Decora Multi-Technology Wall Switch Sensor with No

Neutral - Vacancy Model OSSMT-GT W, I, T

Decora Multi-Technology Wall Switch Occupancy

Sensor with No Neutral -Auto-ON/Auto-OFF Only Model OSSMT-GQ W, I, E

Decora Multi-Technology Wall Switch Occupancy

Sensor with No Neutral -Lev-Lok Model MSSMT-GD

Incandescent/Tungsten: 800W @ 120V.

LED Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

60 Hz. Motor: 1/4HP @ 120V.

W, I, T,

G, E

Decora Dual-Relay Multi-Technology Wall Switch

Occupancy Sensor with Self-Adaptive Technology

OSSMD-MD Primary Relay:

LED

Fluorescent: 1200VA @ 120V, 2700VA @ 277V.

Incandescent: 800W @ 120V.

Secondary Relay:

LED

Fluorescent: 800VA @ 120V, 1200VA @ 277V.

Incandescent: 800W @ 120V.

Motor: 1/4HP @ 120V, 50/60 Hz

Decora Dual-Relay Multi-Technology Wall Switch

Occupancy Sensor with Self-Adaptive Technology.

No neutral wire required for installation.

OSSMD-GD

Protective Cage for Wall Switch Sensors OSWWG-POW — — W

* Add to end of catalog number sux for color of switch: White (W), Ivory (I), Light Almond (T), Gray (G), Ebony (E) and Red (R) available on select models.

Wallplates sold separately.

** In Conference Room Mode, both primary and secondary relays respond to ambient light override. In Classroom Mode, primary relay responds only to ambient

light override.

+ Consult with factory for 208, 220, 230 and 240V models.

Sensing Control | Wall Switch

4.11

(104.4)

2.66

(67.5)

1.75

(44.5)

1.35

(33.6)

OSSMT-MD/OSSMT-GD/OSSMT-GT/

OSSMT-GQ, MSSMT-GD

Multi-Technology Sensor

OSSMD-MD

Multi-Tech Dual Relay Sensor

DECORA WALL SWITCH VACANCY & OCCUPANCY SENSORS DIMENSIONS

ODS10-ID/ ODS10-TD/ODS10-IQ/MDS10-ID/

ODS15-ID /ODS15-TD/MDS15-ID

4.11

(104.4)

2.66

(67.5)

1.75

(44.5)

1.35

(33.6)

ODS0D-ID

4.13

(104.8)

2.72

(69)

1.75

(44.5)

1.75

(44.5)

IPS02, IPV02, IPS05, IPV05,

IPS06, IPS15, IPV15

4.13

(104.8)

2.72

(69)

1.75

(44.5)

1.75

(44.5)

IPSD6, IPV06

OSSNL-ID /OSS10-IN

Shown with Night Light ON

IPHS5

4.13

(104.8)

2.72

(69)

1.75

(44.5)

1.75

(44.5)

www.leviton.com/les 37

Sensing Control | Wall Switch

DECORA WALL SWITCH VACANCY & OCCUPANCY SENSOR FIELDS OF VIEW

SIDE VIEW

TOP VIEW

30 301001020 20

SIDE VIEW

TOP VIEW

30 301001020 20

SIDE VIEW

TOP VIEW

30 301001020 20

360° High-Bay

(White lens)

360° Low-Bay

(Blue lens)

OSFHU Field of View (in feet)

Aisle Mask

10' 10'8'

6' 4' 2' 0' 2' 4' 6' 8'

TOP VIEW

SIDE VIEW

8’

6’

4’

2’

0’

10'

0’

OSF10 Field of View

(in feet)

OSSXX-ID/ODSXX-ID

Field of View (in feet) OSSMT Field of View (in feet)

TOP VIEW

SIDE VIEW

ODSXX-ID

15 40

Minor Motion, IR

Major Motion, IR

TOP VIEW

SIDE VIEW

20 40

Minor Motion

= Dual Technology coverage. This also represents the

maximum ultrasonic range coverage.

or Mot

on, PIR Ma

or Mot

on, U/S

Major Motion, PIR Major Motion, U/S

IPSD6/IPVD6,

IPS02/IPV02/IPS05/IPV05,

IPS06, IPS15/IPV15 (in feet)

SIDE VIEW

15 30

0 8 27

TOP VIEW

IPHS5-1L Field-of-View

TOP VIEW

0’

15’

15 30

10’

15’

6’

IPHS5-1L Field-of-View

SIDE VIEW

5827

10’

6’

Sensing Control | Self-Contained

PROVOLT SELF-CONTAINED CEILING-MOUNT OCCUPANCY SENSORS —

DAYLIGHT HARVESTING CAPABLE

PROVOLT SELF-CONTAINED SENSORS — DAYLIGHT HARVESTING CAPABLE MODELS

The Leviton Provolt Series of Occupancy Sensors features self-contained line-voltage occupancy sensors and photocells in

one unit. The integrated design alleviates the need for separate power pack, occupancy sensor, and photocell wiring making

it a low-cost and ecient energy management solution for new construction and retroﬁts. For true daylight harvesting

applications, integrated photocells provide consistent daylight design levels by actively switching the connected load(s)

ON and OFF in response to available natural light to maximize energy savings. The Provolt Series also includes a line of

vacancy sensors that features selfcontained line-voltage vacancy sensing technology.

FEATURES

• Includes occupancy sensing, daylight harvesting, and

manual-ON/auto-OFF override control in a single unit

• Provides additional energy savings with true daylight

harvesting capabilities

- Occupancy sensor models include an angled light pipe

and ﬂat light pipe for open loop and closed loop

daylight harvesting applications

- Auto-Calibration – photocell intelligently measures light

levels to determine optimal daylight design levels for

closed loop applications

• Switching Control of LED drivers

• Dual Relay Modes Include:

- Fan Control

- Auto ON/Manual ON

- Stairwell Control

- Step Dimming - Alternating Daylighting Levels

- Step Dimming - Load 1 Primary

• Auto-adapting - time delay and sensitivity are continually

adjusted to room occupancy pattern

• Output short circuit protection - protection against low

voltage wiring errors

• BMS input/emergency override

• Industry-exclusive self-conﬁguring local manual switch

input supports momentary and maintained switches —

no special control stations required

• Industry-exclusive “fail-safe” circuitry assures lights ON

to meet life safety requirements

• Industry-exclusive High Inrush Stability (H.I.S.) technology

for unmatched durability and service

• Mechanically held 10A latching relay provides

dependability and robust performance for all load types

• Zero-crossing circuitry for extended life of the relay

• Simpliﬁed commissioning

• Visual LED status indicators

• Lenses are easily replaceable and color-coded for

contractors and end-users to easily identify lenses from

the ground:

- Mid-Range: Red — included with multi-technology and

PIR models

- High Density: Blue

- Extended Range: Black

• Integrated photocell tested to less than 1 FC accuracy

• Easy installation into junction boxes with Leviton

exclusive screw guides, coasters and terminal blocks

• Tested to exceed 2 million switching cycles under

standard loads

• Passed rigorous NEMA410 testing for electronic ballast

rating

TESTING & CODE COMPLIANCE

• CA Title 24 Compliant, UL773A (Occupancy Standard),

UL924 (Emergency Equipment), cUL Listed, CE Compliant,

NOM Certiﬁed, RoHS Compliant, NY LLC48 Compliant

DESCRIPTION CAT. NO. COVERAGE COLOR INPUT VOLTAGE, RATING

Provolt Line Voltage Ceiling Mount PIR Occupancy Sensor

w/Integrated Photocell, High-Density Lens installed,

Mid-Range Lens included

ODC04-IDW

O2C04-IDW

(Dual Relay)

450SF,

120-277V

120V, 50/60Hz

8A, Electronic Ballast,

800W/VA, Tungsten Ballast,

1/4 HP Motor

230V, 50Hz

6A/6AX, Electronic Ballast,

Magnetic Ballast,

1200W/VA, 1/3 HP Motor

230V, 50Hz

6A, Electronic Ballast,

1200VA, 1/3 HP Motor

Provolt Line Voltage Ceiling Mount PIR Occupancy Sensor

w/Integrated Photocell, Extended Range Lens installed,

Mid-Range Lens included

ODC15-IDW

O2C15-IDW

(Dual Relay)

1500SF,

120-277V

Provolt Line Voltage Ceiling Mount U/S Occupancy

Sensor w/Integrated Photocell, Extended Range Lens

installed

ODC05-UDW

O2C05-UDW

(Dual Relay)

500SF,

120-277V

Provolt Line Voltage Ceiling Mount U/S Occupancy

Sensor w/Integrated Photocell, Extended Range Lens

installed

ODC10-UDW

O2C10-UDW

(Dual Relay)

1000SF,

120-277V

www.leviton.com/les 39

Sensing Control | Self-Contained

PROVOLT SELF-CONTAINED CEILING-MOUNT VACANCY SENSORS

ODC20-MDW

Flat Light Pipe

ODC20-MDW (top view)

Angled Light Pipe

PROVOLT SELF-CONTAINED CEILING MOUNT OCCUPANCY SENSORS —

DAYLIGHT HARVESTING CAPABLE

DESCRIPTION CAT. NO. COVERAGE COLOR INPUT VOLTAGE, RATING

Provolt Line Voltage Ceiling Mount PIR Vacancy Sensor

O3C15-IDW

04C15-IDW

(Dual Relay)

1500SF,

120-277V

120V, 50/60Hz

8A, Electronic Ballast,

800W/VA, Tungsten Ballast,

1/4 HP Motor

230V, 50Hz

6A/6AX, Electronic Ballast,

Magnetic Ballast, 1200W/VA,

1/3 HP Motor

277V, 50/60Hz

5A, Electronic Ballast,

1200VA, 1/3 HP Motor

Provolt Line Voltage Multi-Technology Ceiling Mount

Vacancy Sensor

O3C10-MDW

04C10-IDW

(Dual Relay)

1000SF,

120-277V

Provolt Line Voltage Multi-Technology Ceiling Mount

Vacancy Sensor

O3C20-MDW

04C20-IDW

(Dual Relay)

2000SF,

120-277V

DESCRIPTION CAT. NO. COVERAGE COLOR INPUT VOLTAGE, RATING

Provolt Line Voltage Ceiling Mount U/S Occupancy

Sensor w/Integrated Photocell, Extended Range

Lens installed

ODC20-UDW

O2C20-UDW

(Dual Relay)

2000SF,

120-277V

277V, 50/60Hz

5A, Electronic Ballast,

800W/VA, Tungsten Ballast,

1/3 HP Motor

230V, 50Hz

6A/6AX, Electronic Ballast,

Magnetic Ballast, 1200W/VA,

1/3 HP Motor

277V, 50/60Hz

5A, Electronic Ballast,

1200VA, 1/3 HP Motor

Provolt Line Voltage Ceiling Mount Multi-Technology

Occupancy Sensor w/Integrated Photocell, Extended

Range Lens installed

ODC05-MDW

O2C05-MDW

(Dual Relay)

500SF,

120-277V

Provolt Line Voltage Ceiling Mount Multi-Technology

Occupancy Sensor w/Integrated Photocell, Extended

Range Lens installed, Mid-Range Lens included

ODC10-MDW

O2C10-MDW

(Dual Relay)

1000SF,

120-277V

Provolt Line Voltage Ceiling Mount Multi-Technology

Occupancy Sensor w/Integrated Photocell, Extended

Range Lens installed, Mid-Range Lens included

ODC20-MDW

O2C20-MDW

(Dual Relay)

2000SF,

120-277V

Sensing Control | Self-Contained

Minor Motion, Infrared

Major Motion, Infrared

SIDE VIEW

7 12 12 5 9

5 3

TOP VIEW

0510 15 20 2530 25 20 15 10 530

TOP VIEW

SIDE VIEW

TOP VIEW

20 11 11 15 15 5.6 5.6 9 9 3 3 20

11.5

8.5

2317

05 10 20

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

TOP VIEW

11.5

8.5

TOP VIEW

2323 1717 0

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

FIELD OF VIEW FOR PROVOLT SELF-CONTAINED CEILING-MOUNT SENSORS

PROVOLT SERIES INFRARED SENSORS

ODC04-IDW, O2C04-IDW

(High Density: Blue Lens)

ODC15-IDW, O3C15-IDW,

O2C15-IDW, O4C15-IDW

(Extended Range: Black Lens)

Mid-Range Lens — Mounting up to

20 feet (Included with all PIR and

Multi-Tech Models)

PROVOLT SERIES ULTRASONIC SENSORS

ODC05-UDW, O2C05-UDW ODC10-UDW, O2C10-UDW

11.5

32 3222.5 22.5

TOP VIEW

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

ODC20-UDW, O2C20-UDW

www.leviton.com/les 41

Sensing Control | Self-Contained

TOP VIEW

11.5

8.5

Major Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

11.5

035.6 9111517 20 23

SIDE VIEW

TOP VIEW

Major Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

11.5

8.5

11.5

0 335.65.699 1111 1515 1717 2020 2323

SIDE VIEW

TOP VIEW

Major Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

11.5

8.5

11.5

0 335.55.599 1111 1515 22.522.5 2020 3232

SIDE VIEW

0510 15 20 2530 25 20 15 10 530

TOP VIEW

SIDE VIEW

FIELD OF VIEW FOR PROVOLT SELF-CONTAINED CEILING-MOUNT SENSORS

PROVOLT SERIES MULTI-TECHNOLOGY SENSORS

ODC05-MDW, O2C05-MDW

(High Density: Blue Lens)

Multi-Range Lens — Mounting up to 20 feet

(Included with all PIR and Multi-Tech Models)

ODC10-MDW, O3C10-MDW,

O2C10-MDW, O4C10-MDW

(Extended Range: Black Lens)

ODC20-MDW, O3C20-MDW,

O2C20-MDW, O4C20-MDW

Sensing Control | Self-Contained

*When surface mounted on standard, 8-foot ceiling.

SELF-CONTAINED OCCUPANCY SENSORS

SPECIFICATIONS & FEATURES

• Sensor and switching relay combined in a single, self-contained unit—no control

unit (power pack) required

• Switching control of LED drivers

• Ambient light override option prevents lights from turning on when there is ample

natural light

• ODC and ODW Power Base Combo Sensors combine sensors with the OPB15

Power Base Adaptor to convert low voltage sensors into self-contained line

voltage sensors for immediate energy savings

• Adjustable delayed-OFF-time settings from 20 seconds (for test mode) to

15 minutes

• Small, unobtrusive self-contained unit

Ideal Uses

• Storage areas, small bathrooms, copy rooms, and a variety of small spaces

without wall switches

TESTING & CODE COMPLIANCE

• UL/cUL Listed

• CA Title 24 compliant and meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

ODC0S-I1W

ODC0S-I Field of View (in feet)

COMMERCIAL GRADE

DESCRIPTION CAT NO. RATING COVERAGE COLOR

Self-Contained PIR Ceiling

Mount Occupancy Sensor

and Switching Relay, 120V

ODC0S-I1W

Incandescent: 1000W

@120V. LED Fluorescent:

1000VA @ 120V.

Motor: 1HP @ 120V.

For 50/60Hz

360°, 530SF* WhiteSelf-Contained PIR Ceiling

Mount Occupancy Sensor

and Switching Relay, 220V

ODC0S-I2W

Incandescent: 1000W

@220V. LED Fluorescent:

500VA @ 220V.

For 50Hz AC only

Self-Contained PIR Ceiling

Mount Occupancy Sensor

and Switching Relay, 277V

ODC0S-I7W LED Fluorescent: 2700VA

@277V. For 50/60Hz

Protective Cage for

Ceiling Mount Sensors ODCCG-000 - - -

SELF-CONTAINED PIR CEILING MOUNT OCCUPANCY SENSORS

www.leviton.com/les 43

Sensing Control | Line Voltage

LINE VOLTAGE SENSORS WITH FACTORY INSTALLED OPB15 POWER BASE ADAPTOR

DESCRIPTION CAT NO. RATING COVERAGE COLOR

Line Voltage Wall Mount

Multi-Technology

Occupancy Sensor with

Power Base Combo

ODW12-MDW

15A, 120V Incandescent;

15A,

277V Fluorescent

Ballast; Motor: 3/4 HP @

120V

, 277V @ 2HP

1200SF

White

Line Voltage Wall Mount

PIR Wide View

Occupancy Sensor with

Power Base Combo

ODWWV-IDW 115°, 2500SF

Line Voltage Wall Mount

PIR Wide View

Occupancy Sensor with

Power Base Combo

ODWHB-IDW 55ft.,7ft. side

@30ft. high

Line Voltage Wall Mount

PIR Long Range

Occupancy Sensor with

Power Base Combo

ODWLR-IDW 100ft., 110°

@ 10ft. high

TESTING & CODE COMPLIANCE

• UL/cUL Listed

• CA Title 24 compliant and meets ASHRAE Standard 90.1 2010 requirements

• ARRA Compliant

• Backed by a limited ﬁve-year warranty

5.50

(139.7)

5.0

(127)

2.80

(71.1)

LINE VOLTAGE WALL MOUNT SENSORS

COMMERCIAL GRADE

ODWxx

Sensing Control | Line Voltage

SELF-CONTAINED PIR FIXTURE-MOUNT HIGH-BAY & INTEGRAL LUMINAIRE OCCUPANCY SENSORS

SPECIFICATIONS & FEATURES

PIR Fixture-Mount High-Bay Occupancy Sensor

• Universal unit includes interchangeable lenses for 360° high-bay and 360° low bay at no additional cost

• Cold storage models for applications as low as -40° F and 480V models available in non-neutral versions

• Switching control of LED drivers

• Mounts directly to industrial-style ﬂuorescent luminaires or electrical junction box

• Self-contained PIR sensor and relay turn individual ﬁxtures ON/OFF based on occupancy

• Up to 40 ft mounting height for quick and easy installation 42” leads included

• Relay uses zero-crossing circuitry for enhanced reliability and long-life operation

• Bright green LED status indicator blinks to signify that the sensor is functioning properly

• Delayed-OFF time adjustment from 30 sec to 20 min

• Oset Adaptor Accessory snaps into 1/2" knockout to position sensor below ﬁxture body for improved

ﬁeld of view with deep-body ﬁxtures

Infrared Fixture Mount Integral Luminaire Occupancy Sensor

• Easy installation with longer 21” leads allows for easy connection to any ballast eliminating the need to splice

additional wiring

• Integrated photocell prevents lights from turning ON when room is illuminated by natural light for maximum energy savings

• 8’ to 10’ mounting heights

• Adjustable Time Delay and Light Level dials located on sensor housing for easy access

Ideal Uses:

• OSFHU: Commercial facilities with high ceilings, including warehouses, manufacturing, cold storage, and others.

• OSF10: Task lighting, cabinet lighting, cubicles, small bathroom lighting.

TESTING & CODE COMPLIANCE

• UL/cUL Listed • CA Title 24 compliant

• Backed by a limited ﬁve-year warranty

Agency Listings & Code Compliance: UL/cUL Listed and CA Title 24 Compliant * Available in White only. Consult with factory for 208, 220, 230 and 240V models.

DESCRIPTION CAT. NO. RATING COVERAGE

Fixture Mount High-Bay PIR Occupancy

Sensor with Two

Interchangeable Lenses

for 360° High-Bay, 360° Low Bay

OSFHU-ITW (120-230-277-347V)

OSFHU-CTW (cold storage)

OSFHU-I4W (480V)

OSFHU-C4W (cold storage)

Fluorescent: 800VA

120V,

1200VA

277V, 1500VA

347V,

2400VA

480V (OSFHU-x4W

models only). 50/60Hz.

Motor: 1/4 HP

120V

360° high-bay lens - 2:1 spacing

to mounting height under 20 ft.

and 1.5:1 spacing to mounting

height @ 40 ft 360° low-bay lens

- 2:1 spacing to mounting height

@ 8 ft. to 20 ft.

Fixture Mount High-Bay PIR Occupancy

Sensor with Two

Interchangeable Lenses

and Light Sensor, Low Voltage OSFHP-ILW (24V) Input: 20mA, Output: 120mA,

HVAC: 1A, 30VDC

Fixture Mount High-Bay PIR Occupancy

Sensor with Two

Interchangeable Lenses

and Light Sensor

OSFHP-ITW (120-230-277-347V)

OSFHP-I4W (240-480V)

Dual Relay:

OSFHD-ITW (120-230-277-347V)

OSFHD-CTW (cold storage)

Fluorescent: 800VA @ 120V,

1000VA @ 230VAC, 1200VA @

277VAC, 1500VA @ 347VAC,

2000VA @ 480VAC, 50/60Hz.

Motor: 1/4 HP @ 120V

Fixture Mount High-Bay

PIR Occupancy

Sensor with

Two

Interchangeable Lenses

and Alternating Relay

OSFHD-IAW (120-230-277-347V)

OSFHD-CAW (cold storage)

Surface Mount PIR High Bay

Occupancy Sensor OSFHS-ITW

800VA @ 120VAC Ballast

1200VA @ 277VAC Ballast

1500VA @ 347VAC Ballast;

Motor: 120V @ 1/4 HP

55ft., 7 ft side @ 30 ft high

Integral Luminaire Fixture Mount PIR

Occupancy Sensor

OSF10-I0W (120-230-277V)

OSF10-IUW 240VDC

OSF10-PPW (power pack)

(120-230-277V)

OSFCA-36W (36” connection cable)

Incandescent: 598W @ 120V.

Fluorescent: 800VA @ 120 VAC,

1000VA @ 230VAC, 1200VA @

277VAC 50/60Hz.

360°, 1:1 spacing to mounting

height up to 8’

Lenses for High-Bay Sensors OSFLN-00W (High-Bay Lens)

OSFLN-00B (Low-Bay Lens) ——

Offset Adaptor Accessory for Fixture-

Mount High-Bay Occupancy Sensor OSFOA-00W

OSFLO-00W ——

Protective Cage for High-Bay Sensors OSFCG-00W ——

COMMERCIAL GRADE†

OSF10

OSFHU

www.leviton.com/les 45

Sensing Control | Low Voltage

11.5

8.5

20 TOP VIEW

SIDE VIEW

OCS05-M0W

020 2317

11 15

5.6 9

OSC05-M0W Field of View (in feet)

11.5

8.5

SIDE VIEW

TOP VIEW

2323 1717

OSC10-M0W

111115 1520 2099 33 0 5.65.6

OSC10-M0W Field of View (in feet)

11.5

SIDE VIEW

TOP VIEW

OSC20-M0W

0335.5 5.59911 1115 1520 20

32 3222.5 22.5

OSC20-M0W Field of View (in feet)

1.55

(39.4)

4.20

(106.7)

4.20

(106.7)

1.55

(39.4)

OSC20-M0W

OSC05-M0W

CEILING MOUNT MULTI-TECHNOLOGY OCCUPANCY SENSORS

These advanced motion sensors combine infrared and ultrasonic technology for highly accurate monitoring without false

triggers. All-digital self-adjusting technology provides "install and forget" solution for automatic lighting control. Available

a variety of coverage patterns to suit many applications. Use with Leviton Power Pack.

SPECIFICATIONS & FEATURES

Functional

• Ultrasonic sensing for maximum sensitivity combined with passive infrared (PIR)

sensing to prevent false triggers from air conditioning and corridor activity

• Self-adjusting settings continuously analyze and adjust sensitivity, timer operation,

and air current compensation for reliable, long-term performance

• Isolated relay supports HVAC or other Class 2 low voltage signals

• Supports 24VAC/VDC power supplies

• Ambient light override prevents lights from turning on when there is ample natural light

• Manual delayed-o-time settings of 30 seconds to 30 minutes

• Self-adjusting delayed-o-time interval settings for 30 seconds to 30 minutes

• Compensates for real-time occupancy patterns—prevents unnecessary on/o switching

• Non-volatile memory preserves all automatic and manual settings during power outages

Physical

• Small, unobtrusive unit blends in with any décor

• Fast, simple installation using 4 color-coded low-voltage wires and a single mounting post

• Compatible with Wiremold® surface raceways for mounting to hard ceilings

Ideal Uses

• Classrooms, oce areas with cubicles, cafeterias, and public areas in commercial facilities

TESTING & CODE COMPLIANCE

• CUL/US, FCC and NOM Certiﬁed

• CA Title 24 compliant and meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

DESCRIPTION CAT. NO.

OPERATING

FREQUENCY COVERAGE COLOR

Multi-Technology Ceiling Mount Occupancy Sensor OSC05-M0W 40kHz 180°, 500SF

O-WhiteMulti-Technology Ceiling Mount Occupancy Sensor OSC10-M0W 360°,1000SF

Multi-Technology Ceiling Mount Occupancy Sensor OSC20-M0W 32kHz 360°, 2000SF

Multi-Technology Ceiling Mount Occupancy Sensor with Isolated Relay OSC05-RMW 40kHz 180°, 500SF

WhiteMulti-Technology Ceiling Mount Occupancy Sensor with Isolated Relay OSC10-RMW 360°, 1000SF

Multi-Technology Ceiling Mount Occupancy Sensor with Isolated Relay OSC20-RMW 32kHz 360°, 2000SF

Power Base Adaptor OPB15-0DW - -

O-White

Cosmetic Adaptor OPBCA-00W - -

Protective Cage for Ceiling-Mount Sensors ODCCG-000 - -

NOTE: Use low-voltage wiring to connect sensors to OSPXX Power Pack.

COMMERCIAL GRADE

Sensing Control | Low Voltage

4.20

(106.7)

1.34 (34.0)

OSC05-U0W

4.20

(106.7)

1.34 (34.0)

OSC20-U0W

ULTRASONIC CEILING-MOUNT OCCUPANCY SENSORS

Advanced ultrasonic sensing technology for highly accurate monitoring, including small-motion

detection. All-digital self-adjusting technology provides an "install and forget" solution for

automatic lighting control. Use with Leviton Power Pack.

SPECIFICATIONS & FEATURES

Functional

• Ultrasonic sensing for maximum range and sensitivity combined with accurate small-motion

detection

• Self-adjusting settings continuously analyze and adjust sensitivity, timer operation, and air

current compensation for reliable, long-term performance

• Ambient light override to prevent lights from turning on when there is ample natural light

• Manual delayed-o-time settings of 30 seconds to 30 minutes

• Self-adjusting delayed-o time interval settings for 30 seconds to 30 minutes.

Compensates for real-time occupancy patterns—preventing unnecessary ON/OFF switching

• Non-volatile memory preserves all automatic and manual settings during power outages

Physical

• Small, unobtrusive unit blends in with any décor

• Fast, simple installation using 4 color-coded low-voltage wires and a single mounting post

• Compatible with Wiremold® surface raceways for mounting to hard ceilings

Ideal Uses

• Restrooms, oce areas with cubicles, warehouse and storage facilities, cafeterias, and public

areas in commercial facilities

TESTING & CODE COMPLIANCE

• CUL/US Certiﬁed

• Meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

OSC20-U0W Field of View (in feet)

11.5

OSC20-U0W

32 3222.5 22.5

OSC10-U0W Field of View (in feet)

OSC10-U0W

11.5

8.5

2323 1717 0

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

11.5

8.5

2317

OSC05-U0W

05 10 20

OSC05-U0W Field of View (in feet)

NOTE: Use low-voltage wiring to connect sensors to OSPXX Power Pack.

DESCRIPTION CAT. NO.

OPERATING

FREQUENCY COVERAGE COLOR

U/S Ceiling Mount Occupancy Sensor OSC05-U0W 40kHz 180°, 500SF

O-White U/S Ceiling Mount Occupancy Sensor OSC10-U0W 360º, 1000SF

U/S Ceiling Mount Occupancy Sensor OSC20-U0W 32kHz 360°, 2000SF

U/S Ceiling Mount Occupancy Sensor with Isolated Relay OSC05-RUW 40kHz 180º, 500SF

White

U/S Ceiling Mount Occupancy Sensor with Isolated Relay OSC10-RUW 360º, 1000SF

U/S Ceiling Mount Occupancy Sensor with Isolated Relay OSC20-RUW 32kHz 360º, 2000SF

Cosmetic Adaptor OPBCA-00W - -

O-White

Protective Cage for Ceiling-Mount Sensors ODCCG-000 - -

Power Base Adaptor OPB15-0DW - -

COMMERCIAL GRADE

www.leviton.com/les 47

Sensing Control | Low Voltage

CEILING MOUNT PIR OCCUPANCY SENSORS

SPECIFICATIONS & FEATURES

Functional

• Self-adjusting settings continuously analyze and adjust sensitivity, timer operation, and

long-term performance

• Isolated relay supports HVAC or other Class 2 low voltage signals

• Supports both 24VAC/VDC power supplies

• Ambient light override prevents lights from turning on when there is ample natural light

• Manual delayed-o-time settings of 30 seconds to 30 minutes

• Self-adjusting delayed-o-time interval settings for of 30 seconds to 30 minutes.

Compensates for real-time occupancy patterns

—

preventing unnecessary on/o switching

• Non-volatile memory preserves all automatic and manual settings during power outages

Physical

• Small, unobtrusive unit blends in with any décor

• Fast, simple installation using 4 color-coded low-voltage wires and a single mounting post

• Compatible with Wiremold® surface raceways for mounting to hard ceilings

Ideal Uses

• Small oces, closets, open oces, and other areas in commercial facilities with unobstructed

view of the sensor

TESTING & CODE COMPLIANCE

• CUL/US Certiﬁed

• Meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

OSC04-I0W

SIDE VIEW

TOP VIEW

712

12 5 9

OSC04-I0W

OSC04-I0W Field of View (in feet)

SIDE VIEW

TOP VIEW

OSC15-I0W

1515 11 11995.65.6 33

OSC15-I0W Field of View (in feet)

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

COMMERCIAL GRADE

DESCRIPTION CAT. NO. COVERAGE COLOR

PIR Ceiling Mount Occupancy Sensor OSC04-I0W 360°, 450SF O-White

PIR Ceiling Mount Occupancy Sensor OSC15-I0W 360°, 1500SF

PIR Ceiling Mount Occupancy Sensor with Isolated Relay OSC04-RIW 360°, 450SF

White

PIR Ceiling Mount Occupancy Sensor with Isolated Relay OSC15-RIW 360°, 1500SF

Power Base Adaptor OPB15-0DW

Cosmetic Adaptor OPBCA-00W

Protective Cage for Ceiling Mount Sensors ODCCG-000 O-White

NOTE: Use low-voltage wiring to connect sensors to OSPXX Power Pack.

4.20

(106.7)

1.55

(39.4)

Sensing Control | Low Voltage

4.12

(104.6)

2.80

(71.1)

3.67

(93.2)

5.50

(139.7)

4.12

(104.6)

2.80

(71.1)

3.67

(93.2)

5.50

(139.7)

WALL MOUNT/CEILING MULTI-TECHNOLOGY OCCUPANCY SENSORS

Advanced motion sensors combine infrared and ultrasonic technology for highly accurate

monitoring without false triggering. Advanced Passive Infrared technology for highly

accurate monitoring in a variety of commercial applications. All-digital self-adjusting

technology provides “install and forget” solution for automatic lighting control.

SPECIFICATIONS & FEATURES

• Ultrasonic sensing for maximum sensitivity combined with passive infrared (PIR) sensing

to prevent false triggers from air conditioning and corridor activity

• Isolated relay supports HVAC and other Class 2 low voltage signals

• Supports both 24VAC and 24VDC power supplies

• Adjustable swivel neck rotates 80° vertically and 60° horizontally. Can be used for ceiling

or wall mounting

• Self-adjusting settings continuously analyze and adjust sensitivity, timer operation, and

air current compensation for reliable, long-term performance

• Ambient light override to prevent lights from turning on when there is ample natural light

• Manual delayed-o-time settings of 30 seconds to 30 minutes

• Self-adjusting delayed-o-time interval settings of 30 seconds to 30 minutes.

Compensates for real-time occupancy patterns, preventing unnecessary on/o switching

• Non-volatile memory preserves all automatic and manual settings during power outages

• Fast, simple installation using 3 color-coded low-voltage wires and a single mounting post

Ideal Uses

• Conference rooms, stairwells, high-ceiling rooms, open areas, storage rooms, and

classrooms—including corner mounting in a variety of applications

TESTING & CODE COMPLIANCE

• CUL/US Certiﬁed

• Meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

DESCRIPTION CAT. NO.

OPERATING

FREQUENCY COVERAGE COLOR

Wall Mount

Multi-Technology

Occupancy Sensor

OSW12-M0W

32kHz 115°, 1200SF

O-White

Wall Mount

Multi-Technology

Occupancy Sensor

with Isolated Relay

OSW12-RMW White

Power Base Adaptor OPB15-0DW

Cosmetic Adaptor OPBCA-00W

Protective Cage for

Wall-Mount Sensors OSWCG-P0W O-White

NOTE: Use low-voltage wiring to connect sensors to OPP20 or OSPxx Power Pack or OPB15 Power Base Adapter

COMMERCIAL GRADE

11.5

8SIDE VIEW

TOP VIEW

OSW12-M0W

Field of View (in feet)

6803 815

23 32

11.5

OSW12-M0W

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

OSW12-M0W Field of View (in feet)

OSW12-RMW

www.leviton.com/les 49

Minor Motion, Ultrasonic

Major Motion, Ultrasonic

Major Motion, IR

Minor Motion, IR

OSWHB Field of View (in feet)

3.5

5225

313

SIDE VIEW

TOP VIEW

OSWHB-I0W

Field of View (in feet)

OSWLR Field of View (in feet)

16.6

SIDE VIEW

TOP VIEW

OSWLR-I0W

Field of View (in feet)

14 42 71 100

Sensing Control | Low Voltage

38 15 31 68

SIDE VIEW

TOP VIEW

OSWWV-I0W

Field of View (in feet)

OSWWV Field of View (in feet)

INFRARED INDOOR WALL MOUNT/CEILING OCCUPANCY SENSORS

Advanced PIR technology for highly accurate monitoring. All-digital self-adjusting

technology provides an "install and forget" solution for automatic lighting control.

Use with Leviton Power Pack.

SPECIFICATIONS & FEATURES

• Self-adjusting settings continuously analyze and adjust for optimum performance

• Isolated relay supports HVAC or other Class 2 low voltage signals

• Supports both 24VAC/VDC power supplies

• Adjustable swivel neck rotates 80° vertically and 60° horizontally. Can be used for ceiling

or wall mounting

• Ambient light override prevents lights from turning on when there is ample natural light

• Manual delayed-o-time settings of 30 seconds to 30 minutes

• Self-Adjusting delayed-o-time interval settings for 30 seconds to 30 minutes.

Compensates for real-time occupancy patterns—preventing unnecessary ON/OFF switching

• Non-volatile memory preserves all automatic and manual settings during power outages

• Fast, simple installation using 3 color-coded low-voltage wires and a single mounting post

Ideal Uses

• OSWWV-I: conference rooms, stairwells, high-ceiling rooms, large open areas, parking

garages,

storage rooms, and rooms with pendant ﬁxtures. Also ideal for corner mounting

• OSWHB-I & OSWLR-I: monitoring long, narrow spaces such as warehouse aisles,

hallways, closets, and storage areas. Also ideal for corner mounting

TESTING & CODE COMPLIANCE

• CUL/US Certiﬁed • Meets ASHRAE Standard 90.1 2010 requirements • Backed by a limited ﬁve-year warranty

COMMERCIAL GRADE

DESCRIPTION CAT. NO. COVERAGE COLOR

Wall Mount PIR Wide-View

Occupancy Sensor OSWWV-I0W 115°, 2500SF

O-White

Wall Mount PIR High-Bay

Occupancy Sensor OSWHB-I0W 55 ft., 7 ft. wide

@ 30 ft. high

Wall Mount PIR Long-Range

Occupancy Sensor OSWLR-I0W 100ft., 110º

@ 10ft. high

Wall Mount

PIR

Wide-View

Occupancy Sensor with Isolated Relay

OSWWV-RIW 115°, 2500SF

White

Wall Mount PIR High-Bay

Occupancy Sensor with Isolated Relay OSWHB-RIW 55ft., 7ft wide

@ 30ft. high

Wall Mount PIR Long-Range

Occupancy Sensor with Isolated Relay OSWLR-RIW 100ft., 110°

@ 10ft. high

Power Base Adaptor OPB15-0DW

- O-White

Cosmetic Adaptor OPBCA-00W

Protective Cage for Wall-Mount Sensors OSWCG-P0W

NOTE: Use low-voltage wiring to connect sensors to OPP20 or OSPxx Power Pack or OPB15 Power Base Adapter

5.50

(139.7)

4.12

(104.6)

2.80

(71.1)

OSWxx-I0W

5.50

(139.7)

4.12

(104.6)

2.80

(71.1)

3.67

(93.2)

OSWxx-RIW

Sensing Control | Power Packs

3.66

(93.0)

2.35

(59.7)

OCCUPANCY SENSOR POWER PACKS

Power packs provide power for occupancy sensors as well as load

switching circuitry. A Leviton Power Pack is required with any low

voltage

occupancy sensor. Add-A-Relay units can be used to ex-

pand control capability.

SPECIFICATIONS & FEATURES

OPP20 Super Duty Power Pack

• Robust and reliable mechanically held 20A latching relay provides

dependability and robust performance for all load types and pro-

vides power savings over electrically held relay power packs

• Industry exclusive fail-safe circuitry - in the event of product

failure, Return-to-Closed capability causes relay to default to

a closed position (ON) for safe operation and alleviates safety

concerns

• Industry exclusive H.I.S. (High Inrush Stability) circuit designed to

handle high inrush LED and electronic ballast loads

• Switching control of LED drivers

• Submitted and passed for stringent testing

- Tested over 1,500,000 loaded cycles

- Passed NEMA 410 testing for electronic ballast current

overload at 16A

- CA Title 24 Compliant

- Meets ASHRAE Standard 90.1 2010 requirements

- UL/cUL 916 Listed for Energy Management Equipment

• Multiple compliance and regulatory UL and CSA testing - consult

factory for details

• Output short circuit protection

• Optimal installation ﬂexibility

- Class 2 wires are Teﬂon coated for UL2043 Plenum Rated

applications

- Mounts inside or outside ﬂuorescent ballast cavity

- Mounts inside or outside junction box

OPP20-0D2

• Exclusive self-detect conﬁgurable local manual control with standard momentary or maintained wall switch

• Conﬁgurable for Auto-ON and Manual-ON occupancy sensor inputs

• Complies with CA Title 24

OPP20-RD3

• Auto-ON occupancy sensor input

• Photocell (switching only) ready

OPP20-RD4

• Exclusive self-detect conﬁgurable local switch input - momentary or maintained

• Conﬁgurable for Auto-ON and Manual-ON occupancy sensor inputs

• Photocell (switching only) ready

• CA Title 24 Compliant

OSP20-RDH Power Pack

• Auto-ON and manual-ON inputs for occupancy sensors

• Hold-ON and Hold-OFF capabilities

• Switches incandescent, magnetic and electronic ﬂuorescent, magnetic and electronic low voltage, and motor loads

• Compact size and light weight allows easy mounting through knockout in junction box (from either inside or outside

the box) with a simple twist-on nut

3.81

(96.8)

2.40

(60.9)

OPP20-RD4

OSP20-RDH

www.leviton.com/les 51

Sensing Control | Power Packs

+ +

225mA

# of sensor Model As

Sensor A current

consumption rating

# of sensor Model Bs

Sensor B current

consumption rating

# of Add a Relays

50mA

POWER PACK CAPACITY FORMULA

Leviton power packs can be used to provide power to one or more occupancy sensors. Since current consumptions of

occupancy sensors

may vary, the best way to ensure you order the correct number of power packs and add-a-relays is by

using this formula:

SENSOR CURRENT CONSUMPTION

OSC04-RI, OSC15-RI, OSWHB-RI, OSWLR-RI, OSWWV-RI 10-15mA

OSC05-RU, OSC05-RU, OSW12-RU 25mA

OSC10-RU, OSC10-RU 30mA

OSC20-RU, OSC20-RU 40mA

OSA20-R00 Add a Relay 50mA

DESCRIPTION CAT. NO.

POWER

INPUT* RELAY RATING

CONTROL

INPUT

POWER

SUPPLY

OUTPUT

Super Duty Power Pack with

Auto-ON, Manual-ON, and

Local Switch Inputs, CA Title

24 Compliant

OPP20-0D2

120-230-

277VAC,

50/60 Hz

20A, 2400W @ 120V — Resistive

20A, 2400W @ 120V — General Purpose

20A, 2400W @ 120V — Incandescent

20A, 2400W @ 120V — LED Fluorescent

20A, 5540W @ 277V — Resistive

20A, 5540W @ 277V — General Purpose

20A, 5540VA @ 277V — LED Fluorescent

16A, 4430VA @ 277V — Electronic Ballasts

1/2 HP @ 120V — Motor Load

2 HP @ 240/277V — Motor Load

OPP20-RD4 is for general purpose plug load

control - 20A, 2400W @ 120V - complies

with ASHRAE 90.1 and CA Title 24 Plug Load

Control Requirements

2mA,

24VDC

225mA,

24VDC,

5.4W

Super Duty Power Pack

with Auto-ON and Photocell

Input

OPP20-RD3

Super Duty Power Pack with

Auto-ON, Manual-ON, Local

Switch, and Photocell Input,

CA Title 24 Compliant

OPP20-RD4

Power Pack with HVAC Relay

with Auto-ON and Manual-

ON Inputs for

Occupancy Sensors

OSP20-RDH

20A Incandescent @ 120V, 20A

LED Fluorescent @ 120-230-277/347VAC;

1/2HP @ 120V, 2HP @ 240-277V;

HVAC: 0.5A @ 120VAC, 1A @ 30VDC

225mA,

24VDC

Power Pack with HVAC relay OSP15-R30 347VAC,

60 Hz

15A ﬂuorescent @ 347V; 1HP @ 120V,

2HP @ 240V;

HVAC: 0.5A @ 120VAC, 1A @ 30VDC

120mA,

24VDC

Add-A-Relay Unit with

HVAC relay OSA20-R00

—

15A incandescent @ 120V,

HVAC: 0.5A @ 125VAC, 1A @ 30VDC

—

* Consult with factory for 208, 220, and 240V models.

NOTE: For use with the following Low Voltage Switches:

- 56081-02I/W Low Voltage Momentary Contact Decora Rocker Switch

- 12021-02I /W Low Voltage Standard Toggle Switch

- 56021-02I /W Low Voltage Decora Rocker Switch

Add-A-Relay

• Expands power pack load capacity by functioning as a supplementary relay

• Provides ability to switch loads in dierent voltage systems

• Compatible with electronic ballasts

• Same compact size and mounting features as Power Pack

• Zero-crossing switching circuitry for outstanding durability

Nipple Adaptor

• Simpliﬁes the connection of an occupancy sensor to the low-voltage side of a power pack mounted inside a ﬂuorescent

ballast cavity

• 1/2" conduit lock nut included with all power packs

TESTING & CODE COMPLIANCE

• CUL/US, FCC and NOM Certiﬁed

• Meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

POWER PACKS

COMMERCIAL GRADE

Sensing Control | Power Base Adaptor

SELF-CONTAINED POWER BASE ADAPTOR

• Patented design converts Leviton low voltage ceiling sensors to line voltage

• Ideal for both existing buildings with limited access to low-voltage wiring and

new constructions with line-voltage circuiting only.

• Mounts easily in standard 2.125" deep x 4" octagon or 2.125" deep x 4" square

electrical box with a 2-gang mud ring; ﬂying leads provide fast line voltage

connections

• Two-piece terminal block provides fast, easy low-voltage connections to the sensor

• Relay uses zero-crossing circuitry for enhanced reliability and long-life operation

Ideal Uses

• Lavatories, remodels in hard ceiling spaces, energy conservation retroﬁts

and any

installation with limited access for low-voltage wiring.

TESTING & CODE COMPLIANCE

• NOM Certiﬁed

OPB15-0DW

HOT (BLACK)

120-277V

NEUTRAL (WHITE)

LOAD

OPB15 Power Base

Any Leviton Low-Voltage

Ceiling or Wall Mount Sensor

LOAD (BLUE)

OPB15-0DW Wiring Diagram

Agency Listings & Code Compliance: NOM Certified.

* Available in Off-White only. Consult with factory for 208, 220, 230 and 240V models.

NOTE: Coverts OSCxx-I, OSCxx-M and OSCxx-U. Does not convert OSCxx-R.

OPB15-0DW (Occupancy sensor not included)

POWER BASE ADAPTOR*

DESCRIPTION CAT. NO. POWER INPUT/OUTPUT RATING COLOR

Converts select Leviton low-voltage

ceiling or wall mount occupancy

sensor models to a self-contained

line voltage unit

OPB15-0DW

Power Input: 120-230-277VAC, 50/60Hz

Control Input: 24VDC, 5mA Power Output:

120VAC @ 15A incandescent; 277VAC @

15A ﬂuorescent; Motor: 120VAC 3/4HP,

277VAC 2HP Control Output: 24VDC, 40mA

15A O-White

Cosmetic Adaptor OPBCA-00W — —

4.50

(114.3)

1.75

(44.5)

www.leviton.com/les 53

Sensing Control | Outdoor

2.43

(63.0)

5.36

(136.1)

1.838

(00.0)

9.16

(232.7)

4.50

(114.3)

PS200

SIDE VIEW

PS110

TOP VIEW

Field of View (in feet)

SIDE VIEW

PS200

TOP VIEW

Field of View (in feet)

PS110/RS110

Field of View

(in feet)

PS200

Field of View

(in feet)

OUTDOOR MOTION SENSORS

Passive Infrared (PIR) outdoor motion sensors provide outstanding value in

security lighting,

as well as convenience, safety and energy savings for a wide

range of commercial and residential applications.

SPECIFICATIONS & FEATURES

Professional Series

• Adjustable sensitivity and immunity to RFI signals reduces false triggers

• Ambient light override prevents lights from turning on when there is ample

natural light

• Surge suppression minimizes likelihood of damage due to electrical surges

• Temperature compensation feature ensures uniform performance in extreme

hot or cold weather and during temperature ﬂuctuations

Residential Series

• Ideal for a wide range of residential settings including backyards, garages,

entranceways, porches, swimming pool areas, doorways, and private docks

• Adjustable sensitivity reduces false triggers

Both Series

• Sensor neck adjustment allows accurate monitoring: 110° vertical, 180°

horizontal, 110° rotational

• With or without a dual ﬂoodlight lampholder

• Adjustable delayed-o-time settings from 20 seconds (for test mode) to

15 minutes

• Provides automatic, test and continuous modes. Test mode simulates

automatic operation

with short delayed-OFF-time for easy adjustments.

Continuous mode enables manual override for constant "lights ON" operation

(when used with standard ON/OFF switch)

Ideal Uses

• A wide range of commercial/industrial settings including parking areas,

storage facilities, warehouses, loading docks, marina, garages, walkways,

campus grounds, and outbuildings

TESTING & CODE COMPLIANCE

• UL and cUL Listed

• Meets ASHRAE Standard 90.1 2010 requirements

• Backed by a limited ﬁve-year warranty

COMMERCIAL GRADE

DESCRIPTION CAT. NO. RATING COVERAGE COLOR

Outdoor PIR Motion Sensor PS200-10

Incandescent: 1000W @ 120V. For 60Hz AC only

200°

White

Outdoor PIR Motion Sensor with Dual Floodlight Lampholder PS200-1F

Outdoor PIR Motion Sensor PS110-10 110°

Outdoor PIR Motion Sensor with Dual Floodlight Lampholder PS110-1F

Outdoor PIR Motion Sensor PS200-70W 277VAC, 60Hz. 7.22 incandescent, 5A ballasts.

200°

Outdoor PIR Motion Sensor with Dual Floodlight Lampholder PS200-7FW

Outdoor PIR Motion Sensor PS200-40W 220-240VAC, 50/60Hz. 10A incandescent, 5A ballasts.

Outdoor PIR Motion Sensor withDual Floodlight Lampholder PS200-4FW

Outdoor PIR Motion Sensor PS110-70W 277VAC, 60Hz. 7.22 incandescent, 5A ballasts. 110°

Outdoor PIR Motion Sensor with Dual Floodlight Lampholder PS110-7FW

RESIDENTIAL GRADE

DESCRIPTION CAT. NO. RATING COVERAGE COLOR

Outdoor PIR Motion Sensor RS110-10W Incandescent: 500W @ 120V. For 60Hz AC only 110° White

Outdoor PIR Motion Sensor with Dual Floodlight Lampholder RS110-1FW

www.leviton.com/les 55

Sensing Control | Photocells

Footcandles

Energy

Savings

Begin

Perceived

Light

Level

Min.

Light

Level

Light

Maintain

Level

Light generated from

xture attached to Leviton

Lighting Control System

Ambient light

6AM 8AM NOON10AM 2PM 4PM 6PM

PHOTOCELLS

Leviton’s Photocell sensors precisely monitor either

task or ambient light levels. As part of a Leviton energy

management system, photocells work with other

components in the system to automatically adjust light

levels to a user-deﬁned level. Photocells are most

suitable for installation in rooms with windows and open

spaces receiving substantial ambient light.

Photocells must be hardwired to a compatible Leviton

lighting control system. The photocell measures ambient

light in a speciﬁc area and sends this data to a dimmer

or relay that, in turn, adjusts ﬁxtures to a constant

lighting level as measured in that speciﬁc area. Daylight

harvesting is achieved as lights in a room (with windows

or signiﬁcant, artiﬁcial ambient light) automatically

brighten or dim depending on how much light the

photocell detects.

Daylight Harvesting

With daylight harvesting, ambient (often natural) light

supplements in-room, artiﬁcial light in order to keep a

constant lighting level while saving energy. This constant

level is programmed into a compatible control device.

Once hardwired to the photocell, the dimmer or relay

will receive the photocell’s real-time light measurement

and maintain a steady level within the photocell’s area of

detection.

Rules of Operation

Measured light level = Light Maintain Level Action: Output to lights remains constant

Measured light level < Light Maintain Level Action: Lights are brightened

Measured light level > Light Maintain Level Action: Lights are dimmed

Sensing Control | Photocells

SPECIFICATIONS & FEATURES

• Indoor photocells are designed with a ﬂat Fresnel lens

that looks downward in a 60° cone of reference to

measure actual light on the work surface, and reducing

the inﬂuence of stray light striking the photocell from

nearby windows or incidental side lighting

• Outdoor photocells are IP54 rated to guarantee ultimate

protection from dirt, dust, oil and other non-corrosive

material

• Measures light from any source in the visible spectrum

within a 60º cone or 180º angle of response depending

on the model

• Constant lighting at the optimal level for greater visual

comfort and acuity, which contributes to improved

productivity

• Provides convenient, automatic hands-free daylight

harvesting when integrated with Leviton lighting control

products

• Lowers electric bills by reducing usage of lighting where

ambient natural light is also present

• Lumen maintenance opportunity compatible

• ODC0P-00W photocell with 60° clear lens operates

between 1-1600FC; ODC0P-00W should be surface

mounted or direct to ceiling box

• ODC0P-S0W switching photocell with 60° clear lens

operates between 1-1600FC; ODC0P-S0W should be

surface mounted or direct to ceiling box

• ODC0P-D0W dimming photocell with 60° clear lens

operates between 1-1600FC. ODC0P-D0W should be

surface mounted or direct to ceiling box

• PCCxD-00W, PCCxS-00W, PCCSD-00W line voltage

photocells with 60° clear lens for applications where

zone control switching, dimming, and demand response

are required. Operates between 1-1600FC. PCC-XXX

photocells should be mounted to the ceiling in standard

4”x4” square or octagon electrical boxes

PHOTOCELLS

ORDERING INFORMATION

CAT. NO. DESCRIPTION LENS SENSING RANGE

ODC0P-00W Photocell

Clear 1-1600FC

ODC0P-S0W Switching Photocell

ODCOP-D0W Dimming Photocell

PCCxx-00W Line Voltage Photocell

PCIND-000 Indoor Photocell Fresnel 75-800FC

PCIDN-0SV Indoor Side View Photocell Clear Hood 3, 30, 300 or 600FC

PCOUT-000 Outdoor Photocell 50-750FC

PCOUT-0SV Outdoor Side View Photocell Diuse 0-300FC

PCATR-000 Atrium Photocell Dome/Frost 215-2690FC

PCSKY-000 Skylight Photocell 1,076-8,072FC

• PCIND indoor photocell with 60° clear Fresnel lens is

default setting = 75-800FC sensing range; can be ﬁeld

adjusted to 800FC max sensing range; PCIND should be

mounted to the ceiling, facing down

• PCIND-0SV side view photocell for applications where

ceiling mounting is required yet the view should be of

the lighting entering the space through a window; or,

for installation to the wall of skylights where the view

should be up into the skylight; default setting = 0-3FC

sensing range; can be ﬁeld conﬁgured with a jumper for

a 3FC, 30FC, 300FC, or 600FC max sensing range

• PCOUT outdoor photocell is enclosed in a weatherproof

housing with a visor for shading and lens protection;

default setting = 50-750FC sensing range

• PCOUT-0SV side view photocell for applications where

wall mounting is required yet the view should be of the

lighting entering the space through a top/side and/or

face of the photocell; reference placement diagrams;

default setting = 0-3FC sensing range; can be ﬁeld

conﬁgured with a jumper for a 3FC, 30FC, 300FC, or

600FC max sensing range

• PCATR atrium photocell with opaque dome lens ﬁlters

33% of light level in upper atrium; default setting =

215-2690FC sensing range; can be ﬁeld adjusted to

2690 FC max sensing range

• PCSKY skylight photocell with dark dome lens ﬁlters

90% of light level in skylight; default setting = 1076-

8072FC

sensing range; can be ﬁeld adjusted to 8072FC

max sensing range

www.leviton.com/les 57

Room Control | LevNet RF™

LevNet RF™ is Leviton’s family of self-powered radio frequency wireless products.

Self-powered technology allows LevNet RF Transmitters (i.e., occupancy sensors and switches) to operate without external

power or batteries. Self-powered Transmitters receive power from the motion of a switch actuation, light on a solar cell or

temperature dierentials in the environment for a true zero-maintenance self-powered device. Operating in the 902 MHz

band provides minimal competing trac and greater transmission range than other technologies.

PRODUCT OVERVIEW

There are two main types of LevNet RF Products: Transmitters and Receivers.

Transmitter, such as a switch, generates a wireless RF control signal (e.g., “ACTUATE RELAY”). All transmitters are self-

powered products which can be located anywhere and send transmission signals. Transmitters are available in Occupancy

Sensor, Control Extender, Decora Rocker Self-Powered Switch and Handheld Remote varieties.

Receiver receives a control signal from a Transmitter and performs the appropriate action (e.g., activate or deactivate the

relay). All Receivers are connected to a power source and a load which the Receiver then operates when the RF signal is

received. Receivers are available in Decora Rocker Wall Switch, Relay Power Pack, Receptacles and Area and Fixture Controller

styles.

FEATURES AND BENEFITS

• Easy to install for new construction and retroﬁtting applications, requiring minimal labor or disruption to operations

• Requires no new wiring and installs in ¼ the time of hardwired sensors, translating into faster turnaround and reduced costs

• With no batteries to replace and no maintenance to perform, plus annual energy savings and rebates that can total up to

80% in reduced costs, LevNet RF revolutionizes eciency and savings

• Lowest power consumption of any RF device with less than one Watt per device used annually, saving approximately 70%

over other RF devices

• California Title 24 2013 and ASHRAE Standard 90.1 2010 compliant

• LevNet RF is the only energy harvesting wireless solution that fulﬁlls LEED requirements to earn LEED points for both wireless

control and no battery.

WIRED VS. WIRELESS COSTS

* Installation time per device: 45-50 minutes for hardwire vs. 10-15 minutes for wireless devices

www.leviton.com/les 59

Room Control | LevNet RF™

HOW TO PUT IT ALL TOGETHER

TIP: A good way to visualize your wireless system is to imagine that the “wires” connecting each device are invisible wires or “unique addresses.”

STEP

1Determine what LOADS you want to control — lighting, HVAC, lamp, TV, etc.

One Way Communication

LevNet RF Energy Harvesting Transmitters

STEP

3Pick the appropriate Energy Harvesting RF TRANSMITTER (sensor or switch)

LevNet RF Energy Harvesting Wired-In Receivers

Receives One Way Communication

STEP

2Pick the appropriate RF RECEIVER

LEVNET RF

TRANSMITTERS

LEVNET RF

RECEIVERS

RF Receptacle

Continuously ON

1-10 V

Area Controller,

20A

Power Pack,

20A

Wall Switch

Reciver

Television

LOADS

Control

Signal

Up To

150 ft.

Heating & Cooling

Self-Powered

Occupancy Sensor

Self-Powered

4-Button

Handheld Remote

Self-Powered

Wall Switches

Task Lighting,

Computer Monitor,

Cell Phone Charger

Commercial

Lights

Commercial

Lights

Switching

Dimming

Control

Signal

Up To

150 ft.

RF Receptacle

Room Control | LevNet RF™

LevNet RF Wireless Self-Powered Solutions

Frequency 902 MHz

Range 50-150 feet (Design to 75 feet)

Listings FCC Certiﬁed for Wireless Communication (U.S.), I.C. Certiﬁed (Canada)*

Warranty Limited 5-year

RECEIVERS AND TRANSCEIVERS

WALL SWITCH RECEIVERS

ADVANCED WALL SWITCH RECEIVERS

with Color Change Kit

WSS20-N9N | WSS20-G9N

Use for larger rooms with multiple loads.

Pairing for rocker, momentary and toggle.

Input Voltage 120-230-277VAC

Power Consumption 120V < 1/2 Watt; 277V < 2/3 Watt

Memory Stores up to 20 Transmitter IDs

Button Pairing Modes Rocker, Momentary and Toggle

Vacancy Conﬁrmation

30 seconds

Mode Presentation

Time Delay 2 min (test); 10, 20, 30 min

Load Rating

General Duty: 10A

LED: 400W @ 120V

Incandescent: 800W @ 120V

Fluorescent Ballasts: 1200VA @ 120V, 2700VA @ 277V

Motor: 1/4 HP Load @ 120V

For non-neutral models: 25W minimum load required (reduce range by 15’)

Additional Listings ETL/cETL: UL508, CA Title 24 Compliant, CAN/CSA C22.2 #14

All WSS20 models ship with a Color Change Kit which includes a White, Ivory and Light Almond faceplate.

LINE VOLTAGE RELAY RECEIVER

WSP20

Memory Stores up to 20 transmitter IDs

Power Supply Input 100-277 VAC, 50/60 Hz

Max Loads/Contact

Rating

General Duty: 20A

Tungsten (Incandescent): 20A

Fluorescent Ballast: 20A

Motor Load: 1HP

Power up state: Selectable N.O. or N.C.

Output Channels 1 Form A Latching Relay, N.O. or N.C.

Time Delay 15 min

Additional Listings

ETL (U.S.): UL 60730,

UL 2043 Plenum rating

ETL (Canada): CSAc22.2#1405

CE (International): IEC 60730

POWER PACK

www.leviton.com/les 61

Room Control | LevNet RF™

SPLIT DUPLEX RECEIVER

WSG15-S9W

DUPLEX RECEIVER

WSG15-D9W

Power Supply 125V AC, 60 Hz, 15A

Power Consumption 120V AC @10mA AC (320mW typical)

Switched Side:

Max Loads/

Contact Ratings

General Use/Resistive: 15A

Incandescent: 1800W

Inductive: 1800VA

1/2HP, 120V AC

Listings A Title 24 Compliant, ASHRAE Standard 90.1 2010 Compliant, TR Receptacle

Controlled Single (Top) Dual

Comes packaged with ﬁve color faceplates: White and Ivory, Light Almond, Gray and Black.

RF RECEPTACLE

5A FIXTURE CONTROLLER

WSD05

20A AREA CONTROLLER

WSD20

Memory Stores up to 20 Transmitter IDs

Power Supply Input 100-277VAC, 50/60 Hz

Output Rating - 10mA source

Input Channels -1 - 1-10V input signal

1 mA source

Output Channels 1 - latching FORM A relay,selectable N.O. or N.C. power up state

1 - 1-10V output signal (sink 100mA, source 1mA)

Load Rating 5A

20A

Additional Listings UL 60730 and UL 2043, C-ETL: CSAc22.2#14-05,

C-ETL: CSAc22.2#14-05, CA Title 24 Compliant

1-10V DIMMING CONTROLLERS

CONTROL EXTENDER

WSTLT-9D0

Communicates with receivers that control virtually any ON/OFF device

Power Supply Input 100-277VAC, 50/60 Hz

Addressing Factory set unique ID (1 of 4 billion)

Additional Listings UL 60730 (Safety), UL 2043 (Plenum), CSA C22.2#14-05 (Safety), CE-IEC 60730,

CA Title 24 Compliant

Room Control | LevNet RF™

TRANSMITTERS

Sensors

CEILING MOUNT OCCUPANCY SENSOR

WSC12-M9N

WALL MOUNT OCCUPANCY SENSOR

WSWDR-H9W

Coverage 1200SF 1600/2200 SF

Power Consumption (Self-Powered)

Transmission 60 seconds (+/- 10 sec)

30 minutes @ 0.5FC (5 LUX);

15 minutes @ 1.0FC (10 LUX);

30 seconds @ 20FC (200 LUX)

Minimum Light Required 5FC (50 LUX) For auto-OFF Only 1.5FC (15 LUX)

Minimum Charge Time

to Begin Operation 1 minute @ 20FC (200 LUX) 1 minute @ 1.5FC (15 LUX);

5 seconds @ 20FC (200 LUX)

Maintain Charge Time 3 hours per 24 hours @ 20FC (200 LUX)

Operating Life at Full Charge 80 hours 48 hours

Additional Listings CA Title 24 Compliant, FCC Certiﬁed for Wireless Communication (U.S.), I.C. Certiﬁed (Canada)

REMOTE WALL STATIONS Controls virtually any on/o device

SINGLE ROCKER

DECORA™ WALL STATION*

WSS0S-S9x

DUAL ROCKER

DECORA™ WALL STATION*

WSS0S-D9x

HANDHELD

4-BUTTON

REMOTE

WSS0S-R9W

Buttons 2 Buttons (1 Rocker) 4 Buttons (2 Rockers) 4 Buttons (2 Rockers)

Output Channels

Only limited by number of Receivers in range

Addressing Factory set unique ID (1 of 4 billion)

* Available in White (-W), Ivory (-I), Light Almond (-T), Gray (-G) and Ebony (-E).

Note: Wall Stations are both switches and dimmers depending on the receiver they are paired to - see the Wall Station data sheet for details.

www.leviton.com/les 63

Room Control | LevNet RF™

WALL STATIONS

DESCRIPTION CAT. NO. * COLOR

LevNet RF 902 MHz Single Rocker Decora Wall Station WSS0S-S9X W, I, T, G, E

LevNet RF 902 MHz Dual Rocker Decora Wall Station WSS0S-D9X

LevNet RF 902 MHz Handheld 4-Button Remote WSS0S-R9W W

* Colors available as listed, add sux to catalog number as follows: Ivory (-I), White (-W), Light Almond (-T), Gray (-G), Ebony (-E).

CONTROL EXTENDER

DESCRIPTION CAT. NO. COLOR

LevNet RF 902 MHz Control Extender, 100-277 VAC WSTLT-9D0 W

LINE VOLTAGE POWER PACK

DESCRIPTION CAT. NO. COLOR

Line Voltage Relay Receiver, 100-277V, 50/60 Hz WSP20-9D0 W

1-10V DIMMING CONTROLLERS

DESCRIPTION CAT. NO. COLOR

LevNet RF 902 MHz Wireless 5A Relay 1-10V Dimming Fixture Controller, 100-277V WSD05-9D0 W

LevNet RF 902 MHz Wireless 20A Relay 1-10V Dimming Area Controller, 100-277V WSD20-9D0

RF RECEPTACLE

DESCRIPTION CAT. NO. COLOR

LevNet RF 902 MHz Split Duplex TR Receptacle Receiver, top controlled WSG15-S9W W, I, T

LevNet RF 902 MHz Duplex Receptacle Receiver, dual controlled WSG15-D9W

LEVNET RF WIRELESS SELF-POWERED SOLUTIONS

WIRELESS SELF-POWERED SENSORS

DESCRIPTION CAT. NO.* COVERAGE COLOR

LevNet RF 902 MHz Self-Powered Wireless Low

Proﬁle PIR Ceiling Mount Occupancy Sensor WSC12-M9N 360°, 1200SF

LevNet RF 902 MHz Self-Powered Wireless PIR Wall

Mount Occupancy Sensor WSWDR-H9W 1600/2200 SF

WALL SWITCH RECEIVERS

DESCRIPTION CAT. NO.* RATING COLOR

LevNet RF 902 MHz Decora Rocker Wall Switch

Receiver, Non-Neutral WSS20-G9N

Incandescent: 800 @ 120V, 2000W @ 277V

Fluorescent Ballasts: 1200VA @ 120V, 2700VA @ 277V.

LED: 400W @ 120V

Motor: 1/4 HP Load @ 120V

W, I, T

LevNet RF 902 MHz Decora Rocker Wall Switch

Receiver, With Neutral WSS20-N9N

Incandescent: 800 @ 120V, 2000W @ 277V

Fluorescent Ballasts: 1200VA @ 120V, 2700VA @ 277V.

LED: 400W @ 120V

Motor: 1/4 HP Load @ 120V

Non-Neutral: 25W minimum load required

(reduce range by 15’)

Note: All WSS20 models ship with a Color Change Kit which includes a White, Ivory and Light Almond wall plate.

Room Control | Lumina™ RF

LUMINA™ RF

Lumina™ RF oers a low-cost wireless energy management solution for fast and simple installation at a fraction of the price

of traditional wireless interfaces. Business owners with multiple locations such as franchises and chains beneﬁt from free

multi-location control with no access or control fees. The Lumina Gateway is a self-contained wireless automation controller

with remote capabilities that combines traditionally separated components into a single, ready-to-go boxed solution.

LUMINA GATEWAY HUB

• Functions as an energy management coordinator allowing for

automated control of loads and remote control from a tablet or

smartphone using the Lumina Mobile app

• Wireless energy management for small commercial, retail or

restaurant environments

- Sensors

- Lighting control

- High wattage load control

- Temperature/humidity

LUMINA RF WIRELESS SENSORS

• Window/Door Sensor

- Reports open/closed status of windows and doors

- Compact size

-Three color LED event indication/conﬁrmation

• Motion Detector

- Reports occupancy/vacancy within its viewing range

-Three color LED event indication/conﬁrmation

- Coverage area: approximately 16 feet

LUMINA RF PIR OCCUPANCY SENSOR

• Overcomes placement and coverage challenges of traditional

sensors

• Establishes twice as many zones of detection as traditional

sensors with a 4-element PIR located behind a multi-zone

optical lens

• Compatible with other 2.4 GHz Lumina RF products

LUMINA RF RECEIVER SWITCH

• Designed to replace existing switches for load control

• Top ON/bottom OFF

• Top mounted ﬁnder LED

LUMINA RF PLUG-IN APPLIANCE MODULE

• Designed for loads up to 15A

• Simple installation

• Current reporting

www.leviton.com/les 65

Room Control | Lumina™ RF

LUMINA RF WIRELESS LOAD CONTROL -

5A AND 30A MODULES

• Used for high current applications like water heaters, pool pumps

and fountains

• Self-contained enclosure

• No local control without a magnet

TEMPERATURE AND HUMIDITY CONTROL

• Omnistat2 Wireless Single-Stage Conventional & Heat Pump

- Gas, oil, steam, hydronic, forced air, radiant and electric

- Air-to-air heat pump and dual fuel

- Proximity sensing

• Lumina RF Universal Thermostat

- Multi-stage universal thermostat

- Two stages of cooling and three stages of heating

- Geothermal heat pump

• Omnistat2 Wireless Multi-Stage & Heat Pump

- Multi-stage thermostat with humidity sensing

- Supports humidiﬁcation and dehumidiﬁcation

OMNITOUCH 7 TOUCHSCREEN

• Designed to be utilized either as an interface for the Omni

Systems or Lumina RF Gateway

• Access all thermostats including humidity settings

• View crisp IP surveillance video footage without additional

hardware

• Free multi-location access and control for business owners

with multiple locations.

INDOOR/OUTDOOR MINI DOME IP CAMERA

• Capable of 30 frames per second communication

• Supports MJPEG and H.264 formats

• Black and white switching for low light applications

Room Control | Lumina™ RF

DESCRIPTION CAT. NO. COLOR

Lumina Gateway Hub and setup software 74A00-1 Black

Lumina RF Wall Mount Motion Sensor LURMD-00W

White

Lumina RF Wall Mount Window/Door Sensor LURDW-00W

Lumina RF Ceiling Mount Self-Powered PIR Occupancy Sensor, 450 SF ZSC04-IXW*

Lumina RF Ceiling Mount Self-Powered PIR Occupancy Sensor, 1550 SF ZSC15-IXW*

Lumina RF Decora Wall Switch, 2.4GHZ wire-in receiver, 120-277VAC, 50/60 Hz ZSS10-NXZ* White, Ivory,

Light Almond

15 Amp Plug-In Load Control Module 89A00-1ZB White

5A Wireless Load Control Module 73A00-3ZB -

30A Wireless Load Control Module 73A00-4ZB

Omnistat2 Wireless Single-Stage Conventional & Heat Pump RC-1000BLZB Black

Omnistat2 Wireless Single-Stage Conventional & Heat Pump RC-1000SLZB Silver

Lumina RF Universal Thermostat

RC-1000WHZB

RC-2000WHZB

RC-1500WHZB

White

Omnistat2 Wireless Multi-Stage & Heat Pump w/humidity control RC-2000BLZB Black

Omnistat2 Wireless Multi-Stage & Heat Pump w/humidity control RC-2000WHZB White

Omnistat2 Wireless Multi-Stage & Heat Pump w/humidity control RC-2000SLZB Silver

OmniTouch 7 Touchscreen 99A00-001 White

OmniTouch 7 Touchscreen 99A00-002 Black

Indoor/Outdoor Mini Dome IP Camera 68A11-001 White

Lumina Mobile App for iOS and Android - free in iTunes and Android stores - -

ORDERING INFORMATION

*x = Contact factory for a (A) ARRA compliant product. NAFTA compliant and Made in USA models available.

www.leviton.com/les 67

Room Control | IRC

FEATURES

• Stand-alone simpliﬁed daylight harvesting with full range

dimming

• Demand response capabilities

• 2 or 3 zone control for LED lighting

• Kitted with factory conﬁgured sensor, photocell and 4-button

switch

• 4-button switch available with ON, Bright, Dim and ON/OFF

buttons with optional engraving

• 2 entry stations for individual manual zone control included

with 2 zone, 2 relay kit (RCD20-102)

• CA Title 24 2013 Stairwell Application Control

• Provides plug load control when paired with OPP20 Super Duty

Power Pack

• Cost-eective energy code compliance

• Ladderless Commissioning provides install-and-forget

convenience

• Convenient occupancy sensor and photocell integration

• Autocal automatic photocell target level calibration

• Accepts external time clock input to provide an OFF Sweep

Function or modify the partial OFF function

• Simpliﬁed integration with emergency systems

• Controls maximum lighting output for additional energy

savings potential and Task Tuning

• Daylight switching, full range 1-10V dimming

• Partial ON control for initial light level in either manual switch

or occupancy sensor auto modes

• Partial OFF control for minimum continuous light level

• Adjustable minimum light level shut o value

• Emergency input drives auxiliary zones to full

INTEGRATED ROOM CONTROL (IRC)

Featuring 1-10V Dimming, Daylight Harvesting and Demand Response Capabilities

Designed to deliver an easy code compliant solution for ASHRAE 90.1 2010 and California Title 24 2013, the Leviton

Integrated Room Control (IRC) combines single room occupancy sensing, daylighting, 1-10V dimming, Partial ON, Partial

OFF and demand response capabilities into a single, easily installed package. IRC features several methods of Ladderless

Commissioning™ for install-and-forget convenience. The performance, features and capabilities of the IRC product provide a

simple and cost-eective stand-alone energy management solution to maximize energy eciency and meet energy code

mandates for virtually any commercial room control application.

Photocell

(ODC0P) Multi-Technology

Occupancy Sensor

(OSC20-M0W)

Integrated Room

Control (IRC)

(MZD20-102)

Zone 1 Zone 2

Low-Voltage

Switch

(RLVSW-4LW)

IRC

TYPICAL IRC INSTALLATION

www.leviton.com/les 69

Room Control | IRC

ROOM-IN-A-BOX KITS - Order a Complete System with One Part Number

CAT. NO. DESCRIPTON

RCD20-102

IRC Dimming Room Control Kit, includes Low Voltage devices; 2 Zone Room Controller w/(2) 1-10V outputs

and (2) 120/277V relays, M/T Occupancy Sensor (OSC20-M0W), 4 Button Switch (RLVSW-4LW),

Photocell (ODC0P-00W), 120/277VAC, 50/60Hz

RCD30-101

IRC Dimming Room Control Kit, includes Low Voltage devices; 3-Zone Room Controller w/(3) 1-10V outputs

and (1) 120/277V relay, M/T Occupancy Sensor (OSC20-M0W), 4 Button Switch (RLVSW-4LW),

Photocell (ODC0P-00W), 120/277VAC, 50/60Hz

RCD20-C02

IRC Dimming Room Control Kit, includes Low Voltage devices; 2-Zone Room Controller w/(2) 1-10V outputs

and (2) 347V relays, M/T Occupancy Sensor (OSC20-M0W), 4 Button Switch (RLVSW-4LW),

Photocell (ODC0P-00W), 347VAC Canadian model, 50/60Hz

RCD30-C01

IRC Dimming Room Control Kit, includes Low Voltage devices; 3-Zone Room Controller w/(3) 1-10V outputs

and (1) 347V relay, M/T Occupancy Sensor (OSC20-M0W), 4 Button Switch (RLVSW-4LW),

Photocell (ODC0P-00W), 347VAC Canadian model, 50/60Hz

INDIVIDUAL IRC MODELS

CAT. NO. DESCRIPTION

MZD20-102 IRC Dimming Version, 2 zone, 2 relay, 120V or 277VAC

MZD30-101 IRC Dimming Version, 3 zone, 1 relay, 120V or 277VAC

MZD20-C02 IRC Dimming Version, 2 zone, 2 relay, 347VAC

MZD30-C01 IRC Dimming Version, 3 zone, 1 relay, 347VAC

INTEGRATED ROOM CONTROL (IRC) LOAD RATINGS

• 20A per relay, 120/277V

• 15A per relay, 347V

• 1-10VDC LED drivers, Fluorescent, non-dimmed and 1-10V dimmed

• 120mA power output for operation of occupancy sensors, photocells, etc.

ORDERING INFORMATION

INTEGRATED ROOM CONTROL (IRC) LIGHTING CONTROLLER

The Integrated Room Control (IRC) Lighting Controller is a Decora® device for controlling non-dimmable

and dimmable luminaries connected to the IRC. The IRC Lighting Controller provides a unique control

station with multi-function capabilities available in a 4-button or simple 2-button conﬁguration.

CAT. NO. DESCRIPTION

RLVSW-4LW 4-button dimming ON/OFF Controller for use with IRC System

RLVSW-2LW 2-button ON/OFF Controller for use with IRC System

RDGSW-2Ex* 2-button Color Change Kit

RLVSW-1LW 1-button ON/OFF Controller for use with IRC System

RDGSW-4Ex* Color Change Kits

RDGSW-2Fx* 2-Button Custom Engraved Color change Kit

RDGSW-4Fx* Engraved Color Change Kits

*Replace X to indiciate color: White (W), Ivory (I), Light Almond (T), Gray (G), Black (E) and Red (R).

ORDERING INFORMATION

Room Control | Key Card Switches

HOSPITALITY KEY CARD SWITCHES

Leviton key card switches are designed to provide energy savings for the hospitality industry by ensuring that no devices are

left on when the room is not in use. These switches control electrical circuits by simply inserting or removing the guest’s

access card into the device. Both line voltage and low voltage switches are available for application ﬂexibility.

FEATURES AND BENEFITS

• Functions as dependable vacancy sensor when guest leaves and removes card

• Reduce energy costs by ensuring circuits are ON only during occupancy (when keycard is in switch)

• Attractive low proﬁle design with color change kit to meet the most common room designs or décor

• LED lighting illuminates the card slot for easy location in a dark room

• High Inrush Stability (H.I.S. Technology)

- Zero crossing circuitry optimizes relay operation for reliable, long-life operation

- Robust mechanical latching relay is durable for all load types

• No neutral model (HKSWP-GDX) is specially designed for retroﬁt applications where neutral wires are not available

• Low voltage model is compatible with applica tions utilizing building automation systems, energy management

systems, and lighting control panels

• Fully rated to protect the entire circuit with UL Listing and 20A relay

HOSPITALITY KEY CARD SWITCHES

DESCRIPTION CAT. NO.

Hospitality Key Card switch with color change kit, 120-277V HKSWP-0DX*

Hospitality Key Card switch with color change kit, 120-277V, no neutral HKSWP-GDX*

Hospitality Key Card switch with color change kit, 24V HKSWP-0LX*

Faceplate, Gray, 25 pack HKSWP-00G*

Faceplate, Ebony, 25 pack HKSWP-00E*

*All HKSWP models ship with the Color Change kit — includes a White, Ivory and Light Almond faceplate

HKSWP

www.leviton.com/les 71

Centralized Control | GreenMAX®

GREENMAX® RELAY CONTROL SYSTEM

Smart Lighting Control

Designed for the contractor, speciﬁer and end user, the GreenMAX Relay Control System oers the best performance,

reliability, ﬂexibility and energy savings of any relay control available. GreenMAX easily integrates various lighting control

strategies like switching, dimming, behavior controls, scheduling, occupancy sensing and daylight harvesting To learn more

visit www.leviton.com/GreenMAX.

FEATURES

• Scalable solution oers future expansion opportunities

• California Title 24 2013 code compliance, including demand response

• ASHRAE Standard 90.1 2010 compliance

• Eligible for LEED certiﬁcation points

• Daylight harvesting capabilities

- Dimming - Switching

- Open Loop - Closed Loop

• Highest Short Circuit Current Rating (SCCR) of 25,000A

at 277VAC for maximum equipment performance

• Robust latching Relay Modules are rated 30A general

ﬂuorescent ballast and 20A incandescent in 1-pole and

2-pole conﬁgurations with the same footprint, available

with or without the Return to Closed (RTC) functionality

• 1-10 VDC dimming control with dimming

relay modules

• 1-10V and timed control using Leviton’s exclusive

behavioral design - use with low voltage sensors,

photocells and switches

• Programming and monitoring of the system is

conveniently done with a portable Handheld Display

Unit (HDU) and simpliﬁed Behavior settings in the space

being controlled rather than from the electrical room

• Modular system was designed to ship the empty cabinet

enclosure, complete with doors and covers, to the job site

to make installation of the cabinet and conduits easier

•

Communication over LumaCAN and Ethernet – to simplify

conﬁguration and ensure start simplicity

• Accommodates low voltage inputs such as occupancy

sensors, photocells, contact closures, and switches

• Wiring area covers and isolation barriers conceal the

circuit wiring and provide maximum arc ﬂash protection

when installed allowing work to be done with power on

without chance of exposure to high voltage – no Arc

Flash Suit needed

• Custom engraving available on digital switches and wall

plates

• Relay pulse control provides control of large mechanical

contactors

• Easy updates—loading ﬁrmware is automated and only

requires plugging in a USB memory stick and pressing a

button

• System can be connected via Ethernet or LumaCAN networks

• All network connections are made with RJ45 connectors and cabling is standard CAT6

• Low Voltage Remote Input Card can be combined with LevNet RF Self-Powered Wireless

Solutions to create a wireless hybrid system of inputs

• All programming and conﬁgurations are stored in a MicroSD memory card, which eliminates

the need for non-volatile memory

• BMS interface through BACnet I/P

GreenMAX 16 - Relay Cabinet

Photocell

Occupancy

Sensor

Occupancy

Sensor

LumaCan

Digital Switch - 1 button

Digital Switch - 2 buttons

Digital Switch - 4 buttons

Remote Low Voltage Cabinet

Low Voltage Switch

Keyswitch

Digital Switch - 4 Button Dimmer Control

GreenMAX 8 - Relay Cabinet

Loads

0-10V BALLAST

Loads

0-10V BALLAST

www.leviton.com/les 73

Centralized Control | GreenMAX®

USB Port

LumaCAN

Port

Ethernet

Port

Twin 35W

Power

Supply

Main

Processor

Low Voltage

16-Input Card

Power and

Lighting

Wire Way

2-Pole

Relay

Manual

Actuator

Lower Ventilation

Cover

Grounding

Points

Left Panel

Cover

Door with

Split Hinges

Lock

Wiring

Diagram

Relay

Insert

Panel

Right

Panel

Cover

Communication Link

(Between Command

Module and Relay

Insert Panel)

Command Module

APPLICATIONS

• Heavy retroﬁt applications

• New construction projects

• Government facilities

• Oce buildings

• Hospitals/medical oces

• Universities

• Restaurants

• Large campuses

• Any other location where centralized lighting

control, programming and monitoring are required

Centralized Control | GreenMAX®

GREENMAX RELAY CABINETS

• GreenMAX cabinet has a 25,000A at 277 VAC Short Circuit Current

Rating (SCCR) for increased reliability and durability

• Empty cabinet enclosures ship separately from electronic

components – Command Module and Relay Insert Panel – making

the cabinets lighter and easier to handle and requiring less eort

to install

• Empty cabinet also provides unobstructed access to conduit entry

points and reduces the risk of damaging electronics

• Relay cabinets can hold 8, 16, 32 and 48 relays, each with unlimited

and ﬂexible conﬁguration capabilities; the 1-10 VDC dimming and

switching relay models can be installed in any available relay slot

• Increased arc ﬂash protection—the cabinet door opens to expose

only the low voltage area of the cabinet

• Remote Low Voltage Panels allow the connection points of the

low voltage wiring enclosure to be installed closer to the devices it

serves, reducing wiring and labor costs and making commissioning

or troubleshooting easier

• Takes only eight screws to assemble the internal Relay Insert

Panels and Command Module of a 48-Relay GreenMAX cabinet

• A single relay or group of relays can be separated by sliding an

isolation barrier between relays to eliminate the need for an

additional cabinet to handle emergency loads and allows voltages

from mixed sources in the same cabinet

• Native communication network protocols—BACnet/IP and Ethernet

—are built into each Command Module to oer unparalleled

connectivity; no additional devices are needed to communicate

with other products utilizing these protocols

• GreenMAX system connects together with CAT6 cable and RJ45

connectors; power is provided to devices over this network running

the LumaCAN protocol

GREENMAX RELAY MODULES

• All GreenMAX relay modules have a 25,000A at 277 VAC Short

Circuit Current Rating (SCCR) for increased reliability and durability

• Rated at 30A general ﬂuorescent ballast and 20A incandescent,

HID, electronic ballast and LED

• All GreenMAX Relay Modules are 1-pole or 2-pole latching relay

types that reduce parasitic energy use. All relay modules are the

same physical size, allowing the optimal mix of relays to be

customized for each application

• Self-contained Dimming and Switching Relay Module in 1-pole

conﬁgurations features daylight harvesting capabilities

• All four wires required for 1-10V dimming ballast wiring connect

directly to the module—no additional control board required

• All relays are latching with a manual actuator that allows users to

manually bypass the system to turn lights ON or OFF without CPU

power

www.leviton.com/les 75

Centralized Control | GreenMAX®

HANDHELD DISPLAY UNIT (HDU)

• Allows programming, system conﬁguration, and scheduling to be

done in the space being controlled rather than the electrical room

to make commissioning and set-up functions easier

• Conﬁgure and control the entire GreenMAX system (or multiple

systems) from any convenient network access point—relay

cabinets, switches, or remote low voltage cabinets with just

one HDU

• Provides interface with all devices and relays in the system

• Can be stored in the cabinet or designated docking station

• Communicate via LumaCAN

• 7 hour run time on a single full charge

• Astronomical clock – sunrise/sunset

• HDU does not need to be connected to system during operation.

The full computing power of a PC remains in the palm of your hand

• Comes complete with a set of rechargeable batteries

GREENMAX SWITCHES

• GreenMAX digital key switch provides secure button presses on

the network

• Manual control as required by energy codes

• Available in 1, 2, 4 and 8 button conﬁgurations, and key switch

version with custom engraved labeling available on switch buttons

and screwless wall plates

• Switch colors available: white, light almond, ivory, gray, black, and

red; all come with a matching wallplate. Keyswitch comes with

a stainless steel wallplate and tamper-resistant screws (tool

included)

• Each digital switch button has a green LED pilot light to report the

corresponding relay state

• Switches can be ganged together in wallboxes (multi-gang

wallplate sold separately)

• RJ45 connectors to provide inline connection to the LumaCAN

network

• Any 4-button switch model can be conﬁgured to control 0-10 VDC

dimming circuits

• Button assignments (temporary manual overrides with ability to

have daylight harvesting, dimming, & bi-level switching control at

the switch)

- ON* - BRIGHT - DIM - OFF

(optimal most used – dimming capabilities – used in oces)

- ON* - PRESET1 (on at 35%) - PRESET2 (on at 65%) - OFF

(optimal second most used – dimming capabilities at preset level

used in classrooms)

- ON/OFF Relay 1 - ON/OFF

Relay 2 - ON/OFF Relay 3 - ALL OFF (turns ON/OFF at full)

- ON1 - OFF1 - ON2 - OFF2

(bi-level switching – new timers or A/B switching – old timers)

• Easy to access port on top of switch provides connectivity for the

GreenMAX HDU

* Initiates daylight harvesting

Centralized Control | GreenMAX®

PROGRAMMING GREENMAX WITH LIGHTING BEHAVIORS

LIGHTING CUSTOMIZATION

GreenMAX controls allow dierent Behavior settings to be programmed throughout the day. Using the HDU, any room

can be set with just a few button selections:

• Select the Behavior desired and time Behavior will take place

• Choose any additional Behavior transitions and the time transition will take place

• Optional override to sunrise/sunset astronomical clock prevents lights from activating prematurely in summer or too late

in winter

• Set Behaviors to scale on a daily, weekly, monthly or holiday schedule

• Up to 24 Behaviors per 24 hour period can be programmed and can be as close together as one minute

SIMPLE AND EASY PROGRAMMING

• Using the HDU, select the number on the screen corresponding with the desired Behavior

• Enter time and dates to be in eect and any corresponding Behavior Modiﬁers. Behaviors can be set for entire system or

individual rooms/relays

BEHAVIORS

NUMBER DESCRIPTION

OCCUPANCY

SENSOR PHOTOCELL SWITCH TIME

Lights turned ON with the switch.

Can be turned OFF with switch.

Occupancy Sensor will turn OFF upon vacancy.

OFF - ON/OFF -

Lights turned ON with the Occupancy Sensor.

Can be turned OFF/ON with switch.

Occupancy Sensor will turn OFF upon vacancy.

ON/OFF - ON/OFF -

Occupancy sensor turns lights ON/OFF.

ON/OFF - - -

Switch ON/OFF.

- - ON/OFF -

Time triggers a Blink Warn sequence, an OFF blink followed by a

variable ON delay.

Switch interrupts sequence and starts override timer.

Will automatically turn OFF relay if override timer reaches zero.

- - ON/OFF Blink/OFF

Turn ON at speciﬁc time.

- - - ON

Turn OFF at speciﬁc time.

- - - OFF

Occupancy sensor turns ON lights with occupancy.

Measured light levels above Photocell trigger point turns OFF or keep lights

OFF, below set-point allows control by Occupancy Sensor.

Occupancy Sensor turns OFF lights with vacancy.

ON/OFF OFF - -

Switch turns ON/OFF lights.

Measured light levels above Photocell trigger point turns OFF or keep lights

OFF, below set-point allows control by Occupancy Sensor.

Occupancy Sensor turns OFF lights with vacancy.

OFF OFF ON/OFF -

B10

Occupancy Sensor turns ON lights with occupancy.

Measured light levels above Photocell trigger point turns OFF or keep lights

OFF, below set-point allows Occupancy Sensor control.

Switch can turn ON/OFF lights by over-riding Occupancy Sensor control.

Occupancy Sensor will turn OFF lights upon vacancy.

ON/OFF OFF ON/OFF -

B11

Switch ON/OFF.

Measured light levels above Photocell trigger point turns OFF or keep lights

OFF, below set-point allows Switch control.

- OFF ON/OFF -

B12

Turn ON at speciﬁc time.

Measured light levels above Photocell trigger point turns OFF or keep lights

OFF, below set-point reliquishes control to the constant ON state.

- OFF - ON

B13

Occupancy sensor turns lights partially ON. Switch turns lights ON full bright

or turns them OFF ON/OFF - ON/OFF -

B14

Lights ON at minimum level. Occupancy sensor raises/lowers light level

between Partial-ON and full ON ON/OFF - - -

www.leviton.com/les 77

Centralized Control | GreenMAX®

AUTO-PROMPT CUSTOMIZATIONS

NAME DESCRIPTION VALUE RANGE

Switch OFF Delay

When relay is turned ON with the switch, length of time before relay will automatically turn OFF.

2.5, 5, 10, 15, 30, 60, 90, 120

minutes, and Constant ON

Occupancy Sensor

OFF Delay When vacancy is determined, length of time before relay will automatically turn OFF. 0, 0.5, 2.5, 5, 10, 20, 30

minutes

Photocell Delay Delay before action is taken after a Photocell trigger point has been crossed. 0, 0.5, 2.5, 5, 10, 20 minutes

Blink Warn -

Blink Duration The length of the OFF Blink used to notify occupants than an OFF sequence has been initiated. 0.5-25.4 seconds

Blink Warn - Delay

This period follows the Blink and lasts the length of the speciﬁed time. If button is pressed

during this period, the Delay timer stops and the Override Time starts. If no buttons are pressed,

the lights will turn OFF.

1-254 minutes

Blink Warn -

Override Time

The relay will remain ON for the duration of this timer. A new Blink Warn sequence will be

initialized at the end of this period. If the relay had been OFF previously and a button is pressed to

turn the relay ON, this timer will be started again.

1-254 minutes

BEHAVIORS, CONT.

DESCRIPTION CAT. NO.

TUBS AND COVERS (ALL CABINETS ARE SURFACE MOUNT WITH A

LOCKING DOOR)

GreenMAX Relay Cabinet, 8-Relay Size, NEMA 1 R08TC-100

GreenMAX Relay Cabinet, 16-Relay Size, NEMA 1 R16TC-100

GreenMAX Relay Cabinet, 32-Relay Size, NEMA 1 R32TC-100

GreenMAX Relay Cabinet, 48-Relay Size, NEMA 1 R48TC-100

COMMAND MODULES (INCLUDES POWER SUPPLY WITH MAIN

PROCESSOR UNIT, OPTION 24VDC LOW VOLTAGE INPUT CARD)

Main Command Module, 100-277V AC, 50/60Hz,

no inputs, LumaCAN3

RPM00-300

Main Command Module with 8-Port Low Voltage

Input Card, 100-277V AC, 50/60Hz, LumaCAN3

RPM08-308

Main Command Module with 16-Port Low Voltage

Input Card, 100-277V AC, 50/60Hz, LumaCAN3

RPM16-316

PANEL INTERIORS (ALL PANELS ARE 16-POSITION, RATED 30A, 120-

230-277/347V AC, 50/60HZ)

Relay Insert Panel, Empty with 8 Empty Spaces R0800-000

Relay Insert Panel, Empty with 16 Empty Spaces R1600-000

Relay Insert Panel with 16 1-Pole Basic Relays R1616-1CB

Relay Insert Panel with 16 1-Pole Dimming and

Switching Relays

R1616-1DS

Relay Insert Panel with 16 1-Pole Basic Relays R1616-1TB

Relay Insert Panel with 16 2-Pole RTC Relays R1616-2CB

Relay Insert Panel with 16 2-Pole Basic Relays R1616-2TB

HANDHELD DISPLAY UNIT (HDU)

Handheld Display Unit, Cabinet Mounting, LumaCAN3 RHDU1-300

Handheld Display Unit, Mounting Bracket Requires 2

Gang Back Box

RHDU1-001

REMOTE INPUTS WITH POWER SUPPLY (ALL CABINET POWER

SUPPLIES RATED 120-277V AC, 50/60HZ)

Remote Low Voltage Input Cabinet, 8 Inputs, NEMA 1

Enclosure, LumaCAN3

RLV08-308

Remote Low Voltage Input Cabinet, 16 Inputs, NEMA

1 Enclosure, LumaCAN3

RLV16-316

DESCRIPTION CAT. NO.

RELAYS

GreenMAX Latching Relay, 1-Pole RTC Basic RELAY-1CB

GreenMAX Latching Relay, 1-Pole dimming and

switching, 1-10VDC dimming, sinking, LED Control

RELAY-1DS

GreenMAX Latching Relay, 1-Pole Basic RELAY-1TB

GreenMAX Latching Relay, 2-Pole RTC RELAY-2CB

GreenMAX Latching Relay, 2-Pole Basic RELAY-2TB

Blank Filler Module RELAY-BFM

DIGITAL SWITCHES AND COLOR CHANGE KITS

GreenMAX Digital Switch, 1-Button, LumaCAN3 RDGSW-1Cx*

GreenMAX Digital Switch, 2-Button, LumaCAN3 RDGSW-2Cx*

GreenMAX Digital Switch, 8-Button, LumaCAN3 RDGSW-8Cx*

GreenMAX Digital Switch, 4-Button, LumaCAN3 RDGSW-4Cx*

GreenMAX Keyswitch RDGSW-1KS

GreenMAX 1-Button Color Change Kit RDGSW-1Ey**

GreenMAX, 8-Button Color Change Kit RDGSW-8Ey**

GreenMAX 2-Button Color Change Kit RDGSW-2Ey**

GreenMAX 4-Button Color Change Kit RDGSW-4Ey**

GreenMAX 1-Button Engraved Color Change Kit RDGSW-1Fy**

GreenMAX 2-Button Engraved Color Change Kit RDGSW-2Fy**

GreenMAX 4-Button Engraved Color Change Kit RDGSW-4Fy**

GreenMAX, 8-Button Engraved Color Change Kit RDGSW-8Fy**

CABINET ACCESSORIES

GreenMAX Voltage Barriers for 8-Relay Cabinets RGBAR-008

GreenMAX Voltage Barriers for 16-, 32- and 48-Relay

Cabinets

RGBAR-016

*Replace x with the following color codes — (W) White, (I) Ivory, (T) Light Almond.

**Replace y with the following color codes — (W) White, (I) Ivory (T) Light Almond,

(G) Gray, (E) Black, (R) Red

Centralized Control | Track Light Limiting Panel

TRACK LIGHT LIMITING PANEL (TLLP)

FEATURES

• Enables designer lighting to easily

meet energy code watt density requirements

• California Title 24 2013 Track Light

Supplementary Overcurrent Protection

Panel

• Assists track lighting schemes in

meeting energy code regulations

including CA Title 24 2013, ASHRAE Standard

90.1 2010 and City of Seattle guidelines

• Excellent for use in retail and

restaurant settings

• Simpliﬁes load calculations by using

volt-ampere rating of the breaker

as opposed to calculated values on

the track

• Reduces installation costs

• Available in 16 or 32 circuit panels

• NEMA 1 surface or ﬂush mount enclosure

• Factory conﬁgured to your speciﬁcations

— arrives ready to install

ORDERING KEY

MOUNT

F = Flush

Mount

S = Surface

Mount

SPACES

16 = 16 Spaces

32 = 32 Spaces

# OF NEMA 1 CIRCUIT

BREAKERS INSTALLED

Indicate 2-digit multiples of

2, available from 02-32*

VOLTAGE

1 = 120VAC

7 = 277VAC

NOTE: Specify breaker size and conﬁguration on conﬁguration form

NOTE: Completed conﬁguration form must be accompanied with order

Available breaker sizes: 0.5A, 1A, 2A, 3A, 4A, 5A, 6A, 7A, 8A, 10A, 13A, 15A, 16A, 20A, 25A, 30A, 32A, 40A, 50A, 60A

www.leviton.com/les 79

Centralized Control | EZ-MAX® Plus

EZ-MAX® PLUS RELAY CONTROL PANELS

EZ-MAX Plus relay lighting control panels pack power and performance in compact and cost-eective 8-circuit and 24-circuit

models. EZ-MAX Plus is the ideal solution for smaller, stand-alone applications that do not require the ﬁeld conﬁguration or

advanced networking features like the GreenMAX Relay Control systems.

Programming is easy with the EZ-MAX Plus with a large LCD screen on the panel or an o-line editor. EZ-MAX Plus includes

standard programming conﬁgurations for occupancy sensors and photocells as well as a built-in astronomical time clock

(ATC) with 101 major city and states programmed into the system.

Centralized Control | EZ-MAX® Plus

FEATURES

• Large, bright LCD screen with oversize buttons for easy programming

• Easy standard programming conﬁguration:

- Occupancy sensors: manual-ON or auto-ON applications

- Photocells: interior or exterior application modes

- Photocell light level trip points: ON or OFF

• Built-in astronomical time clock and scheduler

- 101 major cities and states programmed for easy astronomical setup

- Sunrise/sunset time clock events

• Auto detection/auto assign of installed network switches

• Enable/disable of low voltage and digital input devices minimizes power consumption

• Clearly labeled access points allow installer to locate optimum knock-out locations

• ON/OFF timed control of LED - use with low voltage sensors, photocells and switches

• UL and cUL Listed Industrial Control Equipment and Emergency Lighting Equipment for 120V, 277V and 347V Panels

• ASHRAE Standard 90.1 2010 compliant

• CA Title 24 compliant and listed

• Rated for 100% load capacity

• Backed by a limited 10-year warranty on relays and a limited 2-year warranty on panels

APPLICATIONS

• Low voltage control

• Site lighting

• Daylight harvesting

• Occupancy sensor integration

• Parking garage/parking lot lighting

• Smart replacement of time clock/contactor installations

• Any application requiring reliable and cost-eective automatic on/o lighting control

DESCRIPTION CAT. NO.

EZ-MAX Plus 8 Relay Panel, 120V, 277V, and 347V Control Input, No Relays R08BD-000

EZ-MAX Plus 8 Relay Panel, 120V, 277V, and 347V Control Input, (4) 1-pole 30A (NO/NC) Latching Relays R08BD-L04

EZ-MAX Plus 8 Relay Panel, 120V, 277V, and 347V Control Input, (8) 1-pole 30A (NO/NC) Latching Relays R08BD-L08

EZ-MAX Plus 8 Relay Panel, 120V, 277V, and 347V Control Input, (8) 20A 2-pole (NO/NC) Latching Relays R08BD-208

EZ-MAX Plus 24 Relay Panel, 120, 277, and 347V Control Input, No Relays R24BD-000

EZ-MAX Plus 24 Relay Panel, 120V, 277V and 347V Control Input, (16) 1-pole 30A (NO/NC) Latching Relays R24BD-L16

EZ-MAX Plus 24 Relay Panel, 120V, 277V, and 347V Control Input, (24) 1-pole 20A (NO/NC) Latching Relays R24BD-L24

EZ-MAX Plus 24 Relay Panel, 120V, 277V and 347V Control Input, (16) 2-pole 20A (NO/NC) Latching Relays

R24BD-216

EZ-Max Plus 24 Relay Panel, 120V, 277V, 347V Control Input, (24) 2-pole 20A (NO/NC) Latching Relay R24BD-224

EZ-MAX Plus 8 Relay Panel, 230V Control Input, No Relays R08BF-000

EZ-MAX Plus 8 Relay Panel, 230V Control Input (8) 1-pole 30A (NO/NC) Latching Relays R08BF-L08

EZ-MAX Plus 24 Relay Panel, 230V Control Input, No Relays R24BF-000

www.leviton.com/les 81

Centralized Control | EZ-MAX® Plus

EZ-MAX PLUS RELAY CARDS

EZ-MAX Plus Panels use individual relay cards for each circuit allowing for the most ﬂexibility in matching the relay type to

your speciﬁc load requirements. The beneﬁt of a single relay card for a single circuit allows an inﬁnite arrangement of relay

types to position in your system and supports individual replacement should the need ever occur.

• For maximum equipment protection, standard 30A relay card has a Short Circuit Current Rating (SCCR) of 20,000A

• Relay cards individually replaceable

• Mechanical attachment to panel of each relay card is with a single screw

• Listed for use with ballasted loads

• From the panel, each relay card can be controlled as follows:

- Override ON

- Override OFF

- Locked Override ON

- Locked Override OFF

- Timed ON

- Timed Override OFF

• Backed by a limited 10-year warranty on relays

EZ-MAX PLUS RELAY CARDS

DESCRIPTION CAT. NO.

EZ-MAX Relay, 120-277VAC, 1-Pole 30A NO/NC, with Manual Override RELAY-L30

EZ-MAX Relay, 208-480V, 2-Pole 20A NO RELAY-2PL

EZ-MAX Relay 20A NO, 347 RELAY-347

ACCESSORIES*

DESCRIPTION CAT. NO.

Low Voltage Switch Adapter for GE 5-wire switches

(installed at the switch itself, cabinet has terminations for ON/OFF/LED/+1/com) RAC00-2SB

xx Button, Low Voltage Switch, White 00LVS-xxW*

xx Button, Digital Switch, White ZMDSW-xxW*

Outdoor Photocell, 1-10V, 0-250 FC PCOUT-000

Indoor Photocell, 1-10V, 0-100 FC PCIND-000

Atrium Photocell, 1-10V, 0-1000 FC PCATR-000

Skylight Photocell, 1-10V, 0-2000 FC PCSKY-000

* For a complete range of occupancy sensors for use with EZ-MAX Plus, refer to www.leviton.com/occupancysensors

Centralized Control | EZ-MAX® Plus

EZ-MAX PLUS VS. GREENMAX:

THE BEST SYSTEM FOR SPECIFIC APPLICATIONS

Leviton oers multiple options in relay control for contractors, developers, architects and facility managers. Please see below

for details on which system oers the most value for dierent applications.

EZ-MAX PLUS GREENMAX

• Small scale, simple installations with 8 or less relays

to control

• Primarily time clock control for common areas and

site lighting

• Provides simple lighting control strategies throughout

the structure

• Speciﬁed structures with over 8 relays to control

• Multiple lighting applications such as site lighting, individual

oces/tenants, daylight harvesting, dimming control, etc.

• Varying needs for many zones of lighting control and

ON/OFF times throughout the structure/campus

EZ-MAX PLUS GREENMAX

FEATURES

• Smart replacement for time clock/contactor installations

• Low-voltage control devices

• Site lighting

• Simple daylight harvesting

• Occupancy sensor integration

• Parking garage/parking lot lighting

• Any application requiring reliable and cost-eective

automatic lighting control

• Switching

• Dimming

• Behavior controls

• Scheduling

• Occupancy sensing

• Daylight harvesting

• Scalable for future expansion

• Building Mangement System interface

• Room control

EZ-MAX PLUS GREENMAX

COMMON APPLICATIONS

• Restaurants (fast food, café, sit-down, etc)

• Small commercial oce spaces

• Strip malls with simple site lighting

• Free-standing shops

• Parking garages

• Houses of worship

• State/federal parks

• Multi-building, large-scale campuses

• Schools (K-12, college)

• Large indoor shopping malls

• Convention centers

• Hotels

• Hospitals

• Large oce buildings

• Department stores

• Theme parks

• Government buildings

www.leviton.com/les 83

Distributed Control | Sector®

SECTOR® INTELLIGENT DIGITAL LIGHTING CONTROL SYSTEM

The Sector Intelligent Digital Lighting Control System combines occupancy sensing, daylighting and ﬂexible dimming lighting

control in one conveniently integrated system that saves time, money and energy. This topology-free, polarity-free system

allows the entire network to be installed using the same wiring for all components and accessories, making it one of the

easiest lighting control systems to install. All components are on a single bus, with accessories connected to the network,

not the ballast. The Sector family of products provides a scalable solution that oers maximum ﬂexibility and coverage in any

application – from a single room to a campus of buildings in retroﬁt or new construction projects. To learn more, visit

www.leviton.com/Sector

FEATURES

SECTOR INTELLIGENT DIGITAL LIGHTING CONTROL SYSTEM

• Topology free

• California Title 24 2013 and ASHRAE Standard 90.1 2010 compliant

• Polarity free — Class 1 or Class 2 Wiring/standard building supported wiring in same conduit as power wiring

• No special terminations or installation requirements

• Scene control switches

• Behavior support

• Occupancy sensor feedback to BMS systems

• Personal workspace lighting control from user’s personal computer for user comfort

• Easy to commission — ultimate ﬂexibility in design, installation and conﬁguration

• Easy to design, easy to install and easy to maintain

• The Sector 5-button digital switch has ﬁve lighting levels for switched lighting applications:

- Max — Lights are at maximum level, system is in override status

- Bright— Turns individual zones ON and OFF depending on daylighting levels

- Dim — Manual control for dimmable lights

- On — Lights are on for Daylight Harvesting

- O — Lights are completely OFF

• Sector 2 Button Switch - ON/OFF only

• Ideal Uses: Hospitals, oces buildings, medical oces, universities, labs, restaurants, government facilities and any other

location that could beneﬁt from the cost savings and energy eciency of a controlled lighting environment.

ADVANTAGES

• Easy to Use with 1-10V LED drivers

• Simple to Design — scalable system for small and large applications; devices that connect directly to the network can be

installed anywhere in the system

• Easy to Install— topology free, polarity independent, and operates on standard Class 1 or Class 2 wiring throughout the en-

tire systems to reduce installation costs by as much as 35% or more; standard wire is found in every contractor’s inventory

• Flexible to Commission— conﬁguration and commissioning is completed from the PC application without physically having

to go to each device

• Ultimate time-saving design ﬂexibility – easily integrate various lighting control strategies—switching, distributed dimming,

scheduling, occupancy sensing, and daylight harvesting – in one system oering future expansion opportunities

• Easy energy code compliance and eligibility for LEED points

• Control and customization from occupant’s desktop as well as remote control and administrator software interface

• SectorFlex system controls Sector and non-Sector 1-10V ballasts or LED dimmers by any manufacturer, allowing for

ﬂexibility in implementation

• Minimal installation time — color coded easy-insert connectors simplify wiring and minimize installation time

• Miswire protection prevents lamp failure if wired incorrectly

• Smooth fade through dimming range of 1% to 100% for ﬂicker-free dimming

• Lamps turn on at any dimmed level without ﬂashing to full brightness, extending lamp life and providing a better user

experience

• Non-volatile memory restores all ballast settings after power failure

www.leviton.com/les 85

Distributed Control | Sector®

SECTOR RELAY

• Provides switching control for non-dimming devices and 1-10V control

for sinking and sourcing controllable loads like LED drivers, ballasts and

incandescent dimmers

• Used for both switching only loads and dimming loads controllable with

a 1-10 control signal

• Provides additional system design options, allowing control of ballast

incandescent, LED, cold cathode or other sources that may attempt a

1-10VDC control input

SECTOR BUS CONTROLLER

• Contains the brain and the power supply for the Sector system in a

single component

• Controls a maximum of 64 devices on a system with the ability to

expand and include a maximum of 250 systems

SECTOR OCCUPANCY SENSORS

• Turns lights ON/OFF based on vacancy or occupancy

• Multi-technology and infrared (PIR) models available

• Self-adjusting settings continually analyze and adjust sensitivity, timer

operation and long-term performance, reducing user complaints

SECTOR PHOTOCELL

• Daylight harvesting capabilities oer consistent lighting at desired level

for greater visual comfort

SECTOR DIGITAL SWITCH

• User controls desired light level at the push of a button

• 5 button (MAX, BRIGHT, DIM, OFF Daylight Harvesting ON) and 2 button (ON, OFF) available

• 2 button (ON/OFF)

SECTOR HANDHELD REMOTE

• User controls desired light level at the push of a button (ON, MAX, BRIGHT, DIM, OFF)

• Controls lighting levels up to 25 feet from anywhere in the room

SECTOR LOW VOLTAGE INTERFACE

• Allows integration of Sector System with non-Sector occupancy sensors and photocells

• Provides for cost and install time savings by utilizing existing site components

SECTORNET SOFTWARE

• Personal Dimming Option (PDO) — Individual control for the lights above a user’s

workspace right from their desktop PC

• Central control — Facility personnel and lighting administrators can re-conﬁgure control

as needed with Illustrator layout tool

• A computer is only needed to initially conﬁgure the system. Afterward, Sector can be

ran as an independent system

• Commissioning quickly associates ﬁxtures to Sector devices for easy conﬁguration that

can be remotely controlled

• Data acquisition for energy usage monitoring

• Ladderless commissioning — remotely conﬁgure and control system components

• 3 levels of load shed allow user to automatically adjust power consumption across the

entire system by simply clicking a button

Distributed Control | Sector®

www.leviton.com/les 87

Distributed Control | Sector®

Area 3

Area 1

Area 2

Area 5

Area 7 Areas 2 - 7

Up to 250 devices are

supported on each

LumaCAN subnet.

A Bus Controller counts

as (1) device

CLASS 2 WIRING

*Power

Supply

Bus

Controller

To other Bus Controllers

Photocell

Occupancy

Sensor

Photocell

2 Button

Switch

Remote

2 Button

Switch

Non-Dim Device

Signage

Power

Sector

Relay

Occupancy

Sensor

2 Button

Switch

SectorNet Network

LumaCAN Network

Line

Voltage

Line

Voltage

Sector

Relay

0-10V

Control

& Power

Dimmer

Occupancy

Sensor

2 Button

Switch

Photocell

1-10V

LED Fixture

SectorNet Network

Sector

Relay

Line

Voltage

2 Button

Switch

Occupancy

Sensor

Terminate each end

of the LumaCAN

network by pushing

blue button

Max Longest Run - 1000’

1-10V

LED Fixture

Line

Voltage

Area 4 Area 6

Occupancy

Sensor

1-10V

LED Fixture

Line

Voltage

Area 8

Occupancy

Sensor

1-10V

LED Fixture

Line

Voltage

Line

Voltage

2 Button

Switch

1-10V

LED Fixture

Line

Voltage

1-10V

LED Fixture

Line

Voltage

*Power

Supply

Bus

Controller

64 SectorNet

devices per

Bus Controller

Max 32 input

devices (Switch,

Photocell, or

Occupancy

Sensor

Max distance between

Bus Controller & last

device on line is

1,000’/304 Meters

Up to 8 areas

per Bus

Controller

Wiring may follow any

topoology, daisy chain,

star, home run etc.

or “T” at any point in

the network.

SectorNet Network

is also poliarity free!

Max 256mA per Power Supply

1-10V LED

Fixture

1-10V

LED Fixture

Sector

Relay

Line

Voltage

Sector

Relay

SectorNet Network

Sector

Relay

Sector

Relay

Sector

Relay

Sector

Relay

SectorNet Network

Sector

Relay

SectorNet Wiring

Min 18AWG

CLASS 1 OR 2 WIRING

Distributed Control | Sector®

DESCRIPTION CAT. NO.

Sector Bus Controller/Power Supply,

120-277V, 50/60Hz SBP00-00M

Sector Relay, 120-347V 20A Output,

120-277V, 50/60Hz Input SBCS0-L00

Sector 4-Module Enclosure (to hold a

maximum of 4 Bus Controllers) SEN04-000

Sector PIR Occupancy Sensor, White,

450SF OSC04-ISW

Sector Multi-Technology Occupancy

Sensor, White, 2000 SF OSC20-MSW

Sector Photocell ODC0P-0SW

5-Button Digital Switch, White SDS00-15W

2-Button Digital Switch, White SDS00-12W

Artwork Kit, Scene 1, Raise, Lower,

Max, OFF SDSP1-R5W

Artwork Kit, Scene 1, Max, OFF SDSP1-M2W

Artwork Kit, Scene 1, OFF SDSP1-02W

Artwork Kit, Scene 1, Scene 2, Scene

3, Scene 4, OFF SDSP4-05W

Artwork Kit, Zone 1 Toggle, Zone 2

Toggle, All OFF SDSP4-G1W

Artwork Kit, High, Low, OFF SDSP4-G2W

Sector Handheld Infrared Remote

Controller SHH00-000

USB-to-LumaCAN Adapter SLM00-000

SectorNET Administrative Software SIF00-000

SectorNET Client Software SIFPD-000

SectorNET Low Voltage Interface

Module for Occupancy Sensors and

Photocells

SLIQD-000

SectorNET Low Voltage Interface

Module for Switches, 5-Channel SLIQS-000

ORDERING INFORMATION

www.leviton.com/les 89

VerifEye™ Submetering Solutions

SMARTER METERING. SMARTER CONTROL. REAL SAVINGS.

THE BENEFITS OF SUBMETERING

VerifEye delivers a comprehensive line of leading-edge submeters, communication products, and software solutions as the

key building blocks to help you better manage costs and conserve energy.

Develop your strategic energy management plan using revenue grade real-time energy usage information to measure,

monitor, and manage operations to improve your bottom line. From tenant billing to energy measurement & veriﬁcation

(M&V) software solutions, VerifEye oers cost eective scalability and integration to provide you with the solution you

need today and in the future.

For additional energy savings, combine VerifEye with Leviton lighting controls for a complete energy management

solution from a single source.

VERIFEYE DELIVERS ACCURATE INFORMATION FOR:

• Tenant billing/cost allocation

• Load proﬁling & benchmarking

• Measurement & veriﬁcation (M&V)

• Energy conservation programs

• LEED projects

• Government mandates

• AMR/BMS/EMS integration

• Renewable and bi-directional applications

• Compliance with green building initiatives

www.leviton.com/les 91

VerifEye™ Submetering Solutions

EXCELLENCE COMES STANDARD

• Open architecture design provides easy integration with third party building management system (BMS) platforms

• UL 916 Listed or recognized for Energy Monitoring Equipment and UL 61010 Electrical Equipment for Measurement

and Control

• Installer friendly, reverse phase LED indicator arrow and power and load indicators provide installation diagnostics by visually

conﬁrming

that the product is properly installed and functioning

• Leviton Series 1000, 2000 and 3500 meters are available as an indoor steel or outdoor NEMA 4X enclosure at the same low

price; Series 4000 and 4100 meters available as DIN rail and NEMA 4X

• VerifEye oerings include a wide range of meters to meet the needs of any application. Automated data collection solutions

and energy reporting and analysis software to easily and intelligently manage energy consumption

• Solutions are conﬁdently backed by a best in the industry 5 year warranty

LEVITON METERING PHILOSOPHY

Consultative Approach

Each project is tailored to each customer’s needs - from a basic meter hardware system to an advanced communication

system that includes BAS/BMS integration

Scalable System

Options for future upgrades and additions are available with Leviton’s ﬂexible solution—no need to purchase an entire

new system

Open Protocol

Ease of communication with the use of Leviton Data Acquisition Communication equipment

Pulse Only Meters Ethernet

Meter

Series 1000

Water Gas Steam

Series 2000 Series 3500

Protocols:

- ModBus RTU

- ModBus TCP/IP

- BACNet IP

HD Pulse

Module

ModHopper

Add to any VerifEye system

for wireless metering

Automated Data Collection

EMH

Energy Monitoring Hub*

Advanced Communication

Meters

Series 4000/

Series 4100

Series 8000

Protocols:

- ModBus RTU

- ModBus TCP/IP

- BACNet IP

All-in-One

Meter & Hub

EMH+ All-in-One

Meter & Hub*

Protocols:

- ModBus RTU

- ModBus TCP/IP

- Optional BACNet IP

Energy Manager and BMO 2.0*

*BMO 2.0 is free with purchase of a VerifEye Hub

3rd Party

18/2 Wire

BillSuite

Building Management System

CAT 5 CAT5

On-Site Software

Web-Based Software

*BMO 2.0 is FREE with purchase of a VerifEye hub

VerifEye™ Submetering Solutions

VERIFEYE METERS

MMU Mini Meter Flush Mount Mini Meter Outdoor

Residential

kWh Meter

Phase/Wiring 1PH 3W

Voltage

Conﬁgurations 120/208/240

Amperages 100-200A

Measuring

Parameters kWh

Communications

Protocol

(Standard)

Isolated

Pulse Output

Current

Transformers

Options

Split Core

Solid Core Solid Core Split Core

Solid Core

Enclosure

Options

OEM Module

Indoor Plastic

Flush Mount NEMA 1

Outdoor NEMA 4X

MMU NEMA 4X

Display Type LCD or Mechanical

Counter

Accuracy C12.20 +/- 0.5%

with paired CTs C12.20 +/- 0.5%

Multiple Meter

Unit (MMU)

Conﬁgurations

Medium, 2-4 Meters

Large, 5-8 Meters

Extra-Large,

9-19 Meters

Data Storage Last Reading -

Cumulative

Last Reading -

Cumulative

Series 8000 EMH+ All-In-One

Meter & Hub*

1PH 3W

120/208/240

200A

kWh

Embedded line

powered AMR

equipment,

wireless network

Indoor Flush Mount

Indoor Surface

Mount

LCD

1PH 2W

1PH 3W WYE

3PH 3W Delta

3PH 4W WYE

120/208

120/240

240/416

277/480

480*

ModBus TCP

ModBus RTU

(RS-485)

BACnet IP

Indoor JIC Steel

NEMA

Local LCD, Scroll

3PH: 8 points

2PH: 12 points

1PH: 24 points

Last Reading -

Cumulative Data in

15 min Intervals

0.5% Mini Meter

Speciﬁcations Mini Meter™

Kits

0.5% Mini Meter

Kits

Series 8000

Multiple Point

High Density

Meter

Residential/Commercial

kWh Meter

* With potential transformer - consult factory for availability.

**VerifEye BMO 2.0 software is included at no cost with purchase of any VerifEye Data Acquisition Hub

C12.20 0.5% with

paired CTs

EMH+ All-In-One

Meter & Hub*

3PH 3W Delta

3PH 3W WYE

1PH 2W

3PH 4W WYE

208-480

120, 240, 277VAC

ModBus/RTU, ModBus/TCP,

TCP/IP, PPP, HTTP/HTML, FTP,

NTP, XML, SNMP-Trap.

Optional BACnet/IP

Split Core

Solid Core

Indoor Plastic Surface Mount

LCD

C12.1 1% +/- 0.5% from 2%

to 100% of full scale

Last reading - 1 to 60 min

User Selectable

(default 15 min)

Meter Totals: kWh, kVARh, kW, kVAR, kVA,

Voltage L-L, L-N, Current, Power Factor, Peak and

Present Demand, Frequency Per Phase: Voltage L-L,

L-N, Current, Power, Power Factor

100-5000A

www.leviton.com/les 93

VerifEye™ Submetering Solutions

Commercial Commercial

and Industrial

Series 1000

Single Phase

Meter Kits

Series 2000

Three Phase

Meter Kits

Series 3500

Multi-Function Ethernet Meter Kits

Series 4000

Industrial ModBus

Meter Kits

kWh Meter

Series 4100

Industrial

ModBus RTU and

BACNet MS/TP

Meter Kits

kWh Meter with Optional Demand Advanced kWh Meter with Communication

Phase/Wiring 1PH 2W 1PH 3W 3PH 4W WYE 3PH 3W/4W 3PH 3W 3PH 4W 3PH 3W/4W

Voltage

Conﬁgurations

120

277

120/208

120/240

277/480

120/208

277/480 Universal Voltage (120-480V) Universal Voltage (90-600)

Amperages 100-800A 100-1200A 100-5000A Split Core: 100, 200,400, 800A

Rogowski: 20-5000A

Measuring

Parameters

kWh

Optional kW

(peak demand reset)

kWh

Optional kW

(peak demand

reset)

kWh

kW (peak demand reset)

Meter total: kVAR, kVA, Power Factor & kW

By Phase: Volts, Watts, Amps, Power Factor

Interval Data

Meter Totals: kVARh, kW, kVAR, kVA,

Voltage L-L, L-N, Current, Power Factor,

Frequency

Communications

Protocol

(Standard)

Isolated Pulse

Output

Isolated Pulse

Output

Isolated Pulse Output

Ethernet

ModBus TCP/IP

BACnet IP

ModBus/RTU

Isolated Pulse Output

ModBus/RTU and

BACnet MS/TP

Current

Transformers

Options

Split Core

Solid Core

Split Core

Solid Core

Split Core

Solid Core

Split Core .333V secondary output only

Rogowski Coil: lengths available in 12”, 18” and

24”

Enclosure

Options

Indoor

Steel NEMA 1

Outdoor

NEMA 4X

Indoor

JIC Steel NEMA 1

Outdoor

NEMA 4X

MMU JIC Steel

NEMA 1

Indoor

JIC Steel NEMA 1

Outdoor

NEMA 4X

Indoor

DIN Rail Mount

Outdoor

NEMA 4X

Indoor

DIN Rail Mount

Outdoor

NEMA 4X Enclosure

Display Type Local LCD Local LCD, Scroll LCD, Scroll LCD, Scroll

Accuracy

C12.20 +/- 0.5% C12.20 +/- 0.5% C12.10 and C12.20 +/- 0.5% C12.20 0.5% C12.20 0.5%

Multiple Meter

Unit (MMU)

Conﬁgurations

Medium:

2-4 meters

Large: 5-8 meters

Extra-Large:

9-16 meters

- - -

Data Storage Last Reading - Cumulative Peak Demand

with Key Reset (optional)

Last Reading - Cumulative Peak Demand

with Key Reset Data in 15 min Intervals

Last Reading - Present and Peak Demand for kW

and kVAR

Series 1000

Outdoor

Series 2000

Outdoor

Series 1000

Indoor

Series 3500

Outdoor

Series 2000

Indoor

Series 3500

Indoor

Series 4000/4100

Outdoor

Series 4000/4100

Indoor

VerifEye™ Submetering Solutions

Outdoor

Mini Meter

Indoor Surface Mount

Mini Meter

Indoor Flush Mount

Mini Meter

MINI METER™

EQUITABLE TENANT BILLING

Some multi-tenant residential properties include energy costs in rental fees and generally charge tenants for energy based

on the square footage occupied. To be truly equitable, tenants should pay only for what they actually use. With Leviton Mini

Meters, building managers can easily track and allocate energy usage costs fairly to multiple tenants, as well as recoup

energy expenses from common-use areas (parking lots, hall lighting, etc.). Tenants beneﬁt by paying only for the energy they

use; and when they focus on conserving energy, they can see direct ﬁnancial beneﬁts from their eorts.

FEATURES

• kWh Meter

• 120V 1PH 2W and 120/208/240V 1PH 3W

• 100-200 Amps

• Pulse Output - standard feature

• Available in indoor ﬂush mount and surface mount enclosures and NEMA 4X outdoor individual meter enclosures and

Multiple Meter Units (MMUs) from 2 to 19 meters

• Select surface mount and ﬂush mount models include built in tamper-proof switch or built-in wireless AMR and temperature

sensing capabilities

• 0.5% revenue grade accuracy class

• Use with solid core CTs to achieve 0.5% accuracy. Also available with split core CTs.

• Up to three sets of CTs per phase can be paralleled per meter with no multipliers

• Components of Mini Meter Kits are UL/cUL Listed Energy Usage Monitor per CCN FTRZ

www.leviton.com/les 95

VerifEye™ Submetering Solutions

0.5% MINI METER KITS - INDOOR FLUSH MOUNT ENCLOSURE*

VOLTAGE AMPS CTs INCLUDED CAT. NO.

120/208/240V 2PH 3W

200A 2 Solid CTs

6P201-C02

120/208/240V 2PH 3W (includes Time of Use (TOU)* enabled kWh

Transceiver and Tamper Proof Switch) 6W201-C02

120/208/240V 2PH 3W (includes Time of Use (TOU) & Temperature

enabled kWh Transceiver and Tamper Proof Switch) 6W201-D02

120/208/240V 2PH 3W (includes Time of Use (TOU) & Delta

Temperature enabled kWh Transceiver) 6W201-E02

0.5% MINI METER KITS - INDOOR SURFACE MOUNT ENCLOSURE*

VOLTAGE AMPS CTs INCLUDED CAT. NO.

120/208/240V 2PH 3W

200A 2 Solid CTs

6PSMT-C02

120/240V 1PH 3W (includes Time of Use (TOU*) enabled kWh

Transceiver and Tamper Proof Switch) MMSMT-C02

120/240V 1PH 3W (includes Time of Use (TOU) and Temperature

enabled kWh Transceiver and Tamper Proof Switch) MMSMT-D02

120/240V 1PH 3W (includes Time of Use (TOU) and Delta Temperature

enabled kWh Transceiver and Tamper Proof Switch) MMSMT-E02

MINI METER KITS - INDOOR FLUSH MOUNT ENCLOSURE

VOLTAGE AMPS CTS INCLUDED CAT. NO.

120/208V 3W or 120/240V 1PH 3W (Split Phase) 100A 2 Solid CTs MK240-1SW

200A MK240-2SW

MINI METER KITS - OUTDOOR ENCLOSURE

VOLTAGE AMPS CTS INCLUDED CAT. NO.

120/208V 3W or 120/240V 1PH 3W (Split Phase) 100A 2 Solid CTs MO240-1SW

200A MO240-2SW

120/208V 2PH 3W or 120/240V 1PH 3W (Split Phase) 100A 2 Split CTs MO240-01W

200A MO240-02W

*For a complete wireless Automatic Meter Reading (AMR) system, data transceivers and other wireless network components (DCAPs and Repeaters) are required

as dictated by building construction.

TOU = Time of Use, providing 15-minute time-stamped kWh interval data

**All DCAPs and Gateways shipped with 6VDC, minimum 1.5 Amp power supply, Ethernet cable and USB cable

MINI METER KITS

Note: Kits include meter, speciﬁed enclosure and required current transformers

WIRELESS REPEATER

DESCRIPTION CAT. NO.

Repeater, 5V, includes 5VDC 1A plug-in power supply and internal backup battery T101R-05V

WIRELESS DATA CONCENTRATING ACCESS POINTS (DCAPS)**

DESCRIPTION CAT. NO.

Data Concentrating Access Point (DCAP), Low Capacity (150 meter points max), built-in radio receiver T201E-151

DCAP, High Capacity (1000 meter points max), built-in radio receiver T201E-102

Series 2000 Multiple Meter Unit (MMU) Mini Meter Multiple Meter Unit (MMU)

MULTIPLE METER UNITS (MMUs)

For both retroﬁt and new construction, Leviton Multiple Meter Units (MMUs) are fast and easy to install. They come pre-wired

per project conﬁguration sheets with clearly labeled connections, minimizing the electrical installation time, another great

money saving feature.

All Leviton MMUs are UL Listed assemblies, giving your customers extra assurance at no extra cost. Choose from an indoor

steel model in 4/8/16 unit single- or three-phase conﬁgurations utilizing Series 2000 meters or a weatherproof outdoor

enclosure in 4/8/19 unit single-phase conﬁgurations utilizing Mini Meters. If your application requires a

dierent conﬁguration, Leviton is ready to help.

All MMUs are customizable and ﬁeld upgradable for individual projects.

Each meter order requires submittal of a Conﬁguration Form.

Go to leviton.com/verifeye for more information.

VerifEye™ Submetering Solutions

www.leviton.com/les 97

VerifEye™ Submetering Solutions

MINI METER MMUS

VOLTAGE DESCRIPTION CAT. NO.

MEDIUM MINI METER MMU, 2-4 METERS

120/240V

1PH 3W

2 Dual Element Meters 6M202-CFG

3 Dual Element Meters 6M203-CFG

4 Dual Element Meters 6M204-CFG

120/208V

3PH 4W

2 Dual Element Meters 6M302-CFG

3 Dual Element Meters 6M303-CFG

4 Dual Element Meters 6M304-CFG

LARGE MINI METER MMU, 5-8 METERS

120/240V

1PH 3W

5 Dual Element Meters 6L205-CFG

6 Dual Element Meters 6L206-CFG

7 Dual Element Meters 6L207-CFG

8 Dual Element Meters 6L208-CFG

120/208V

3PH 4W

5 Dual Element Meters 6L305-CFG

6 Dual Element Meters 6L306-CFG

7 Dual Element Meters 6L307-CFG

8 Dual Element Meters 6L308-CFG

EXTRA-LARGE MINI METER MMU, 9-19 METERS,

NEMA 4X ENCLOSURE

120/240V

1PH 3W

9 Dual Element Meters 6X209-CFG

10 Dual Element Meters 6X210-CFG

11 Dual Element Meters 6X211-CFG

12 Dual Element Meters 6X212-CFG

13 Dual Element Meters 6X213-CFG

14 Dual Element Meters 6X214-CFG

15 Dual Element Meters 6X215-CFG

16 Dual Element Meters 6X216-CFG

17 Dual Element Meters 6X217-CFG

18 Dual Element Meters 6X218-CFG

19 Dual Element Meters 6X219-CFG

120/208V

3PH 4W

9 Dual Element Meters 6X309-CFG

10 Dual Element Meters 6X310-CFG

11 Dual Element Meters 6X311-CFG

12 Dual Element Meters 6X312-CFG

13 Dual Element Meters 6X313-CFG

14 Dual Element Meters 6X314-CFG

15 Dual Element Meters 6X315-CFG

16 Dual Element Meters 6X316-CFG

17 Dual Element Meters 6X317-CFG

18 Dual Element Meters 6X318-CFG

19 Dual Element Meters 6X319-CFG

SERIES 2000 MMUS

VOLTAGE DESCRIPTION CAT. NO.

MEDIUM SERIES 2000 MMU, 2-4 METERS

120/208V

3PH 4W

2 Three Element Meters 2M202-CFG

3 Three Element Meters 2M203-CFG

4 Three Element Meters 2M204-CFG

277/480V

3PH 4W

2 Three Element Meters 2M402-CFG

3 Three Element Meters 2M403-CFG

4 Three Element Meters 2M404-CFG

LARGE SERIES 2000 MMU, 5-8 METERS

120/208V

3PH 4W

5 Three Element Meters 2L205-CFG

6 Three Element Meters 2L206-CFG

7 Three Element Meters 2L207-CFG

8 Three Element Meters 2L208-CFG

277/480V

3PH 4W

5 Three Element Meters 2L405-CFG

6 Three Element Meters 2L406-CFG

7 Three Element Meters 2L407-CFG

8 Three Element Meters 2L408-CFG

EXTRA-LARGE SERIES 2000 MMU, 9-16 METERS,

NEMA 4X ENCLOSURE

120/208V

3PH 4W

9 Three Element Meters 2X209-CFG

10 Three Element Meters 2X210-CFG

11 Three Element Meters 2X211-CFG

12 Three Element Meters 2X212-CFG

13 Three Element Meters 2X213-CFG

14 Three Element Meters 2X214-CFG

15 Three Element Meters 2X215-CFG

16 Three Element Meters 2X216-CFG

277/480V

3PH 4W

9 Three Element Meters 2X409-CFG

10 Three Element Meters 2X410-CFG

11 Three Element Meters 2X411-CFG

12 Three Element Meters 2X412-CFG

13 Three Element Meters 2X413-CFG

14 Three Element Meters 2X414-CFG

15 Three Element Meters 2X415-CFG

16 Three Element Meters 2X416-CFG

ORDERING INFORMATION

VerifEye™ Submetering Solutions

SERIES 8000 MULTI-POINT HIGH DENSITY METERS

The Series 8000 Multi-Point High Density Meters are designed to meter high density appli cations such as multi-tenant

oce and residential build ings, medium-sized retail stores and institutional facilities and branch circuit monitoring. For easy

data accessibility, the Series 8000 design is based on an open protocol network to transmit data over ModBus and BACnet.

Combining revenue-grade electrical submetering with building automation communications technology, the Series 8000

Meter complies with all regulatory electric safety and communications requirements and meets stringent ANSI 0.5 %

Accuracy Class standards.

• Allows for revenue grade metering of up to 24

individual circuits in one device

• Monitors up to 24 current transformers—

- 8 circuits, 3 phase loads

- 12 circuits, 2 phase loads

- 24 circuits, 1 phase loads

• Branch circuit monitoring

• 100-5,000 Amp current transformers

• Native communications protocol—ModBus TCP,

ModBus RTU (RS-485) and BACnet IP standard

• Measures kW hours, kW demand, volts, amps

• Interval and net metering

• Conﬁgurable via Ethernet or ModBus RTU network

to BMS or VerifEye software solutions

CHOOSING BETWEEN A WIRING

HARNESS AND TERMINAL STRIPS

• Wiring harnesses oer a less labor

intensive solution when all CTs are

located in one panel like in a multi-family

high rise project. This eliminates the need

to extend CT wires out of the panel.

• Terminal strips are ideal for installers

who prefer to land each wire and not

use a color-coded wiring harness. For

CTs located in dierent panels or dierent

locations with a switchboard, terminal

strips oer an easier solution with the

ability to extend the current transformer

wiring back to the meter location for

termination. Terminal strip models also

carry a slightly higher cost and should be

considered with the project budget.

Series 8000 Meter

ORDERING INFORMATION

SERIES 8000 MULTI-POINT HIGH DENSITY METERS

VOLTAGE DESCRIPTION CAT. NO.

RESIDENTIAL

120/208/240V Phase Conﬁg 3x2 with Wiring Harness S8120-032

120/208/240V Phase Conﬁg 6x2 with Wiring Harness S8120-062

120/208/240V Phase Conﬁg 9x2 with Wiring Harness S8120-092

120/208/240V Phase Conﬁg 12x2 with Wiring Harness S8120-122

120/208V Phase Conﬁg 8x3 with Terminal Strips S8UTS-083

120/208V Phase Conﬁg 12x2 with Terminal Strips S8UTS-122

120/208V Phase Conﬁg 24x1 with Terminal Strips S8UTS-241

120/208V Phase Conﬁg 8x3 with Wiring Harness S8UWH-083

120/208V Phase Conﬁg 12x2 with Wiring Harness S8UWH-122

120/208V Phase Conﬁg 24x1 with Wiring Harness S8UWH-241

COMMERCIAL & INDUSTRIAL

277/480V Phase Conﬁg 8x3 with Terminal Strips 277TS-083

277/480V Phase Conﬁg 12x2 with Terminal Strips 277TS-122

277/480V Phase Conﬁg 24x1 with Terminal Strips 277TS-241

277/480V Phase Conﬁg 8x3 with Wiring Harness 277WH-083

277/480V Phase Conﬁg 12x2 with Wiring Harness 277WH-122

277/480V Phase Conﬁg 24x1 with Wiring Harness 277WH-241

POTENTIAL TRANSFORMER (OPTIONAL)

480V Delta Delta PTs with Enclosure S480V-011

www.leviton.com/les 99

VerifEye™ Submetering Solutions

SERIES 1000 SINGLE PHASE METERS

• kWh meter with optional Peak Demand functionality (includes Reset Key)

• 100 - 800 Amps

• Isolated Pulse output—standard feature

• Large LCD Display

• ANSI 0.5% revenue grade accuracy class

• Utilizes split and solid core current transformers (CTs) that are certiﬁed to all revenue grade accuracy standards

• Up to three sets of CTs per phase can be paralleled per meter with no multipliers

Series 1000

Indoor

Series 1000

Outdoor

INDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

120V 1PH 2W

100

1 Split CT

1K120-01W

200 1K120-02W

400 1K120-04W

800 1K120-08W

100 1 Solid CT 1K120-1SW

200 1K120-2SW

120/208V 1PH 3W or

120/240V 1PH 3W

(Split Phase)

100 2 Split CTs 1K240-01W

200 1K240-02W

400 2 Split CTs 1K240-04W

800 1K240-08W

100 2 Solid CTs 1K240-1SW

200 1K240-2SW

277V 1PH 2W

100

1 Split CT

1K277-01W

200 1K277-02W

400 1K277-04W

800 1K277-08W

100 1 Solid CT 1K277-1SW

200 1K277-2SW

OUTDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

120V 1PH 2W

100

1 Split CT

1O120-01W

200 1O120-02W

400 1O120-04W

800 1O120-08W

120/208V 1PH 3W or

120/240V 1PH 3W

(Split Phase)

100

2 Split CTs

1O240-01W

200 1O240-02W

400 1O240-04W

800 1O240-08W

277V 1PH 2W

100

1 Split CT

1O277-01W

200 1O277-02W

400 1O277-04W

800 1O277-08W

SERIES 1000 SINGLE PHASE METER KITS

Note: Kits include meter, speciﬁed enclosure and required current transformers

ORDERING INFORMATION

100

VerifEye™ Submetering Solutions

SERIES 2000 THREE PHASE METERS

• kWh meter with optional Peak Demand functionality (includes Reset Key)

• 120/208V or 277/480V 3PH 4W WYE only

• 100 - 1200 Amps

• Pulse output—standard feature

• Large LCD Display

• Revenue grade accuracy: 0.5% accuracy class

• Utilizes split and solid core current transformers (CTs) that are certiﬁed to all revenue grade accuracy standards

• Up to three sets of CTs per phase can be paralleled per meter with no multipliers

INDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

120/208V 3PH

4W WYE kWh

Meter

100

3 Split CTs

2K208-01W

200 2K208-02W

400 2K208-04W

800 2K208-08W

1200 2K208-12W

100 3 Solid CTs 2K208-1SW

200 2K208-2SW

277/480V 3PH

4W WYE kWh

Meter

100

3 Split CTs

2K480-01W

200 2K480-02W

400 2K480-04W

800 2K480-08W

1200 2K480-12W

100 3 Solid CTs 2K480-1SW

200 2K480-2SW

120/208V 3PH

4W WYE Demand

Meter

100

3 Split CTs

2K208-01D

200 2K208-02D

400 2K208-04D

800 2K208-08D

1200 2K208-12D

277/480V 3PH

4W WYE Demand

Meter

100 2K480-01D

200 2K480-02D

400 2K480-04D

800 2K480-08D

1200 2K480-12D

OUTDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

120/208V 3PH

4W WYE kWh

Meter

100

3 Split CTs

2O208-01W

200 2O208-02W

400 2O208-04W

800 2O208-08W

1200 2O208-12W

277/480V 3PH

4W WYE kWh

Meter

100 2O480-01W

200 2O480-02W

400 2O480-04W

800 2O480-08W

1200 2O480-12W

ORDERING INFORMATION

SERIES 2000 THREE PHASE METER KITS

Note: Kits include meter, speciﬁed enclosure and required current transformers

Series 2000

Indoor

Series 2000

Outdoor

www.leviton.com/les 101

VerifEye™ Submetering Solutions

SERIES 3500 MULTI-FUNCTION ETHERNET METERS

• Communications protocol:

- ModBus TCP/IP or BACnet IP

- Isolated pulse output

- Ethernet

• Universal voltage for 120-480V

• Measured Parameters

- Total Meter:

- kWh/kW

- kVAh

- kVA and kVAR

- Power Factor

- Line Frequency

• Large LCD display with scroll feature

• ANSI 0.5% accuracy class revenue-grade accuracy

• Installation diagnostics

• Low voltage detection

• Real time clock with battery backup for TOU reading

• Use with split core or solid core CTs

• Up to three sets of CTs can be paralleled per meter with no multipliers

• Indoor JIC steel and outdoor (NEMA 4X) enclosure options

• UL/cUL Listed Energy Usage Monitor per CCN FTRZ

- Per Phase:

- Voltage L-N

- Current

- Watts

- VA, VAR

- Power Factor

- Voltage L-L

INDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

208-480VAC

3P 3W/4W

(with ModBus

TCP/IP

100

3 Split CTs

3KUMT-01M

200 3KUMT-02M

400 3KUMT-04M

800 3KUMT-08M

1600 3KUMT-16M

3000 3KUMT-30M

5000 3KUMT-50M

100

3 Solid CTs

3KUMT-1SM

200 3KUMT-2SM

400 3KUMT-4SM

OUTDOOR ENCLOSURE

VOLTAGE AMPS

CTS

INCLUDED CAT. NO.

208-480VAC

3P 3W/4W

(with BACnet)

100

3 Split CTs

3OUMT-01M

200 3OUMT-02M

400 3OUMT-04M

800 3OUMT-08M

1600 3OUMT-16M

3000 3OUMT-30M

5000 3OUMT-50M

100

3 Solid CTs

3OUMT-1SM

200 3OUMT-2SM

400 3OUMT-4SM

NOTE: Kits include meter, speciﬁed enclosure and required current

transformers

ORDERING INFORMATION

SERIES 3500 MULTI-FUNCTION ETHERNET METER KITS

Series 3500 Meter

102

VerifEye™ Submetering Solutions

EMH+ ALL-IN-ONE METER AND HUB*

The VerifEye™ EMH+ combines an onboard revenue-grade power meter and Data Acquisition Hub in a ﬂexible, all-in-one

pack-

age. This simple and eective energy solution can be used to meet energy codes and mandates and is ideal for new con-

struction and commercial buildings.

• Simplicity—A complete metering system for any application

• Easy to Install—Reduces installation time and cost with

integrated meter and data acquisition capabilities

• More Features, Lower Cost—Costs up to 30% less than other

bundled meter and data acquisition devices

• Scalable—Employs other VerifEye solutions for future

upgrades

• Free Web-Based Software—Uses free online energy data

visualization BMO 2.0 software*

• Data Collection

- Logs and collects data on user selected intervals

- Non-volatile memory stores data until the next scheduled

upload or manual download

• Compatible with VerifEye BMO 2.0* online software allowing

users to quickly access energy consumption information

from a web-based platform

• Tracks real-time energy usage for demand response programs

• Meter data can be transferred to energy dashboards, kiosks

and software applications

• Up to 32 ModBus meters can be added downstream

• Supports BACNet and other protocols on one device

• Seamlessly integrates with BMS and BAS systems

• Monitors performance of critical systems such as lighting

and HVAC

• Set alarms notiﬁcations for targeted levels and view graphical

and historical data

LCD TOUCH SCREEN FEATURES

• Similar SmartPhone layout

• System set up from touch screen

• View live data from the EMH+ and other associated meters

ORDERING INFORMATION

EMH+ ENERGY MONITORING HUB*

AMPS CTS INCLUDED CAT. NO.

100A

3 Split CTs

A8814-1S3

200A A8814-2S3

300A A8814-3S3

400A A8814-4S3

600A A8814-6S3

800A A8814-8S3

1600A A8814-163

3000A A8814-303

5000A A8814-503

EMH+ All-In-One Meter & Hub*

*VerifEye Building Manager Online (BMO) 2.0

software is included at no cost with the purchase

of VerifEye EMH+ All-In-One Meter and Hub.

www.leviton.com/les 103

VerifEye™ Submetering Solutions

• Kits include meter, speciﬁed enclosure and split core and Rogowski Coil

current transformers

• Industrial Temperature Range -22-58°F (-30-70°C)

• 50/60 Hz

• 90-600V versatility including 347V (L-N) and 600V (L-L) with fewer

models to stock

• ANSI 12.20 0.2% accuracy, IEC 62053-22 Class 0.2S

• Options for 100, 200, 400m 800 and 800A split core CTs and Rogowski

CTs (20-5000A)

• DIN Rail Mount

• Energy monitoring for AMR/BAS/BMS/EMS systems

• Tenant cost allocation

• Energy conservation and cost reduction

• Green building initiatives and government mandates

• Measurement and veriﬁcation

• Load proﬁling and benchmarking

ORDERING INFORMATION

SERIES 4000 INDUSTRIAL MODBUS METER KITS

SERIES 4000 INDOOR METER KITS - DIN RAIL MOUNT

VOLTAGE AMPS CTS INCLUDED CAT. NO.

Universal 3PH 3W/4W 100

3 Split CTs

4KUMR-01M

Universal 3PH 3W/4W 200 4KUMR-02M

Universal 3PH 3W/4W 400 4KUMR-04M

Universal 3PH 3W/4W 800 4KUMR-08M

Universal 3PH 3W/4W 20-5000 3, 12” Rogowski Coil CTs 4KUMR-R12

Universal 3PH 3W/4W 20-5000 3, 18” Rogowski Coil CTs 4KUMR-R18

Universal 3PH 3W/4W 20-5000 3, 24” Rogowski Coil CTs 4KUMR-R24

SERIES 4000 OUTDOOR NEMA ENCLOSURE

VOLTAGE AMPS CTS INCLUDED CAT. NO.

Universal 3PH 3W/4W 100

3 Split CTs

4OUMR-01M

Universal 3PH 3W/4W 200 4OUMR-02M

Universal 3PH 3W/4W 400 4OUMR-04M

Universal 3PH 3W/4W 800 4OUMR-08M

Universal 3PH 3W/4W 20-5000 3, 12” Rogowski Coil CTs 4OUMR-R12

Universal 3PH 3W/4W 20-5000 3, 18” Rogowski Coil CTs 4OUMR-R18

Universal 3PH 3W/4W 20-5000 3, 24” Rogowski Coil CTs 4OUMR-R24

SERIES 4000 COMPONENTS

AMPS DESCRIPTION CAT. NO.

100

1 Split CT

CTV01-K21

200 CTV02-K21

400 CTV04-K40

800 CTV08-K40

- Fuse Pack, 1/2A, 600VAC, slow blow CTV00-FK3

20-5000 12” Rogowski Coil CTs CRV50-K62

20-5000 18” Rogowski Coil CTs CRV50-K93

20-5000 24” Rogowski Coil CTs CRV50-KC2

Series 4000 Indoor

104

Series 4100 Indoor

VerifEye™ Submetering Solutions

SERIES 4100 BIDIRECTIONAL MODBUS RTU AND BACNET

MS/TP METER KITS

The VerifEye Series 4100 Bidirectional ModBus RTU and BACNet MS/TP Meter

Kits feature bidirectional monitoring speciﬁcally

designed for renewable energy

applications. The Series 4100 Meter Kits measure power imported from the

utility grid and power exported from renewable energy source like solar panels.

The Series 4100 Meter Kits are available in a standalone DIN rail mount or NEMA

4X enclosures and come with either split core or ﬂexible rope-style Rogowski

Current Transformers (CTs).

• Bidirectional monitoring

• Industrial temperature range: -22-158°F (-30-70°C)

• 50/60 Hz

• 90-600V versatility including 347V with fewer models to stock

• Options for 100, 200, 400, and 800A Split Core CTs and Rogowski CTs (20-5000A)

• DIN rail mount for easy installation

• One device serves multiple locations

• User-enabled password protection to protect meter from tampering

• Bright, backlit LCD for installation in dark areas and viewing real time data

• Energy monitoring for AMR/BAS/BMS/EMS systems

• Renewable energy applications such as solar panels and wind

• System integration via ModBus RTU or BACnet MS/TP

- RS-485 Serial

• CSI approval for California Solar Initiative

INDOOR DIN RAIL MOUNT MODBUS METER KITS

VOLTAGE AMPS CTS INCLUDED CAT. NO.

Universal

3PH 3W/4W

ModBus

RTU

100

Split Core CTs

4DUMR-01B

200 4DUMR-02B

400 4DUMR-04B

800 4DUMR-08B

20-5,000 12” Rogowski Coil CTs 4DUMR-12R

20-5,000 18” Rogowski Coil CTs 4DUMR-18R

20-5,000 24” Rogowski Coil CTs 4DUMR-24R

INDOOR DIN RAIL MOUNT BACNET MS/TP METER KITS

Universal

3PH 3W/4W

BACnet

MS/TP

100

Split Core CTs

4DUBM-01B

200 4DUBM-02B

400 4DUBM-04B

800 4DUBM-08B

20-5,000 12” Rogowski Coil CTs 4DUBM-12R

20-5,000 18” Rogowski Coil CTs 4DUBM-18R

20-5,000 24” Rogowski Coil CTs 4DUBM-24R

OUTDOOR NEMA ENCLOSURE - MODBUS METER KITS

VOLTAGE AMPS CTS INCLUDED CAT. NO.

Universal

3PH 3W/4W

ModBus

RTU

100

Split Core CTs

41OUM-01B

200 41OUM-02B

400 41OUM-04B

800 41OUM-08B

20-5,000 12” Rogowski Coil CTs 41OUM-12R

20-5,000 18” Rogowski Coil CTs 41OUM-18R

20-5,000 24” Rogowski Coil CTs 41OUM-24R

OUTDOOR NEMA ENCLOSURE - BACNET MS/TP METER KITS

Universal

3PH 3W/4W

BACnet

MS/TP

100

Split Core CTs

41OUB-01B

200 41OUB-02B

400 41OUB-04B

800 41OUB-08B

20-5,000 12” Rogowski Coil CTs 41OUB-12R

20-5,000 18” Rogowski Coil CTs 41OUB-18R

20-5,000 24” Rogowski Coil CTs 41OUB-24R

ORDERING INFORMATION

SERIES 4100 BIDIRECTIONAL MODBUS RTU AND BACNET MS/TP METER KITS

www.leviton.com/les 105

ORDERING INFORMATION

VerifEye™ Submetering Solutions

*Consult factory for availability.

System Accuracy: ±1% of reading from 10% to 100% of the rated

current of the CTs, accomplished by matching the CTs with electronics and

calibrating them as a system.

CURRENT TRANSFORMERS

The better the equipment, the better the measurement. Leviton meters utilize highly accurate current transformers for

revenue-grade performance certiﬁed to ANSI standards. Competing products use current sensors that do not provide the

same level of performance. Leviton Meter Kits include Split Core or Solid Core Current Transformers (CTs) for high-quality,

long-term accuracy and reliability. For added safety, all Leviton current transformers come with built-in voltage suppression

devices that prevent hazardous voltages from developing on CT secondaries should they become disconnected from a meter

with load current present.

Compact and cost-eective solid core CTs slip over power lines to measure the electrical current ﬂowing through the line.

They are compact and cost eective. For solid core CT installation, power must be de-energized and the circuit opened, in

order to slip the CT over the power line.

SOLID CORE—FOR USE WITH SERIES 8000 METERS,

MINI METERS AND MMUS ONLY

AMP DESCRIPTION CAT. NO.

100:0.1A

Solid Core, 0.67”, Black CDE01-K11

Solid Core, 0.67”, Blue CDE01-L11

Solid Core, 0.67”, Red CDE01-R11

Solid Core, 0.72”, Black CDA01-K12

Solid Core, 0.72”, Blue CDA01-L12

Solid Core, 0.72”, Red CDA01-R12

200:0.1A

Solid Core, 0.67”, Black CDE02-K11

Solid Core, 0.67”, Blue CDE02-L11

Solid Core, 0.67”, Red CDE02-R11

Solid Core, 0.72”, Black CDA02-K12

Solid Core, 0.72”, Blue CDA02-L12

Solid Core, 0.72”, Red CDA02-R12

400:0.1A Solid Core, 1.5”, Black CDF04-K24

SPLIT CORE—SERIES 1000, 2000, 3500, 8000 METERS

AND SERIES 2000 (MMUS) ONLY

100:0.1A Split Core, .75” x .75” CTD01-K16

200:0.1A Split Core, 1” x 1” CTD02-K16

400:0.1A Split Core, 1.5”, x 1.5” CTD04-K23

800:0.1A Split Core, 3” x 3.5” CTC08-K46

1200:0.1A Split Core, 4” x 6” CTC12-K46

1600:0.1A Split Core, 4” x 6” CTC16-K96

3000:0.1A Split Core, 5” x 7” CTC30-57B**

5000:0.1A Split Core, 5” x 7” CTC50-57B**

SPLIT CORE - FOR USE WITH SERIES 4000 INDUSTRIAL

MODBUS METER KITS ONLY

100:0.333V Split Core, 1.6” x 2.1” CTV01-K21

200:0.333V Split Core, 2.2” x 2.8” CTV02-K21

400:0.333V Split Core, 6” x 5.2” CTV04-K40

800:0.333V Split Core, 6” x 5.2” CTV08-K40

ROGOWSKI COIL—FOR USE WITH SERIES 4000 INDUSTRIAL

MODBUS METER KITS ONLY

20-5000A

Rogowski Coil, 12” CRV50-K62

Rogowski Coil, 18” CRV50-K93

Rogowski Coil, 24” CRV50-KC2

Solid Core Current Transformers

100A, 200A, 400A available

Split Core Current Transformers

100A-800A available

Split Core Current Transformers

100A-5,000A available

Rogowski Coil Current Transformer

20A-5,000A available

106

VerifEye™ Submetering Solutions

Speciﬁcations

Data

Acquisition

Hubs

Data

Acquisition

Hubs

Data

Acquisition

Hubs

Input/

Output

Module

Input/

Output

Module

Wireless ModBus/

Pulse Transceiver

Energy

Monitoring

Hub (EMH)*

EMB

Hub*

EMB

HubLite*

High

Density

Pulse

Module*

Flex I/O

Module* ModHopper*

A8812 A8810 A7810 A8911 A8332 R9120

Protocols

ModBus RTU

ModBus TCP

TCP/IP

PPP

HTTP/HTML

FTP

NTP

XML

SNMP-Trap

BACnet IP

ModBus TCP

TCP/IP

PPP

HTTP/HTML

FTP

NTP

XML

SNMP-Trap

BACnet IP

ModBus RTU

Applications

Use with an Ethernet (LAN) connection to push-or-

pull data via HTTP, XML, FTP, or any custom protocol

Connect to web-based (IP-based) software

dashboards, energy information management

systems and demand response systems

Use with EMH to take

advantage of plug-in

communication

Use with ModHopper for

wireless communication

Push-or-pull meter data

to VerifEye kiosks and

software applications

Designed speciﬁcally for

wireless submetering

Collect meter data from

multiple buildings over

long distances

“Self-managed” mesh

network k

eeps system

functioning

with high

reliability

VERIFEYE COMMUNICATION PRODUCTS

Energy Monitoring EMB Hub EMB HubLite High Density Flex I/O Module ModHopper

Hub (EMH) Pulse Module

HOW TO SELECT THE APPROPRIATE DATA ACQUISITION HUB

ModBus

TCP

ModBus

RTU

4 Pulse

Inputs

Onboard

8 Flex

Inputs

On Board*

Conﬁgured

for Leviton

Energy

Manager

Requires

Separately

Ordered

Power Supply

A8812-001 EMH X X - X X -

A8812-000 EMH

(non-conﬁgured) X X - X - -

A8810-000 EMB Hub X X - - - X

A7810-000 EMB HubLite

X - X - - X

* Pulse, analog, status and resistive.

*VerifEye BMO 2.0 is free with purchase of a VerifEye Hub.

www.leviton.com/les 107

VerifEye™ Submetering Solutions

METERING COMMUNICATIONS SYSTEMS

To create a data network between Leviton submeters and stakeholders

(BAS, third party billing, Leviton Energy Manager software, etc.), Leviton

oers Metering Communication Systems. These solutions transmit data

from meters to end systems, creating a seamless transition between data

collection and data display. Leviton Metering Communications Systems

also enable facilities to create metering systems that can easily share data

through open protocols such as ModBus, and IP-based data transfer through

HTTP/FTP of .csv or XML ﬁles. The results are robust and reliable networks

scalable to accommodate future expansion, with data made accessible from

any internal or external location.

DATA ACQUISITION HUBS*

ENERGY MONITORING HUBS

Data Acquisition Hubs, including the Energy Monitoring Hub (EMH), EMB

and EMB HubLite, are intelligent, ﬂexible data acquisition servers allowing

users to collect energy data from meters and environmental sensors.

Designed to connect to IP-based applications such as enterprise energy

management, demand response and smart grid programs, Hub servers allow

you to connect thousands of energy points, benchmark energy usage and

reduce energy costs.

• Collects and logs data from connected wired or wireless devices based on

user-set intervals

• Pushes or pulls data via HTTP, XML, FTP or any custom protocol using an

Ethernet (LAN) connection

• No software required: information can be accessed through any web

browser in any location

• Plug and play connectivity

• Compatible with nearly any front-end software platform allowing

customers to use a variety of reporting tools

• Push or pull meter data to energy dashboards, kiosks and software

applications

• Monitor performance of critical systems (lighting, HVAC, PDUs,

inverters, etc.)

Energy Monitoring Hub*

ORDERING INFORMATION

DATA ACQUISITION HUBS*

DESCRIPTION CAT. NO.

Energy Monitoring Hub – Conﬁgured for Leviton Energy Manager A8812-001

Energy Monitoring Hub – Non-Conﬁgured A8812-000

EMB Hub A8810-000

EMB HubLite A7810-000

Power Supply for EMB Hub and EMB HubLite YBM07-010

EMB Hub*

EMB HubLite*

Refer to page 102 for the EMH+ Energy Monitoring HUB - features integrated meter and HUB.

*VerifEye BMO 2.0 is included at no cost with the

purchase of any VerifEye Data Acquisition Hub.

108

INPUT/OUTPUT MODULES

HIGH DENSITY PULSE MODULE

The High Density Pulse Module provides a convenient way to expand a VerifEye metering system by connecting the HD Pulse

Module to an Energy Monitoring Hub (EMH) and/or ModHopper for system expansion. The HD Pulse Module accepts up to

23 standard pulse sensors and can function as a slave device with any ModBus master. This data can easily be integrated to

a network of other critical energy sensors to provide a comprehensive energy monitoring solution. The HD Pulse Module is

ideal for applications with a high density of pulse output devices, giving users access to meters that would previously require

multiple modules.

• External communications handled via shielded twisted pair 18-22 gauge

wire allowing communication up to 4,000 ft and pulse input

communications up to 200 ft (consult factory for longer runs) using

18-24 gauge control wire

• DIN or wall mounting make installations quick and easy

• Device veriﬁcation—LED indicators for each pulse input allow for fast

indication and veriﬁcation of pulses to reduce installation and

troubleshooting time

• Non-volatile memory retains conﬁguration and pulse count totals during

power failures for reliable data collection and retention

• Easily add pulse meters to ModBus network for a scalable, open protocol

solution

• Field upgradable ﬁrmware for user-friendly future upgrades and expansion

FLEX I/O MODULE

The Flex I/O Module is a cost-eective way to collect data from meters or sensors and bring the information into a ModBus

network or energy monitoring system. As a stand-alone or bundled package, the Leviton Flex I/O Module can be incorporated

with data acquisition and metering devices to provide a cost-eective energy monitoring solution. The Flex I/O Module is

compatible with virtually any ModBus master, allowing customers the ﬂexibility to use it in existing ModBus networks. Use

with the Leviton Energy Monitoring Hub (EMH).

• Easily add meters and sensors to the ModBus network

• 8x user selectable inputs

• 2X output relays for manual controls or pulse replication

• Non-volatile memory

• Industrial temperature range of -22-158°F (-30-70°C)

• LEDs for visual veriﬁcation/status reduce installation and

troubleshooting time

• Din or wall mount for easy installation

• Field upgradable ﬁrmware for user-friendly future upgrades and expansion

VerifEye™ Submetering Solutions

High Density Pulse Module

Flex I/O Module

ORDERING INFORMATION

INPUT/OUTPUT MODULES

DESCRIPTION CAT. NO.

High Density Pulse Module, 23 Inputs A8911-000

Flex I/O Module, 8 User Selectable Inputs, 2 Relay Outputs A8332-000

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VerifEye™ Submetering Solutions

ModHopper

ORDERING INFORMATION

WIRELESS MODBUS/PULSE TRANSCEIVER

DESCRIPTION CAT. NO.

ModHopper and Power Supply R9120-500

WIRELESS MODBUS/PULSE TRANSCEIVER

ModHopper

The ModHopper is designed with breakthrough mesh technology that makes connecting ModBus RTU (RS485) and pulse

devices simple and cost eective. Our “smart” ModHopper transceivers eliminate the need for costly wiring runs allowing

users to wirelessly capture meter data in the most challenging retroﬁt and campus environments. Collect meter points in

existing buildings with minimum down-time or disruption of day-to-day operations.

• Designed speciﬁcally for wireless metering and VerifEye submetering

solutions for guaranteed compatibility

• No software or programming required and devices automatically

conﬁgure when powered, reducing labor costs and installation time

• Wireless “mesh” network—self-healing, self-optimizing for ease

of installation and maintenance

• Connect up to 32 ModBus and 2 pulse devices per ModHopper for

the ultimate expandable solution

• Long distance communication (3,000ft indoor/14 miles LOS Outdoors)

for ﬂexibility of placement and easier future expansion

• Multiple independent network capability

• Reliable, constant two-way communication and packet veriﬁcation

• Point to multi-point communication

• Field upgradable ﬁrmware for user-friendly future upgrades and expansion

VERIFEYE NEMA COMMUNICATION BUNDLES

Leviton VerifEye NEMA Communication Bundles combine VerifEye’s Data Acquisition Products into one enclosure for a

Leviton-exclusive, all-in-one-bundled communication solution for indoor use. All VerifEye NEMA communication bundles have

one part number and are factory pre-assembled for ease of ordering eliminating the need for ﬁeld assembly.

ORDERING INFORMATION

NEMA COMMUNICATION BUNDLES

DESCRIPTION CAT. NO.

Energy Monitoring EMB Hub with Line Voltage Power Supply, NEMA 4X Enclosure A8810-PS1

Energy Monitoring EMB HubLite with Line Voltage Power Supply, NEMA 4X Enclosure A7810-PS1

HD Pulse Module with Line Voltage Power Supply, NEMA 4X Enclosure A8911-PS1

Flex I/O Module with Line Voltage Power Supply, NEMA 4X Enclosure A8332-PS1

VerifEye BMO 2.0 is included at no cost with the

purchase of any VerifEye Data Acquisition Hub.

110

VerifEye™ Submetering Solutions

Speciﬁcations

Tenant Billing Software Measurement & Veriﬁcation (M&V) Software

BillSuite Building Manager

Online (BMO) 2.0* Energy Manager

LBSSW BMOSW LEMS8

Primary

Functions

Automates the tenant billing process by

eliminating manual meter readings

Allows users to quickly access energy

consumption information via a web-

based platform

Plot charts and view data quickly

without any custom software installed

on a PC—simply log on to the BMO

website

Analyzes, formats and reports data

gathered from VerifEye Submetering

Solutions

Users log in to Energy Manager website

and access data and reports in real-time

Key Features

Monitor energy consumption of each

tenant or whole building on a 24/7 basis

Meters can be in a basement, wire

closet or individual unit

Generate bills from any PC—

requires Windows 7 or better

Monthly and periodic billing reports for

any or all VerifEye submeters

Energy proﬁle to identify peak demand

and energy waste

Delivers simple graphical interface

for plotting energy information and

identifying

anomalies and peak demand

near real time

Uploads 15 minute interval data and

displays raw data in a line graph

Illustrates information in real time

Includes an automatic reporting system

and an instant alarm notiﬁcation system

Produces customized reports to suit

precise requirements

Collects information from 1 to 60 min

intervals for in-depth tracking

Reporting based on 15 min intervals

Key Beneﬁts

Generate monthly electricity bills for

each tenant, which reﬂect actual energy

usage

Improve cash ﬂow and increase net

operating income

Eliminate uncertainty of variable utility

costs

Delegate energy usage accountability

to tenants

Improve tenant satisfaction, retention

and property values

Identify and ﬁx energy waste, reducing

overall costs

Investigate potential building problems

and alarms easily

Select date ranges to display

information in intervals from one year

to as little as an hour

Export your 15 min interval data to .csv

ﬁles

Conﬁgure VerifEye HUB communication

products remotely

Add or change the data recording

interval, alarm thresholds, even the

device name

Graph up to 4 dierent parameters for

trending patterns

Identify cost saving measures that

can

lead to greater proﬁtability

Discover energy ineciencies that may

be dicult to see

Establish baselines, budgets and

allocation of energy use and cost within

an enterprise to track and analyze goals

and performance

Develop responsible environmental

goals

and conservation measures while

measuring and managing facility’s

carbon footprint

Provide outstanding communication

and support, enabling facilities to have

the most advanced and intuitive energy

management reporting in the industry

VERIFEYE SOFTWARE PRODUCTS

BillSuite Building Manager Online (BMO) 2.0 Energy Manager

*VerifEye BMO 2.0 is included at no cost with the purchase of any VerifEye Data Acquisition Hub.

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VerifEye™ Submetering Solutions

VERIFEYE SOFTWARE

SAVE ENERGY, REDUCE COSTS, BE SUSTAINABLE

VerifEye software solutions provide simple, eective, turn-key solutions to monitor energy in real time. Designed to

seamlessly integrate with VerifEye submetering hardware and communication systems, VerifEye software allows facilities

to introduce smarter energy management strategies, saving money and resources.

VERIFEYE SOFTWARE INCLUDES:

• Tenant Billing

- BillSuite - provides individual tenant billing capabilities to ensure accurate and complete recovery of tenant energy costs

• Measurement & Veriﬁcation (M&V)

- Building Manager Online (BMO) 2.0—web-based interval data collection software platform

- Energy Manager—energy monitoring platform which interprets submeter data and exports real-time reports in selected

time increments, stretching from hour-by-hour to year-by-year

TENANT BILLING SOFTWARE

MEASURE. MONITOR. MANAGE. BILL.

Generate billing based on actual tenant consumption. BillSuite is a PC based software program that provides individual

tenant billing capabilities to ensure accurate and complete recovery of tenant energy costs. This software solution

automates the tenant billing process by eliminating manual meter readings for simpliﬁed, more accurate measure ment and

veriﬁcation. BillSuite collects energy consumption data from all meters on a periodic basis and generates energy bills, billing

reports, energy proﬁles as well as graphs. Other submeters such as gas, water, BTU, etc. can be added to the tenant bill.

HOW VERIFEYE BILLSUITE TENANT BILLING SOFTWARE WORKS

SIMPLE, EFFECTIVE, TURN KEY SOLUTION TO MONITOR & BILL ENERGY USAGE

• Meters record real-time kWh and kW consumption data

• Energy Monitoring Hub (EMH) receives meter data and pushes it to BillSuite

• BillSuite collects data, generates individual tenant bills using customizable utility rates, and provides graphing and

trending capabilities

• User logs into BillSuite and accesses billings and reports

*VerifEye BMO 2.0 is included at no cost with the purchase of any VerifEye Data Acquisition Hub.

Leviton

Submeters

Energy

Monitoring

Hub (EMH)*

BillSuite

(Data collection, monitoring,

billing & reporting)

112

VerifEye™ Submetering Solutions

BILLSUITE SOFTWARE

DESCRIPTION CAT. NO.

BillSuite Software 1 - 50 Meters LBSSW-01L

BillSuite Software 51 - 100 Meters LBSSW-02L

BillSuite Software 101 - 200 Meters LBSSW-03L

BillSuite Software 201 - 300 Meters LBSSW-04L

BillSuite Software 301 - 400 Meters LBSSW-05L

BillSuite Software 401 - 550 Meters LBSSW-06L

BillSuite Software 551 - 750 Meters LBSSW-07L

BillSuite Software 751 - 1000 Meters LBSSW-08L

15 Min Interval Data

Tenant Energy Bill

Energy

Monitoring

Hub (EMH)*

Leviton

Submeters

Leviton

Energy Manager

Data Center

User Interface

BMO 2.0 or

Energy Manager

Software

MEASUREMENT & VERIFICATION (M&V) SOFTWARE

Energy monitoring and reporting is the key to measuring and managing energy eciency and cost.

Decision-makers everywhere are turning to VerifEye Solutions to get the information they need to make smart energy

choices. An advanced web based platform that provides real time data for your entire enterprise, VerifEye BMO 2.0 and

Energy Manager deliver the most sophisticated tools to drive energy eciencies, reduce operating costs and create

more sustainable, environmentally sound facilities.

HOW VERIFEYE MEASUREMENT & VERIFICATION (M&V) SOFTWARE WORKS

SIMPLE, EFFECTIVE, TURN KEY SOLUTION TO MONITOR ENERGY IN REAL TIME

• Meters record real time consumption data

• Energy Monitoring Hub (EMH) receives meter data and pushes it to Energy Manager data center

• Data Center stores, manages and reports data in real time

• Energy Manager software analyzes, formats and reports the data

• User logs into Energy Manager website and accesses data and reports

*VerifEye BMO 2.0 is included at no cost with the purchase of any VerifEye Data Acquisition Hub.

VERIFEYE BILLSUITE FEATURES

• Monitor energy consumption of each tenant or whole building on a 24x7 basis

• Meters can be in a basement, wire closet or individual unit

• Billing of each tenant from the convenience of your PC

• Monthly and periodic billing reports for any or all meters

• Energy proﬁle to identify peak demand and energy waste

www.leviton.com/les 113

VerifEye™ Submetering Solutions

BUILDING MANAGER ONLINE (BMO) 2.0

• Leviton hosted software application—no software installation required

• Set alarms and view graphical and historical data in intervals from one year to as little as an hour

• Provides a daily view summary of load proﬁles to help identify high and low consumption days and

visual daily trending patterns

• Shows the eects of energy conservation measures by tracking load proﬁles over a given time period

• Quickly view any building or end-user for a summary of operating parameters

• Export data to spreadsheets for analysis (.csv ﬁles)

• Plot charts to show trends and provide analytical charts with demand proﬁling

• Select date ranges to display information

• Copy and paste graphs into your own reports with BMO’s convenient legends

VerifEye BMO 2.0 is included at no cost with

purchase of any VerifEye Data Acquisition Hub.

114

VerifEye™ Submetering Solutions

Annual Report

Multiple Meter Analysis Report

ENERGY MANAGER SOFTWARE

• Simpliﬁed, easy to use with intuitive drilldown functionality

• Identify cost saving measures that can lead to greater proﬁtability

• Discover energy ineciencies that may be dicult to see

• Establish baselines, budgets and allocation of energy use & costs

within an enterprise

• Measure and monitor the enterprise’s carbon footprint

• Enhance LEED certiﬁcation ratings with credits for measuring,

monitoring and veriﬁcation

• Adopt best business practices for ecient energy use

• Track and trend consumption and site performance versus goals

• Highlight maintenance issues - identify sites and equipment that

need immediate attention

• Trend, compare and validate utility bills

• Provide outstanding communication and support enabling your

operations and management personnel to have the most

advanced, intuitive energy management reporting at their

ﬁngertips in just 3 clicks!

- Real-time Report - Daily Report

- Weekly Report - Weekly Proﬁle Report

- Monthly Report - Monthly Proﬁle Report

- Annual Report - Comparison Report

- Carbon Emissions Report - Energy Center Report

ENERGY MANAGER SOFTWARE

YEAR ONE

DESCRIPTION CAT. NO.

Energy Manager Software - Base License Program -

includes (8) control points and (1) user account LEMSB-000

Energy Manager Software - Base License Program -

includes EMH (ModBus/RS-485, Ethernet, No Modem),

(8) Flex Inputs, (8) control points and (1) user account

LEMS8-812

Energy Manager Software - Speciﬁer Version -

includes (8) control points and (1) user account LEMSS-000

Energy Manager Software - Speciﬁer Version -

includes EMH (ModBus/RS-485, Ethernet, No Modem),

(8) Flex Inputs, (8) control points and (1) user account

LEMS9-812

Energy Manager Software - Additional User Account LEMSU-000

Energy Manager Software - Additional Points License -

includes (8) control points LEMSP-000

ANNUAL RENEWAL

Energy Manager Software - Base License Program

Renewal – includes (8) control points and (1) user

account

LEMSB-R00

Energy Manager Software – Speciﬁer Version Renewal –

includes (8) control points and (1) user account LEMSS-R00

Energy Manager Software – Additional User Account

Renewal LEMSU-R00

Energy Manager Software - Additional Points License

Renewal – includes (8) control points LEMSP-R00

Energy Center Report

Carbon Emissions Report

www.leviton.com/les 115

Leviton Support

SERVICE AND SUPPORT DURING EVERY STEP OF THE PROCESS

There is much more to making lighting more energy ecient than just installing a simple device or two. System design,

product selection, installation and service: it has all got to come together. That’s where Leviton service and support

options come in. We’ll help you design your system and make the right product selections so you can create a lighting

control system that does exactly what you want it to do while saving electricity, meeting codes and standards, and even

garnering rebates.

It all starts with the Leviton sales representative. Our lighting control specialists are here to support you every step of the

way. They can perform on-site facility audits and suggest speciﬁc products and strategies for improving lighting energy

eciency.

EXCLUSIVE WEALTH OF RESOURCES

• ASHRAE and Title 24 Apps - simpliﬁes ASHRAE and Title 24

energy usage and lighting control requirements and provides

examples for common applications - available for Android and

Apple devices - go to www.leviton.com/apps

• ASHRAE 90.1 2010 Design Guide - Get ASHRAE information at your

ﬁnger tips—which includes real-world applications and single source

compliance strategies - go to http://ashrae.leviton.com

• California Title 24 2013 Design Guide - The basic goal of Title 24

energy standards is the reduction of energy use. Get Title 24 code

compliant solutions, information and more - go to

http://title24.leviton.com

• Dollars & Sensors® Online Energy Audit Tool - makes energy audits

easier than ever - use your smart device (Android, Apple, or

Blackberry) to enter audit information and your desktop to

generate ROI reports, analyses, Bill of Materials, and a submittal

package - go to www.leviton.com/dollarsandsensors

• Occupancy sensor layout services – have a team of experts create

occupancy sensor layouts directly on your CAD drawings, complete

with a List of Equipment at no cost – go to portal.leviton.com

• LightLogger® Program – get an accurate estimate of your

energy-savings potential with this exclusive payback analysis

tool – go to www.leviton.com/logger

• ez-Learn – access education tools from the comfort of your home

or oce with this exclusive 24/7 online training – go to

www.leviton.com/ezlearn

• ASAP Lighting Design software – point-and-click software allows

you to quickly and simply design, specify and enter orders – go to

www.leviton.com/asap

• Lighting control specialists at your disposal

• Field service engineers for top-level support

• Factory commissioning service

• Dedicated technical support via phone at 800 959-6004

CONTACT YOUR LOCAL LEVITON LIGHTING CONTROL

SPECIALIST TO GET YOUR FREE ENERGY AUDIT, OR

CALL 800-323-8920.

Leviton Manufacturing Co., Inc. Lighting & Energy Solutions

20497 SW Teton Avenue, Tualatin, OR 97062

tel 503-404-5500 fax 503-404-5594

tech line (6:00am–4:00pm PST Monday-Friday) 800-959-6004

Leviton Manufacturing Co., Inc. Global Headquarters

201 N. Service Rd., Melville, NY 11747-3138

tech line 1-800-824-3005 fax 1-800-832-9538

Leviton International

Middle East & Africa

tel +971-4-886-4722

fax +971-4-866-4723

email lmeinfo@leviton.com

China

tel +852-2774-9876

fax +852-2774-1741

email infochina@leviton.com

Latin America

tel +52-55-5082-1040

fax +52-55-5386-1797

email lsamarketing@leviton.com

Canada

tel +1-514-954-1840

fax +1-514-954-1853

email pcservice@leviton.com

ASEAN Countries

tel +65-9824-4468

fax +65-9464-9592

email infoasean@leviton.com

Europe

tel +47-40-60-30-30

fax +47-40-60-30-31

email infoeurope@leviton.com

South Korea

tel +82-2-3273-9963

fax +82-2-3273-9962

email infokorea@leviton.com

Australia & New Zealand

tel +64-4-562-8327

fax +64-4-562-8327

email intl@leviton.com

India

tel +91-80-6579-1273

email lev_india@leviton.com

G-8047D/H15-ak

REV AUG 2015

‘USGBC’ and related logo is a trademark owned by the U.S. Green Building Council and is used by permission

The American Recovery And Reinvestment Act of 2009 (“ARRA”) provides federal grants and loans for projects throughout the country. Section 1605 of the Act, named the “Buy American” provision, requires

that certain materials and manufactured products used in projects funded by the Act be manufactured in the United States. The appearance of the Recovery Act Logo in relation to a Leviton product is only

intended to reﬂect that such product may be used in an ARRA funded project. It does not mean that such product or Leviton is sponsored or endorsed by, or that Leviton receives funds from, the federal

government or the Recovery Accountability and Transparency Board. Nothing in Leviton’s use of the logo is intended to suggest anything regarding the requirements for funding under ARRA.

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