RE: Job: ONU, Reed Hall, Phase 2 Bourbonnais, IL
Submittal No./Rev: --Description: ONU PHASE II Lighting Controls
REVIEWED
REVISE AND RESUBMIT
REVIEWED AND COMMENTED
Checking is only for conformance with the
design concept of the project and
compliance with the information given in
the contract documents. Contractor is
responsible for dimension confirmation
and correlation at the job site, for
information that pertains solely to the
fabrication processes or to techniques of
construction, and for coordination of the
work of all trades involved in the project.
ELARA ENERGY SERVICES
30 N. Wolf Road Second Fl - Hillside, IL 60162
BY:
Bhupendra Tailor
DATE: 08-29-13
Notes:
1. No Mini-Z is required. Provide dimming relay “1DS’ in Greenmax panel as
shown in the design documents for day light harvesting.
2. No model number selected for any of the product.
30 North Wolf Road, Second Floor, Hillside, IL 60162-1900 • Phone: (708) 236-0300 • Fax: (708) 236-0330
PRODUCT DATA
Super Duty Power Pack Line
High performance line includes models for daylight
harvesting, bi-level switching, CA Title 24, occupancy
sensing control, and manual switching
OPP20 SOFTWARE FEATURES BY MODEL (CONT’D)
OPP20-RD3
• Auto-ON occupancy sensor input
• Photocell (switching only) ready
DEFINITION
The OPP20 is the latest addition to the Leviton
Power Pack family, delivering a wide array of
switching solutions in a single unit. Submitted for
stringent testing, this robust Power Pack line is
designed to deliver unmatched performance. The
OPP20 line features robust and reliable mechanical latching relays, exclusive fail-safe circuitry,
daylight harvesting, bi-level switching, and is configurable for energy code requirements (CA Title
24, ASHRAE, NYC LL48). Exclusive Leviton High
Inrush Stability (H.I.S.™) circuitry is specifically
designed to handle high inrush electronic ballast
loads and offer unmatched durability and service.
APPLICATIONS
• Daylight Harvesting
• Bi-level Switching
• Plug Load Control
• CA Title 24
• Auto-ON/Auto-OFF with Local Switch
• Manual-ON/Auto-OFF with Local Switch
OPP20 SOFTWARE FEATURES
• Fail-safe/Return-to-Closed capability
• Power interruption feature guarantees to close
the relay; 5 seconds after power restoration,
lights will return to current state
OPP20 SOFTWARE FEATURES BY MODEL
OPP20-OD1
• Auto-ON occupancy sensor input
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
• Complies with CA Title 24
OPP20 HARDWARE FEATURES
• Robust and reliable mechanically held 20A latching
relay provides dependability and robust performance
for all load types and provides 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 life safety concerns
•Industry exclusive H.I.S. (High Inrush Stability) circuit
designed to handle high inrush electronic ballast
loads
• Factory calibrated zero crossing for extended life
of the relay
•Submitted and passed for stringent testing:
• Tested over 1,500,000 loaded cycles
• Passed NEMA 410 testing for electronic ballast
current overload at 16A
• UL/cUL 916 Listed for Energy Management
Equipment
• Multiple compliance and regulatory UL and CSA
testing - consult factory for details
•Output short circuit protection
•Internal voltage regulated at 24VDC, 225mA
•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
• RoHS Compliant
Leviton Mfg. Co., Inc. Lighting & Energy Solutions
20497 SW Teton Avenue, Tualatin, OR 97062 1-800-736-6682 Tech Line: 1-800-959-6004 Fax: 503-404-5594 www.leviton.com/les
© 2013 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.
OPP20-0D1 • OPP20-0D2 • OPP20-RD3 • OPP20-RD4
OPP20-OD2
• Exclusive self-detect configurable local switch input
- momentary or maintained
• Configurable for Auto-ON and Manual-ON occupancy
sensor inputs
• Complies with CA Title 24
APPLICATION DIAGRAMS
Auto ON/Auto OFF with Local Switch
ue
Local Switch ONLY
Blue
LOAD
LOAD
ed
LOAD
LOAD
Red
ck
Black
Occupancy Sensor
Occupancy Sensor
N
White
H
Black
Blue
Blue
Yellow/Orange
OPP20-0 D2
OPP20-RD4
White/Blue
N
White
Blue
H
Black
Yellow/Orange
OPP20-0 D2
OPP20-RD4
Blue
Red
White/Blue
Blue
Red
Black
Black
m the same phase.
Switch
Switch
Switch
NOTE: Power Pack and the load switched by the power pack MUST be fed from the same phase.
witch
NOTE: Power Pack and the load switched by the power pack MUST be fed from the same phase.
Dual Circuit with the “Add-a-relay” device
Photocell with Local Switch
ue
Red
Black
Switching Photocell
Required (by Others)
Gray
Switching
Photocell
Required
(by Others)
ue
ed
Blue
N
White
H
Black
Yellow/Orange
White/Blue
All Models
Blue
Blue
Blue
Red
Red
Black
Black
LOAD
LOAD
ack
LOAD
LOAD
Blue
ed
ack
Occupancy Sensor
LOAD
LOAD
Occupancy Sensor
Gray
Blue
N
White
H
Black
Yellow/Orange
OPP20-RD4
White/Blue
Green
Blue
Blue
Brown/White
Blue
Red
OSA20-R00
N
Black
H
Blue
Brown
Blue
Red
Black
Switch
m the same phase.
Switch
NOTE: Power Pack and the load switched by the power pack MUST be fed from the same phase.
ad Rating
NOTE: Power Pack and the load switched by the power pack MUST be fed from the same phase.
JUNCTION BOX INSTALLATION
Manual ON/Bi-Level Switching/Title 24
Figure 2
Figure 1
LOAD
Blue
LOAD
Line Voltage Wires
Red
Black
Line Voltage Wires
Class 2 Wires
Manual ON
Class 2 Wires
Occupancy Sensor
Blue
Yellow/Orange
N
White
White/Blue
H
Black
OPP20-RD4
Blue
Blue
Red
Black
k
Mounts outside
junction box
Switch
Occupancy Sensor
LOAD
FLUORESCENT BALLAST INSTALLATION
Auto ON
Figure 3A
Blue
Yellow/Orange
N
White
White/Blue
H
Black
Blue
k
OPP20-RD4
Figure 3B
Class 2 Wires
Blue
Red
Ballast Cavity
Black
Switch
Class 2 Wires
Ballast Cavity
Ballast
Occupancy Sensor
m the same phase.
Mounts inside
junction box
LOAD
Ballast
NOTE: Power Pack and the load switched by the power pack MUST be fed from the same phase.
Nipple
Adapter
Line Voltage Wires
Mounts inside
Fixture
Line Voltage Wires
Mounts outside
Fixture
Leviton Mfg. Co., Inc. Lighting & Energy Solutions
20497 SW Teton Avenue, Tualatin, OR 97062 1-800-736-6682 Tech Line: 1-800-959-6004 Fax: 503-404-5594 www.leviton.com/les
© 2013 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.
OPP20-0D1 • OPP20-0D2 • OPP20-RD3 • OPP20-RD4
Blue
PRODUCT DATA
SPECIFICATIONS
ENVIRONMENTAL
Operating Temperature Range
32°F to 122°F (o°C to 50°C)
Relative Humidity
0% to 90% non-condensing, for indoor use only
OTHER
Construction
Case: high impact, UL rated plastic
Relay: 60A rated magnetic latching relay; silver alloy contacts
Wire: 6” leads, 18AWG input; 14AWG load; LV connections: 8” leads 22AWG
Dimensions
2.400”H x 3.811”W x 1.432”D (60.96mm x 96.80mm x 36.37mm)
Listings
UL/cUL Listed, FCC Certified, NOM Certified, Title 24 Compliant, and meets ASHRAE 90.1
requirements, RoHs Compliant
Color
Gray
Warranty
Limited Five-Year Warranty
OPP20-0D1 • OPP20-0D2 • OPP20-RD3 • OPP20-RD4
ORDERING INFORMATION
DESCRIPTION
CAT. NO.
Power Pack, Basic
with Auto-ON
OPP20-0D1
Power Pack with
Auto-ON,
Manual-ON, and
Local Switch
Inputs, Title 24
OPP20-0D2
Power Pack with
Auto-ON and
Photocell Input
OPP20-RD3
Power Pack with
Auto-ON,
Manual-ON,
Local Switch, and
Photocell Input,
Title 24
OPP20-RD4
CONTROL
INPUTS
POWER INPUT
RELAY RATING
120-230-277VAC,
50/60 Hz
20A, 2400W @ 120V – Incandescent
20A, 2400VA @ 120V – Fluorescent
20A, 5540VA @ 277V – Fluorescent
16A, 4430VA @ 277V – Electronic Ballasts
1/2 HP @ 120V – Motor Load
2 HP @ 240/277V – Motor Load
2mA, 24VDC
POWER
SUPPLY
OUTPUT
225mA,
24VDC, 5.4W
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:
# of sensor
Model As
X
+
Sensor A current
consumption
# of sensor
Model Bs
X
+
Sensor B current
consumption
# of Add a
Relays
X
50mA
< Power supply output per above chart
DESCRIPTION
CURRENT CONSUMPTION
OSC04-I, OSC15-I, OSWHB-I, OSWLR-I, OSWWV-I
10-15mA
OSC05-M, OSC05-U, OSW12-M
25mA
OSC10-M, OSC10-U 35mA
OSC20-M, OSC20-U
30mA
OSA20-R Add-a-Relay
50mA
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 Manufacturing Co., Inc. Lighting & Energy Solutions
20497 SW Teton Avenue, Tualatin, OR 97062 • Tel: 1-800-736-6682 • FAX: 503-404-5594 • Tech Line (6:00AM-4:00PM P.S.T. Mon-Fri): 1-800-959-6004
Leviton Manufacturing of Canada, Ltd.
165 Hymus Boulevard, Pointe Claire, Quebec H9R 1E9 • Telephone: 1-800-469-7890 • FAX: 1-800-563-1853
Leviton S. de R.L. de C.V.
Lago Tana 43, Mexico DF, Mexico CP 11290 • Tel. (+52) 55-5082-1040 • FAX: (+52) 5386-1797 • www.leviton.com.mx
Visit our Website at: www.leviton.com/les
© 2013 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.
G-9008/B13-cds
,
Phone #
Fax #
ONU PHASE II
Submittal For Leviton Manufacturing Co., Inc.
Dimming and Lighting Control System
Submittal
Company Name:
Address:
City:
Province / State:
Postal Code / Zip:
Country:
Fax:
Phone:
Prepared By:
August 26, 2013
Leviton Lighting & Energy Solutions
Standard Warranty Statement
Leviton Lighting & Energy Solutions, a division of Leviton Manufacturing Corporation Inc warrants its Dimmer, Relay, and
Control Systems to be free of material and workmanship defects for a period of two years after system acceptance or 26
months after shipment, whichever comes first. This Warranty is limited to repair or replacement of defective equipment
returned Freight PrePaid to Leviton Lighting & Energy Solutions at 20947 Teton Ave. Tualatin, Oregon 97062, USA.
User shall call 1-800-959-6004 and request a return authorization number to mark on the outside of the shipping carton,
to assure that the returned material will be properly received at Leviton. All equipment shipped back to Leviton must be
carefully and properly packaged to avoid shipping damage. Replacements or repaired equipment will be returned to
sender freight prepaid, F.O.B. factory. Leviton is not responsible for removing or replacing equipment on the job site,
and will not honor charges for such work. Leviton will not be responsible for any loss of use time or subsequent
damages should any of the equipment fail during the warranty period, but agree only to repair or replace defective
equipment returned to its plant in Tualatin, Oregon. This Warranty is void on any product that has been improperly
installed, overloaded, short circuited, abused or altered in any manner, or damaged by natural events such as lightning
strike, or flood. Neither the seller nor Leviton Manufacturing shall be liable for any injury, loss or damage, direct or
consequential arising out of the use of or liability to use the equipment. This Warranty does not cover lamps, ballasts,
and other equipment that is supplied or warranted directly to the user by their manufacturer. Leviton makes no warranty
as to the Fitness or Purpose of other implied Warranties.
Warranty & Service Program
Factory ECO
· Leviton factory commissioning included with labor and travel expenses 24 hour / 7 days a week telephone support
Expert Leviton Field Service Network Convenient product exchange program. Expedited shipping methods available
upon request. SOME ITEMS MAY BE EXCLUDED FROM ENGINEERING SERVICES / COMMISSIONING. REFER TO
THE BILL OF MATERIALS FOR MORE INFORMATION.
Rep ECO
· Rep agency is responsible for performing commissioning included with labor and travel expenses 24 hours/ 7 days a
week, telephone support (factory support available). Agency is responsible for all system support for the warranty period
(2 years). Parts and labor included.
No ECO
· Purchaser is responsible for commissioning the equipment including all labor and travel expenses. 24 hour / 7 days a
week telephone support (factory support available). Purchaser is responsible for all system support for the warranty
period (2 years) as per the Standard Warranty Statement above.
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Warranty Statement
QUOTE: DS-463343
LOCATION:
QUOTE NAME: ONU PHASE II
REVISION: 1
DATE: August 26, 2013
SHEET:
2 of 22
Bill of Material # 463343
ONU PHASE II
August 26, 2013
ITEM
QTY
PART NO.
1.0
1
MZD30-101
1.1
1.2
1
10
PCSKY
OSC20M0W
1.3
7
OSW12M0W
1.4
12
OSSMTGDW
1.5
1
R16TC-100
1.6
1
RPM08-108
1.7
1
R1600
1.8
1
1.9
1.10
1.11
15
1
1
RELAY1DS
RELAY-1TB
ODC0P-W
RHDU1
2.0
1
FREIGHT
3.0
1
ECO
4.0
1
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
DESCRIPTION
Advanced Bill of Materials
miniZ™ Controller, Basic Model with (3) Zone 0-10VDC, Mark 7 Type Dimming
Ballast Control and (1) 0-277VAC, 20A 1-pole Relay
Photocell - Skylight 10-7500fc (out of the box default: 10-2000fc)
Sensor Type: Multi-Technology, Mount: Ceiling, Coverage Range Sq. Ft.: 2000
Sq. Ft., Adjustment: Self-Adjusting, Pattern Degrees: 360, Title 24 Compliant:
Yes, Grade: Commercial, Color: Off-white
Sensor Type: Multi-Technology Wall Corner, Coverage Range Sq. Ft.: 1200 Sq.
Ft., Pattern Degrees: 110, Title 24 Compliant: Yes, Grade: Commercial, Color:
Off-white
Product Line: OSSMT, Technology: Multi-Technology PIR/Ultrasonic, Switch
Type: Single-Pole, Mounting: Wall Switch, Device Type: Occupancy Sensor,
Coverage (Sq.Ft.): 2400 Sq. Ft., Pattern: 180°, Color: White, Warranty: 5-Year
Limited
GreenMAX Relay Cabinet, 16-Relay Size, Surface Mount, Domestic, with
Locking Door, Nema 1
GreenMAX Main Command Module comprised of a Power Supply and Main
Processor Unit, with an 8-port Low Voltage Input Card, 100-277VAC
GreenMAX 16-position Relay Insert Panel (fits 16, 32, 48-relay cabinets),
without relays
GreenMAX Relay, Latching, 1-pole, Dimming and Switching with voltage and
current sensing, 30A 24-277, 347VAC 50/60Hz
GreenMAX Relay, Latching, 1-pole, basic, 30A 24-277, 347VAC 50/60Hz
Photocell - Indoor 0-70fc
GreenMAX Handheld Display Unit
SYSTEM SERVICES
Freight: This project is quoted F.O.B. factory, surface freight prepaid to the
jobsite. Any special delivery services (air-freight, expedited delivery, etc.) may
incur additional charges.
Engineering Services: System Check-Out, Commissioning and Training by a
Factory Authorized Engineer. Engineering Services require a minimum of
three (3) weeks advance notice.
Warranty: Leviton lighting systems are warranted against defects in material
and workmanship for two (2) years from date of shipment. Units returned to the
appropriate Leviton office will be repaired at no charge, excepting surface
freight. Contact your Leviton Representative for details.
PROJECT: ONU PHASE II
TITLE: Bill of Materials
QUOTE: DS-463343
LOCATION:
QUOTE NAME: ONU PHASE II
REVISION: 1
DATE: August 26, 2013
SHEET:
3 of 22
Product
Specifications
miniZ™
miniZ™
miniZ Intelligent Daylight
Management System
DESCRIPTION
miniZ combines occupancy sensing, daylight harvesting and
flexible lighting control functions into a single, easily installed
package. miniZ features several methods of ladderless
commissioning, one of which is the AutoCal feature, the world’s
first ever 100% self-configuring daylight harvesting system.
Installation requires little more than any other power-pack type
product. The performance, features, and capabilities of the
miniZ product provide a package that surpasses all others in the
industry – at a price anyone can afford.
FEATURES
• Automatic Correction for Light Loss Factor (LLF)
• Recognizes and corrects for Lumen Maintenance Issues
• Cost effective energy code compliance
• Ladderless Commissioning™ provides install-and-forget
convenience
• Automatic closed loop multi-zone daylight control
• Convenient occupancy sensor and photocell integration
SIMPLEST INSTALL STEPS
• Simplified daylight harvesting with full range dimming
1. Physically install unit and any peripherals
• Autocal™ (patent pending) automatic photocell calibration
2. Terminate power & control wiring
• Accepts external time clock inputs
3. Enable AutoCal & Auto-Burn-In
• Simplified integration with emergency systems
4. Power up system
• Controls maximum lighting output for additional energy
savings potential
5. Installation & configuration complete!
• Daylight switching, full range 0-10V dimming and network
models available
Dimensions:
6.65"L x 6.65"H x 2.1"D
Network Features:
Shipping Weight: 4lbs.
• Luma-CAN Network Support
Unit Weight: 3.3lbs.
• Network Digital Switches
1/2" & 3/4" conduit knockouts
• Z-MAX Master/Slave Network Participation
1/2" nipple with pigtails for easy line voltage connections
• Remote Shared Network Inputs
• Scalable System Expansion
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - MZD30-101
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
4 of 22
Product
Specifications
miniZ™
.............................
1/2" nipple for convenient
connection to junction box
Control Input (100-277VAC or 200-347VAC)*
Neutral
Circuit 1 Line
Circuit 1 Load
Zone 1 Output (0-10V)*
Circuit 2 Line
Circuit 2 Load
Zone 2 Output (0-10V)*
Zone 3 Output (0-10V)*
Low Voltage Terminal & Configuration Board
AutoCal – enable
automatic self-calibration
Configuration Jumpers
HVAC and/or
Emergency Output
Relays*
Daylight Harvesting
Target – Manual
Adjustment
Emergency Input
Also can be configured
as Occupancy Sensor disable
Photocell Disable
Temporarily disables
daylight harvesting mode
Switch Inputs
+ Momentary
+ Maintained
+ Supports SPDT Center Off Switches
+Annunciator/Pilot Light Support
Photocell Input
Supplies +24vdc
Expects +0-10vdc return
Time Clock
Turns off lights
when input receives +24VDC
Occupancy Sensor Input
Supplies +24vdc
Expects +24vdc return
Load Shed
When high, lights dim
to load level
*Varies depending on model
Low Voltage Common
ORDERING INFORMATION
Load Ratings:
20A per relay, 120/277V
Part #
15A per relay, 347V
20A Power
Circuits
0-10V Control
Circuits
Control Input
Voltage
Network
Functionality
2
0
100-277VAC
No
Fluorescent, non-dimmed and 0-10V dimmed
mZb00-102
120mA power output for operation of
occupancy sensors, etc.
mZd20-102
2
2
100-277VAC
No
mZd30-101
1
3
100-277VAC
No
mZn20-102
2
2
100-277VAC
Yes
Power:
mZn30-101
1
3
100-277VAC
Yes
Input Power: 120, 277, or 347V*; 10W Max,
50/60Hz
mZb00-C02
2
0
200-347VAC
No
1. Output Power 1 or 2* circuits, up to 277V,
20A, or, 1 or 2* circuits, up to 347V, 15A
mZd20-C02
2
2
200-347VAC
No
mZd30-C01
1
3
200-347VAC
No
mZn20-C02
2
2
200-347VAC
Yes
mZn30-C01
1
3
200-347VAC
Yes
2. Output 0-10V Control: 0, 2, or 3 zones*
Available Peripheral Power: 120mA, 24V
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - MZD30-101
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
5 of 22
PRODUCT DATA
Photocells
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.
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
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
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 userdefined level. Photocells are most suitable for
installation in rooms with windows and open
spaces receiving substantial ambient light.
Measured light level > Light Maintain Level
Action: Lights are dimmed
Footcandles
Energy
Savings
Begin
Light
Maintain
Level
Min.
Light
Level
Perceived
Light
Level
6AM
8AM
10AM
NOON
Light generated from
fixture attached to Leviton
Lighting Control System
2PM
4PM
6PM
Ambient light
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - PCSKY, ODC0P-W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
6 of 22
Photocells
PRODUCT DATA
FEATURES
• Indoor photocells 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
• ODC0P photocell with 60° clear Fresnel lens operates
between 0-70fc. ODC0P should be surface mounted or
direct to ceiling box
• PCIND indoor photocell with 60° clear Fresnel lens is
default setting = 0-100fc sensing range; can be field
adjusted to 750fc max sensing range. PCIND should be
mounted to the ceiling, facing down
• PCOUT outdoor photocell is enclosed in a weatherproof
housing with a visor for shading and lens protection.
Default setting = 0-250fc sensing range
• PCIND-0SV side veiw photocell for applications where
ceiling mounting is required yet the view should be of
the lighting entering the space through a window; or, for
insallation 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-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 =
0-1000fc sensing range; can be field adjusted to 2500fc
max sensing range
• PCSKY skylight photocell with dark dome lens filters
90% of light level in skylight. Default setting = 0-2000fc
sensing range; can be field adjusted to 7500fc max
sensing range
DIMENSIONS
PHOTOCELL
(ODC0P)
Diameter: 2.511”
0.23”
0.99”
OUTDOOR
(PCOUT)
INDOOR
(PCIND)
1.85”
1.15”
1.35”
1.28”
SIDE VIEW PHOTOCELL
(PCIND-0SV/PCOUT-0SV)
1.36”
Diameter: 2.04”
ATRIUM/SKYLIGHT
(PCATR/PCSKY)
BENEFITS
• 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
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
0.76”
2.25”
1.28”
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - PCSKY, ODC0P-W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
7 of 22
PHOTOCELL PLACEMENT
ODC0P/INDOOR PHOTOCELL MOUNTING LOCATION
ATRIUM PHOTOCELL MOUNTING LOCATION
PCATR
ODC0P
or PCIND
6-8 FT.
Ideal photocell location is in the
middle of the atrium glass pointing
toward the glass
REFLECTING WALL USING INDOOR SENSOR
SKYLIGHT APPLICATION WITH SKYLIGHT PHOTOCELL
18”
Sconces
PCIND
Photocell in 1/2” conduit.
Photocell must be at
least 12” from side of
skylight and facing up
PCIND
UNISTRUT
60
NOTE:
Support conduit from
unistrut as required
per NEC
Photocells
Light well - with sconces - (UP or UP/DOWN)
Mount photocell in elevation on centerline
of fixture. Do not mount directly in line
with sconces.
Top of photocell should
be level with top of
skylight curb
1/4” ANGLE
SUPPORT
JUNCTION BOX
Light well - no sconces - indoor photocell
OUTDOOR PHOTOCELL MOUNTED IN 1/2” CONDUIT
North
Snow Line
Outdoor photocell mounted horizontally on roof or equal,
facing northern sky
Hooded portion on top, pointed away from any nighttime
light sources
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - PCSKY, ODC0P-W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
8 of 22
PRODUCT DATA
INSTALLATION
• Low Voltage Class 2 Wiring
- Connect directly to dimmer or relay panel
SPECIFICATIONS
ODC0P
PCIND
PCOUT
PCIND-0SV
Input Voltage
24VDC
Input Current
10mA
IP Rating
PCOUT-0SV
PCATR
PCSKY
32
20
54
20
54
65
65
Default Range
0-70 fc
50-750 fc
50-750 fc
0-30 fc
0-300 fc
200-2500 fc
1000-7500 fc
Output Voltage
0-10VDC
10 VDC full output
0-10VDC
10VDC full output
0°C to 55°C
-11°C to 60°C
-40°C to 50°C
-11°C to 60°C
Operating
Temperature Range
Storage
Temperature Range
-10°C to 85°C
Relative Humidity
20% to 90% non-condensing
Warranty
2-Year Warranty
SELECTION
PHOTOCELL
LENS
MOUNTING
ORIENTATIONHEIGHT
DIAMETER
ODC0P-000
PCIND-000
PCIND-0SV
PCOUT-000
PCOUT-0SV
PCATR-000
PCSKY-000
Diffuse
Fresnel
Diffuse
Clear Hood
Diffuse
Dome/Frost
Dome/Frost Ceiling
Ceiling
Ceiling/Wall
½” IPT
Ceiling/Wall
½” IPT
½” IPT
Down
Down
Up/Down
Horizontal
Up/Down
Horizontal
Up
2.51” (6.4cm)
1.23” (3.1cm)
2.04” (5.2cm)
1.28” (3.3cm)
2.04” (5.2cm)
1.28” (3.3cm)
1.28” (3.3cm)
Photocells
ORDERING INFORMATION
CAT. NO. 0.99” (2.5cm)
2.00” (5.1cm)
1.36” (3.45cm) 1.85” (4.7cm)
1.36” (3.45cm) 2.25” (5.7 cm)
2.25” (5.7 cm)
ADJUSTABLE CORRESPONDING FC RANGES
DESCRIPTION COLOR
ODC0P-000Photocell
PCIND-000
Indoor Photocell
PCIND-0SV
Indoor Photocell
PCOUT-000
Outdoor Photocell
PCOUT-0SV
Outdoor Photocell
PCATR-000
Atrium Photocell
PCSKY-000
Skylight Photocell
White
White
White
White
White
White
White
SENSOR
MAXIMUM
ODC0P
0-70FC
PCIND
50-750FC
PCIND-0SV
3, 30, 300 or 600FC
PCOUT
50-750FC
PCOUT-0SV
3, 30, 300 or 600FC
PCATR
200-2500FC
PCSKY
1000-7500FC
LEVITON SPECIFICATION SUBMITTAL
JOB NAME:
JOB NUMBER:
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
CATALOG NUMBERS:
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - PCSKY, ODC0P-W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
9 of 22
PRODUCT DATA
Multi-Technology Ceiling
Occupancy Sensor
FEATURES
GENERAL OPERATION
Occupancy sensors have two tasks: 1) Keeping the
lights ON while the room is occupied, and 2) Saving
energy by keeping the lights OFF while the room is
unoccupied.
Passive Infrared (PIR) is an excellent and precise
technology for initially turning the lights ON, but lacks
sensitivity for minor motion at distances. Ultrasonic
(U/S) technology provides maximum sensitivity with
continuous reflective high frequeny waves. This is
opitmal for keeping the lights ON.
Leviton’s multi-technology sensor combines the
benefits of both PIR and U/S technologies for unrivaled performance and reliability.
APPLICATIONS
• Cafeterias
• Computer rooms
• Day care centers
• Workspaces
• Offices with cubicles • Restrooms
• Storage rooms
• Classrooms
• Conference rooms
• Filing rooms
• Open warehouses
• Open areas
• Stairwells
• Executive, open,
and private offices
OSCxx-M0W
• Self-Adjusting: Internal microprocessor con­tin­u­al­ly
analyzes, evaluates and adjusts the sensitivity and
time delay. Performance is kept at a maximum and
user complaints are eliminated.
• Custom off-white color matched for shaded ceilings.
• Fast, Simple In­stal­la­tion: Easy ceiling mount, three
wire con­nec­tion (low voltage) and twist-lock sensor attachment for 360° rotation and flexibility.
• Maximum Reliability, Low Cost: digital circuitry uses
a minimum of components.
• Small Motion Sensitivity: The ultrasonic tech­nol­o­gy
provides excellent small motion sensitivity.
• Timer Setting Feature: Automatic – 30sec – 30min.
Test mode – 6sec with auto exit programming.
• Non-Volatile Memory: Learned and adjusted settings saved in protected memory are not lost during power outages.
• Walk-Through: Provides increased energy savings
by decreasing the time delay to 2.5min when someone momentarily walks through the monitored
space.
• Wide Coverage: Units from 500 to 2000 sq. ft. available.
• Power base (OPB 15) available for line voltage applications
• Ambient Light Recognition: A Light Sensor prevents
lights from turning on when the room is adequately
lit by natural light.
• Ultrasonic (U/S) Components: One or two U/S
transducers and one or two narrow bandwidth
receivers each 16mm in diameter. Frequency -Crystal controlled to ±.005%.
• Device: Rug­ged, high-im­pact, in­jec­tion molded plas­
tic, off -white. Col­or coded leads 6” (16.24 cm).
HOW THE OSCxx-M AUTOMATICALLY ADAPTS
Condition
Timer Left In Test Mode - The
sensor remains in an 6 sec.
test mode.
Example
An installer accidentally leaves
the sensor in the 6 sec. timer
test mode and the lights may go
off or on every 6 sec.
Self-Adaptive Reaction
The sensor automatically resets the timer
to 10 min after
.
15 min of test mode.
False-On - The sensor
incorrectly turns the lights on.
The sensor detects movement
in the corridor or hall way and
the room lights turn on.
After an initial movement is sensed,
if another mov ement is not sensed within
the timer setting then the delayed off time
setting is automatically reduced.
False-Off - The sensor
incorrectly turns the lights off.
The sensor does not detect
movement because an
occupant sits virtually
motionless at a desk and the
lights turn off.
If motion is sensed within a short period after
the lights go off, then the current delayed
off-time setting is increased.
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSC20-M0W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
10 of 22
PRODUCT DATA
DIP SWITCH SETTINGS
SWITCH
SWITCH FUNCTIONS
BANK A
OFF
A1
N/A
Multi-Tech
A2
N/A
PIR
A3
Manual Mode
Auto Adapting Enabled
A4
Walk-Thru Disable Walk-Thru Enabled
BANK B
B1
Override to On
Auto Mode
B2
Override to Off
Auto Mode
B3
Test Mode
OFF’ON’OFF B4
LED Disable
LEDs Enabled
DIMENSIONS
SWITCH SETTINGS
ON
Single Tech
Ultrasonic
Auto Adapting Disabled
Walk-Thru Disabled
Lights forced On
Lights forced Off
Enter/Exit Test Mode
LEDs Disabled
*Bold items are factory defaults
FIELD-OF-VIEW
SPECIFICATIONS
TOP VIEW
ELECTRICAL20
20
Power Requirements
20
16
24 VDC, from11.5OSPxx Power Pack or OPB15
Power Base 8.5
11.5
8.5
Power Consumption
11.5
OSC05: 25mA, OSC10: 35mA, OSC20: 30mA
0
0
0
Output
TOP VIEW
TOP VIEW
24 VDC active high logic control signal with
short circuit protection
8.5
8.5
11.5
11.5
11.5
CONTROLS
16
20
Ultrasonic Sensitivity
0-100%; green knob (factory setting: 50%)
SIDE VIEW
8
Infrared Sensitivity
SIDE VIEW
0-100%; red knob;
(factory setting:
75%)
8
20
20
Light Sensor
0
0
3 5.6
9 11
Time Delay
OCS05-M0W
15
20 to 3,000 Lux; blue knob; factory set at
0
20
20
15 11 9 5.6 3 0 3 5.6 9 11 15
100%
(*grey wire23required)
23
17
17
17
20
30sec-30min;OSC10-M0W
black knob (factory setting:
10min)
OSCxx-M0W
15
11 9 5.5 3 0 3 5.5 9 11
15
20
22.5
OSC20-M, 2000 sq. ft.
32
TOP VIEW
20
TOP VIEW
20
20
U/S motion technology
Red LED
Infrared motion technology
20
11.5
8.5
16
8.5
11.5
11.5
11.5
8.5
8.5
Minor Motion, Ultrasonic
0
0
Major Motion, Ultrasonic
0
0
0
32°F to 104°F (o°C to 40°C)
TOP VIEW
20
11.5
Major Motion, IR
ENVIRONMENTAL
8.5
8.5
8.5
8.5
0% to 95% non-condensing, for indoor use
only
8-12 feet
Listings
CUL/US Certified, meets ASHRAE Standard
90.1 and CEC Title 24 requirements
16
20
20
20
20
20
SIDE VIEW
8
0 0
Limited Five-Year Warranty
11.5
11.5
8
Mouting Height
11.5
11.5
11.5
OTHER
Warranty
OSC20-M0W
20
22.5
TOP VIEW
Green LED
Relative Humidity
32
23
INDICATORS
Operating
Temperature Range
Major Motion, PIR
SIDE VIEW
8
SIDE VIEW
0 03 5.6
3 5.6
9 119 11
15
0
0
1520 2320
23
17
23
17
OSC05-M, 500 sq. ft.
OCS05-M0W
OCS05-M0W
SIDE VIEW
SIDE VIEW
8
8
20
8
15 2011 9 155.6 11
3 90 5.6
3 5.6
15 92011 15
3 90 113 5.6
20
17
23
23
17
23
17
17
OSC10-M, 1000 sq. ft.
OSC10-M0W
OSC10-M0W
PHYSICAL WIRING
ORDERING INFORMATION
CAT NO.
DESCRIPTION
OSC05-M0W
Multi-Technology Ceiling Sensor, 500 sq. feet
of coverage
Major Motion, IR
OSC10-M0W
Multi-Technology Ceiling Sensor, 1000 sq.
feet of coverage
OSC20-M0W
Multi-Technology Ceiling Sensor, 2000 sq
feet of coverage
Minor Motion,
MajorUltrasonic
Motion, IR
Major Motion, Ultrasonic
Minor Motion, Ultrasonic
Major Motion, Ultrasonic
NAFTA compliant and Made in USA models available
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSC20-M0W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
11 of 22
32
OSC20-M0W
PRODUCT DATA
•
•
•
•
BASIC OPERATION
Occupancy sensors have two tasks: 1) Keeping the
lights ON while the room is occupied, and 2) Saving
energy by keeping the lights OFF while the room is
unoccupied.
Passive Infrared (PIR) is an excellent and precise technology for initially turning the lights ON, but lacks
sensitivity for minor motion at distances. Ultrasonic
(U/S) technology provides maximum sensitivity with
continuous reflective high frequeny waves. This is
opitmal for keeping the lights ON.
Leviton’s OSW12 sensor combines the benefits of both
PIR and U/S technologies for unrivaled performance
and reliability.
•
•
•
•
•
•
APPLICATIONS
• Cafeterias
• Classrooms
• Conference rooms
• Computer rooms
• Day care centers
• Filing rooms
• Offices with cubicles
• Open areas
• Partitioned restrooms
• Storage rooms
• Open warehouses
• Workspaces
• Executive, private and open offices
•
•
•
•
HOW THE OSW12-M AUTOMATICALLY ADAPTS
Condition
Timer Left In Test Mode - The
sensor remains in an 6 sec.
test mode.
Example
An installer accidentally leaves
the sensor in the 6 sec. timer
test mode and the lights may go
very 6 sec.
Self-Adaptive Reaction
The sensor automatically resets the timer
to 10 min after
.
15 min of test mode.
False-On - The sensor
incorrectly turns the lights on.
The sensor detects movement
in the corridor or hall way and
the room lights turn on.
After an initial movement is sensed,
if another mov ement is not sensed within
the timer setting
setting is automatically reduced.
The sensor does not detect
movement because an
occupant sits virtually
motionless at a desk and the
If motion is sensed within a short period after
incorr
The sensor
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
•
the sensor minimizes false triggering for high reliabil ity.
Flexible Base Mounting: Supplied twist-and-lock base
mount permits fast alignment. Supplied cover hides
mounting hardware and wires. Can be used with raceways for hard surface installations. Adjustable canopy
for wall or ceiling mount.
Wide Coverage: Over 1200 sq. ft of coverage.
Fast, Simple Installation: A single mounting post and
three color coded wires make installation easy.
Self-Adjusting: Internal microprocessor con tinually
analyzes, evaluates and adjusts sensitivity and time
delay settings. Performance is kept at a maximum and
user complaints are eliminated.
Non-Volatile Memory: Learned and adjusted settings
saved in protected memory are not lost during power
outages.
Timer Setting Feature: Automatic – 30sec – 30min.
Test mode – 6sec with auto exit programming.
Ambient Light Recognition: A Light Sensor prevents
lights from turning on when the room is adequately lit
by natural light.
Walk-Through: Provides increased energy savings by
decreasing the time delay to 2.5min when someone
momentarily walks through the monitored space.
Custom off-white color matched for shaded ceiling/
corner spaces and most common ceiling tiles.
Uses OSPxx Series Power Pack: Uses Class 2, 24 volt
wiring, three wire connection (low voltage). Multiple
sensors can control single or multiple power packs.
Power base (OPB 15) available for line voltage applications
High Motion Sensitivity: The large lens area and
multi-element lens design give excellent range and
sensitivity.
Infrared Sensing: High sensitivity 9.8 micron detector
dual element.
Device: High-impact housing and injection molded
plastic. Color coded wire leads are 6” long (16.24 cm).
Lens: 110˚ aperture, lens opening 2.2” x 1.47”,
36 elements (72 zones) small motion range
31 ft, large motion 68 ft
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSW12-M0W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
12 of 22
OSW12-M0W
Multi-Technology Wall/Corner
FEATURES
Occupancy Sensor
• Multi-Technology: By using both PIR and U/S signals,
PRODUCT DATA
ADJUSTMENT RANGE
MOUNTING BRACKET
DIMENSIONS
Base Cover
Sensor
Mounting
Base
Base Cover
Long
Range
Lens
6.43 inch
Mounting
Base
4.23 inch
4.67 inch
Sensor
DIP SWITCH SETTINGS
SWITCH
BANK A
A1
N/A
A2
N/A
A3
Manual Mode
A4
Walk-Thru Disable
BANK B
B1
Override to On
B2
Override to Off
B3
Test Mode
B4
LED Disable
2.80 inch
SWITCH FUNCTIONS
SWITCH SETTINGS
OFF
ON
Multi-Tech
Single Tech
PIR
Ultrasonic
Auto Adapting Enabled Auto Adapting Disabled
Walk-Thru Enabled
Walk-Thru Disabled
Auto Mode
Auto Mode
OFF’ON’OFF
LEDs Enabled
Lights forced On
Lights forced Off
Enter/Exit Test Mode
LEDs Disabled
FIELD-OF-VIEW
Field of View (in feet)
TOP VIEW
58
31
16
11.5
*Bold items are factory defaults
0
SPECIFICATIONS
11.5
16
ELECTRICAL
Power Requirements
24 VDC, 25 mA (.6W) from OSPxx Power Pack or
OPB15 Power Base
Power Consumption
25mA Stand-by
Output
24 VDC active high logic control signal with short
circuit protection
31
Minor Motion, IR
Major Motion, IR
58
Minor Motion, Ultrasonic
SIDE VIEW
8
Major Motion, Ultrasonic
OSW12-M0W
CONTROLS
Ultrasonic (U/S)
Sensitivity
0 to 100%: red knob (factory setting: 75%)
Infrared Sensitivity
0 to 100%: green knob (factory setting: 50%)
Light Sensor
Blue knob 20 to 3,000 Lux. Factory set at 100%
(Grey wire required)
Time Delay
30sec-30min; black knob (Factory setting: 10min)
0
03 8
15
INDICATORS
Red LED
Infrared motion technology
Green LED
Ultrasonic (U/S) motion technology
68
31
32
23
PHYSICAL WIRING
NC-Brown
Common-Green
NO-Brown/White
Black
ENVIRONMENTAL
Sensor
Blue
(Control)
Operating Temperature
Range
32°F to 104°F (o°C to 40°C)
Relative Humidity
0% to 95% non-condensing, for indoor use only
Black
Red
OSPxx Series
Power Pack
OTHER
Black
Blue*
(occupancy)
Gray*
Blue
Mouting Height
8-10 feet
Listings
CUL/US Certified, meets ASHRAE Standard 90.1
and CEC Title 24 requirements
Warranty
Limited Five-Year Warranty
Hot (Black)
Blue
Red
Black
Line
120-277-347VAC
60Hz
Load
(photocell +
occupancy)
Black
White
Blue*
White
(occupancy)
Gray*
(photocell +
occupancy)
ORDERING INFORMATION
Neutral (White)
CAT NO.
DESCRIPTION
OSW12-M0W
Multi-Technology Wall/Corner Occupancy Sensor
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
To HVAC
System
Red (24VDC)
NAFTA compliant and Made in USA models available
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSW12-M0W
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
13 of 22
PRODUCT DATA
Decora Wall Switch Multi-Technology
Occupancy Sensor
OSSMT-MD/GD
The PIR sensors provide immunity to false ON through
a specialized Fresnel lens which divides the field-ofview into sensor zones. When a person passes into or
out of a sensor zone, the sensor detects motion and
switches the lights ON.
The Ultrasonic (U/S) sensors provide maximum sensitivity and range in difficult spaces with irregular
shaped rooms and partitions that can block the PIR
field-of-view. A pair of U/S sensors will detect Doppler
shifts caused by motion in a space preventing false
OFF. These sensors are more sensitive to small movements since they do not rely on zones.
• Retrofit
• Classrooms
• Private and executive offices
• Lounges
• Conference rooms
• Training areas
• Storage areas
• Restrooms
• Multi-location switching (similar to 3-way)
SELF-ADAPTIVE TECHNOLOGY
Designed for “install and forget” use, the OSSMT
automatically analyzes room conditions and adapts to
errors or changing environment.
HOW THE OSSMT-MD AUTOMATICALLY ADAPTS
APPLICATIONS
Leviton’s OSSMT Multi-Technology Decora Style Wall
Switch Occupancy Sensor is used to provide automatic
lighting control for energy savings and convenience in
a variety of commercial applications:
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
OSSMT
BASIC OPERATION
Occupancy sensors have two tasks: keeping the lights
ON while the space is occupied and turning the lights
OFF when unoccupied.
CONDITION
EXAMPLE
ADAPTIVE REACTION
False-ON:
Sensor
incorrectly
turns the
lights ON.
The sensor detects
movement in the
corridor or hallway
and the room light
turns ON.
After an initial movement
is sensed, if another
movement is not sensed
within the timer setting the
delayed off-time setting is
automatically reduced.
False-OFF:
Sensor
incorrectly
turns the
lights OFF.
The sensor does
not detect movement because an
occupant is virtually motionless and
the lights turn OFF.
If motion is detected shortly after the lights go OFF,
the current delayed offtime setting is increased.
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSSMT-GDW
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
14 of 22
OSSMT
PRODUCT DATA
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
• Exclusive Leviton H.I.S. Circuitry. Specifically designed to
handle today’s high inrush electronic ballast loads and
offer unmatched durability and service.
• True Zero-Cross Relay switches at the zero crossing point
of the AC power curve to ensure maximum contactor life
and compatibility with electronic ballasts.
FIELD-OF-VIEW
The OSSMT provides a 180° field-of-view with a maximum
coverage area of approximately 2400 square feet. The
maximum sensing distance in front of the sensor is 40
feet, and side to side is 30 feet. The “minor motion” zone
detects relatively small body movements and allows the
lights to stay ON even though a person may not be moving
or walking around the room. The remainder of the field-ofview, the “major motion” zone, exhibits a lesser degree of
sensitivity and requires larger movements.
TOP VIEW
30
Mounting Yoke
Vandal
Resistant
PIR Lens
20
Patented
Masking
Blinders
0
2.60 (66.2 mm)
FEATURES
• Fast, simple Installation: Fits in a standard wall box and
replaces a single-pole wall-switch; neutral and no neutral
options available. Sensor can be ganged together with
other units in a multiple-switch wall plate.
• Low-profile design eliminates obtrusive “scanning-device”
look. Elegant Decora styling complements any interior;
uses Decora wallplates and coordinates with Leviton’s
popular line of Decora wiring devices.
• Convenient Pushbutton provides manual-ON/OFF light
switching at any time.
• Segmented Fresnel lens provides optimum sensitivity
and performance. Designed with an extensive “minor
motion” area where even slight body movements will be
detected.
• Vandal resistant PIR lens.
• Patented Blinders: Adjustable horizontal field-of-view (PIR
may be adjusted between 180° and 60° of arc by using
integral blinders located on either side of the lens). No
masking required.
• Manual-ON/auto-OFF mode for installations where manual-ON switching is required but auto-OFF switching is still
desired for CEC Title 24 energy savings.
• To comply with CED Title 24, LED indicator light flashes
when sensor detects motion to verify detection is active.
Green flashes for ultrasonic, red flashes for PIR.
• Time: The delayed OFF time is preset at 30 minutes in
the Auto Adapting mode. A choice of four delayed-OFF
time settings are available: 30-seconds (for walking test
purposes only), 10, 20, and 30 minutes for fixed time and
auto adapting. The LED will flash when the adjusting knob
is set to the indicated time value.
• Ambient Light Recognition: Integrated light sensor prevents lights from turning on when the room is adequately
illuminated by natural light.
• Self-Adaptive Technology: Callbacks for adjustment are
eliminated. Time delay and sensitivity settings are continually adjusted to occupant patterns of use in auto
adapt mode.
• Exclusive Walk-through Feature provides increased
energy savings by not leaving the lights ON for an
extended period after only momentary occupancy.
• Vacancy Confirmation: When the time out expires and
the relays turn OFF, a 30 second (OSSMT-G) or 40 second
(OSSMT-M) vacancy confirmation exists to turn the relays
back on.
• False detection circuitry.
• Small Motion Sensitivity (U/S): Ultrasonic technology provides excellent minor motion sensitivity.
• Ability to disable U/S (OSSMT-M). For added flexbility,
OSSMT-G has the ability to disable both PIR and U/S.
• Presentation Mode feature: For slide or film presentations, allows pushbuttons to turn lights OFF and keep
them OFF while the room is occupied.
20
30
5
4
0
SIDE VIEW
0
Control Panel,
Cover Removed
1
2
4
7
4
7
3
10
10
TIME RANGE LIGHT
LED &
Light Sensor
Pushbutton
20
40
BOTTOM
Major Motion, PIR
Major Motion, U/S
Major Motion, PIR
Major Motion, U/S
Minor Motion= Dual Technology coverage. This also represents the
maximum ultrasonic range coverage.
DIMENSIONAL DIAGRAMS
1.85in
46.99mm
1.75in
44.45mm
.5in/12.62mm
1.35in
34.37mm
2.65in
67.26mm
4.06in
103.12mm
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSSMT-GDW
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
15 of 22
Ultrasonic
Sensors
INSTALLATION
The OSSMT is preset to deliver optimum performance in a wide
variety of applications without requiring any adjustments during installation. Exclusive self-adjusting operating features will
automatically compensate for real-time occupancy patterns
to provide maximum convenience and energy savings. The unit
may replace a single-pole wall switch mounted in a standard
wall box. The OSSMT-MD must have a neutral and be properly
grounded in order to operate. The OSSMT-GD does not require a
neutral for installation. The unit’s integral blinders may be used
to restrict the field of view to prevent unwanted detection of
traffic. It should be positioned at least 6 feet away from HVAC
registers. Note that whenever the unit is powered up, it will take
approximately 1 minute to begin normal operation.
WIRING DIAGRAM
Line
120-230-277/347VAC
50/60Hz
OSSMT-MD Wall Switch Occupancy Sensor Wiring Diagram,
Single Location Control
SPECIFICATIONS
ELECTRICAL
Line Voltage
120-230-277/347 VAC
U/S & PIR
PIR only
120V
277V
347V
390mW
480mW
500mW
190mW
270mW
350mW
OSSMT-GD
120V
277V
110mW
340mW
70mW
310mW
Operational Frequency
50/60Hz
Ultrasonic Operating
Frequency
40kHz
Wire Designation
Line-Black Neutral-White
Load-Blue Ground-Green
Load Rating
Incandescent/Tungsten: 800W @ 120V
Fluorescent: 1200VA @ 120V 2700VA @
277V , 1500VA @ 347V Motor: 1/4 HP
@ 120V,
OSSMT-MD
Note: Ground wire must be connected.
OSSMT-GD Wall Switch Occupancy Sensor Wiring Diagram,
Single Location Control
ENVIRONMENTAL
Operating Temperature Range
Storage Temperature Range
Relative Humidity
32°F to 104°F (0°C to 40°C)
14°F to 185°F (-10°C to 85°C)
20% to 90% non-condensing
OTHER
Listings
Warranty
Line
120-230-277VAC
50/60Hz
OSSMT-MD = Ul/cUL OSSMT-GD = ETL/cETL Listed, CSA
OSSMT-M3 = cETL Listed, CSA
CEC Title 24 Compliant, FCC Compliant
Limited Five-Year Warranty
Sensor 1
Black (Hot)
Black
Sensor 2
Blue
Black
Blue
Black
Line
120-230-277VAC
50/60Hz
Load
Green
Ground
Green
Ground
White
Neutral (White)
Note: Ground wire must be connected.
OSSMT-GD Wall Switch Occupancy Sensor Wiring Diagram,
Two Location Control
ORDERING INFORMATION
CAT. NO. *
DESCRIPTION
OSSMT-MDx
OSSMT-GDx
Multi-Technology Wall Switch Occupancy Sensor
No Neutral, Multi-Technology Wall Switch
Occupancy Sensor
OSSMT-M3x
Multi-Technology Wall Switch Occupancy Sensor
347V
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
* Replace x with (W) White, (I) Ivory, (T) Light Almond, (G) Gray, Ebony (-E), or
Red (-R)
NOTE: OSSMT-M3x model available in (W) White and (I) Ivory only.
* NAFTA compliant and Made in USA models available.
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - OSSMT-GDW
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
16 of 22
OSSMT
Power Consumption
PRODUCT DATA
GreenMAXTM Relay Control Panels
Modular Relay System Offers Unparalleled Flexibility
• Cabinets and Relay Modules with
25,000A Short Circuit Current Rating (SCCR)
at 277VAC
• Relay Modules Rated at 30A General
Fluorescent Ballast and 20A Incandescent
• Relay Modules are Latching with Manual
Actuator
• Industry standard 0-10V Dimming and
Switching Relay Module
• Programming and Monitoring of the
System is Done with the Exclusive
Handheld Display Unit (HDU)
• Empty Enclosure Ships Separately From
Electrical Components
• Supports Native Protocols of BACnet/IP,
Ethernet, and LumaCAN
• 8, 16, 32 and 48 Relay Sizes
The Leviton GreenMAX Relay Control Panels line
offers features and performance not available
from any competing product on the market today.
For increased reliability and durability, GreenMAX
Cabinets and Relay Modules have a 25,000A Short
Circuit Current Rating (SCCR) at 277VAC. Native
communication network protocols – BACnet/
IP, Ethernet, and LumaCAN – are built into each
GreenMAX Command Module (processor) to offer
unparalleled connectivity. No additional parts or
adapters are needed to communicate with other
products utilizing these protocols.
For increased flexibility, the modular GreenMAX
system includes separate Cabinet enclosures,
Command Modules (processor, power supply, and
low voltage inputs), Relay Insert Panels, Relay
Modules, and a Handheld Display Unit (HDU). For
easier manageability and accessibility, Leviton
ships empty cabinet enclosures separately from
the electronic components. This makes the cabinets lighter and easier to handle and requires less
effort to install. To further minimize handling and
damage to the electronic components, Leviton can
ship the electronic components later in the project
schedule or as required.
All GreenMAX Relay Modules are 1-pole or 2-pole
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
latching relay types that reduce parasitic energy
use. The relay modules are the same physical size,
allowing the optimal mix of relays to be customized for each application. Models include a basic
control relay module and/or a self-contained dimming and switching relay module that supports
daylight harvesting capabilities.
A Handheld Display Unit (HDU) can be detached
from the cabinet mounting location and moved
to the most convenient network connection point
to connect to any open LumaCAN or port on the
same network as the cabinets. Commissioning and
start-up functions are easier with the HDU, which
allows programming to be done in the space being
controlled rather than from the electrical room.
APPLICATIONS
• Heavy retrofit applications
• New construction projects
• Government facilities
• Office buildings
• Hospitals/medical offices
• Universities
• Restaurants
• Large campuses
• Any other location where centralized lighting control, programming, and monitoring are required
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R16TC-100
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
17 of 22
GreenMAXTM Relay Control Panels
GreenMAX Cabinet
PRODUCT DATA
FEATURES
Circuit Current Rating (SCCR) at 277V for increased
reliability and durability
Relay Cabinet
• GreenMAX cabinet has a 25,000A at 277VAC Short
Circuit Current Rating (SCCR) for increased reliability
and durability
• Modular system includes separate empty cabinet
enclosures, a command module, and relay insert
panels to minimize handling and subsequent damage
during installation
•Command Module is the processor and power
supply of the GreenMAX system and optionally
includes a low voltage remote input card for analog devices
• Relay insert panels feature quick install; each
panel takes only two screws to install
• All relays are latching with a manual actuator to
reduce parasitic energy waste over NO/NC relays
• Manual actuation lever on all GreenMAX relays allow
users to manually bypass the system to turn lights on
or off without a CPU or power
• Self-contained dimming and switching relay module
in 1-pole configurations supports daylight harvesting
capabilities
Handheld Display Unit (HDU)
• Native communication network protocols –
BACnet/IP, Ethernet, and LumaCAN – are built into
each command module to offer unparalleled connectivity; no additional devices are needed to communicate with other products utilizing these protocols
GreenMAXTM Relay Control Panels
• Rated at 30A general fluorescent ballast (this rating
is 20A, 347V in Canada) and 20A incandescent for all
GreenMAX relays
• Remote low voltage input cabinets can be installed
closer to the devices they serve (such as occupancy
sensors, LV switches and photocells) to reduce wiring and labor and provide additional power; this also
makes commissioning and troubleshooting easier
• Manage the GreenMAX system(s) remotely from any
network device location
• System configuration and scheduling is performed
via the HDU – this can be done while standing in the
room or controlled space; programming is no longer
confined to the electrical room
• Control entire GreenMAX system from any access
point – relay cabinets, switches, or remote low voltage cabinets
• Provides interface with all devices and relays in the
system
• Increased arc flash protection – the cabinet door
opens to expose only the low voltage area of the
cabinet
• One HDU can be used for multiple systems
• High voltage areas can be accessed by removing
the wire-way covers – this requires the removal of
retaining screws
• Wire-way covers can be quickly removed and
replaced
• Can be stored in the cabinet or designated docking
station
• Communicate via LumaCAN
• 7 hour run time on a single full charge (batteries
included)
• Door lock cannot be defeated by unscrewing
cover
• Astronomical clock - sunrise/sunset
• Voltage barriers can be installed between individual
relay modules. This allows voltages from mixed sources in the same cabinet
• HDU does not need to be connected to system during operation. Full system functionality is provided
independent of HDU
Relay Modules
• All GreenMAX relay modules have a 25,000A Short
GreenMAX Handheld Display Unit (HDU)
Comes Complete with four (4) AAA rechargeable Ni-MH
batteries. Batteries charge when connected to lumacan
GreenMAX Relay Modules
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R16TC-100
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
18 of 22
DIMENSIONS
RELAY CABINETS
WIDTH
HEIGHT
DEPTH
R08TC-100
21”
22”
4”
R16TC-100
25”
32”
4”
R32TC-100
25”
48”
4”
R48TC-100
25”
64”
4”
RLV08-110
14”
10”
4”
RLV16-110
14”
10”
4”
14”
10”
4”
REMOTE LOW
VOLTAGE CABINETS
REMOTE POWER
ONLY CABINET, NO
INPUTS
RLV00-110
SPECIFICATIONS
Wiring
• Internal: factory pre-wired and tested
• System Communications:
• LumaCAN requires standard CAT6 network cabling
• Low voltage Class 2 wiring connects input cards to
control devices such as occupancy sensors, low
voltage switches, and photocells
• Hard-wired dedicated Emergency input is provided
in each cabinet and requires an external normally
open (N/O) contact closure; the Cabinet provides
the source of low voltage +24VDC for this circuit;
programmable individual relay response to the
Emergency signal
• Line Voltage:
• Feed for Command Module (control electronics) and
load wiring only
• Requires single phase hot and neutral connection
• LumaCAN Network:
• Cat 6 cable
• RJ45 connectors
• Wiring configuration (EIA/TIA 568B)
• Power must be injected into LumaCAN cable every 900
feet
• Use a Remote Low Voltage Cabinet or a Relay
Cabinet
• Power supply - two-sided allowing up to 750mA per
side
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
• Voltage barriers available to seperate circuits of different sources
• Voltage barriers field install between Relay
Modules
Network Connections
• Maximum LumaCan communication network length
is 1600 feet from end to end. Longer network lengths
can be achieved with the use of a LumaCan repeater
• Ethernet connectivity is native to each Command
Module
• Only one cabinet on a single run of LumaCAN
requires an Ethernet connection
• Ethernet can be used to bridge between runs of
LumaCAN to extend network length
• BACnet/IP is native to each Command Module
• BACnet/IP must be run to each cabinet - may
require Ethernet/Network switch
Physical
• Enclosure: NEMA type 1, IP-20 protection; #16 US
gauge steel; indoors only
• Mounting: surface mount only
Environmental
• Ambient Temperature Range: 0°C - 50°C (32°F - 122°F)
• Relative Humidity: < 90% non-condensing
Listings
• UL508, UL924, cUL, CEC Title 24 compliant, ASHRAE
90.1 compliant
Warranty
• Relay Modules backed by 10-year warranty
• Relay Panels backed by 2-year warranty
*ARRA compliant panels available - consult factory for availability
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R16TC-100
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
19 of 22
GreenMAXTM Relay Control Panels
Electrical
• Power Supply Input: 70W (max), 100-277VAC single
phase
• All Voltages: 50/60Hz Phase to Neutral
• Non-volatile memory and micro SD card protect programming during blackouts
PRODUCT DATA
ORDERING INFORMATION
CAT. NO.
DESCRIPTION
CAT. NO.
Handheld Display Unit (HDU)
R08TC-100
GreenMAX Relay Cabinet, 8-Relay Size, NEMA 1
RHDU1-000
Handheld Display Unit, Cabinet Mounting
R16TC-100
GreenMAX Relay Cabinet, 16-Relay Size, NEMA 1
RHDU1-BKT
Handheld Display Unit, Mounting Bracket
R32TC-100
GreenMAX Relay Cabinet, 32-Relay Size, NEMA 1
R48TC-100
GreenMAX Relay Cabinet, 48-Relay Size, NEMA 1
Remote Inputs with Power Supply
(all remote inputs are rated 100-277VAC)
Command Modules (includes power supply and main processor unit)
RLV08-110
Remote Low Voltage Input Cabinet, 8 Inputs,
NEMA 1 Enclosure
RPM00-100
Main Command Module, 100-277VAC, no inputs
RLV16-110
RPM08-108
Main Command Module
with 8-Port Low Voltage Input Card, 100-277VAC, 50/60Hz
Remote Low Voltage Input Cabinet, 16 Inputs,
NEMA 1 Enclosure
RLV00-110
RPM16-116
Main Command Module
with 16-Port Low Voltage Input Card, 100-277VAC, 50/60Hz
Remote Low Voltage Input Cabinet, No Inputs, NEMA 1
Enclosure
Relays (all relays are rated 30A, 120-230-277/347VAC, 50/60Hz)
Panel Interiors (all panels are 16-position,
rated 30A, 120-230-277/347VAC, 50/60Hz)
GreenMAXTM Relay Control Panels
DESCRIPTION
Tubs and Covers (all cabinets are surface mount with a locking door)
RELAY-1CB
GreenMAX Latching Relay, 1-Pole RTC Basic
RELAY-1DS
GreenMAX Latching Relay, 1-Pole
Dimming and Switching
R0800-000
Relay Insert Panel, Empty with (8) Spaces
R1600-000
Relay Insert Panel, Empty with (16) Spaces
RELAY-1TB
GreenMAX Latching Relay, 1-Pole Basic
R1616-1CB
Relay Insert Panel with (16) 1-Pole RTC Basic Relays
RELAY-2CB
GreenMAX Latching Relay, 2-Pole RTC
R1616-1DS
Relay Insert Panel with (16) 1-Pole
Dimming and Switching Relays
RELAY-2TB
GreenMAX Latching Relay, 2-Pole Basic
RELAY-BFM
Blank Filler Module
RGBAR-008
GreenMAX Voltage Barriers for 8 Relay Cabinets
RGBAR-016
GreenMAX Voltage Barriers for 16, 32 and 48 Relay
Cabinets
R1616-1TB
Relay Insert Panel with (16) 1-Pole Basic Relays
R1616-2CB
Relay Insert Panel with (16) 2-Pole RTC Relays
R1616-2TB
Relay Insert Panel with (16) 2-Pole Basic Relays
LEVITON SPECIFICATION SUBMITTAL
JOB NAME:
JOB NUMBER:
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
CATALOG NUMBERS:
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R16TC-100
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
20 of 22
PRODUCT DATA
GreenMAXTM Relay Modules
Offers Latching, Dimming and Daylight Harvesting Capabilities
• 25,000A Short Circuit Current Rating (SCCR)
at 277VAC
• Rated at 30A General Fluorescent Ballast
and 20A Incandescent, HID, Electronic
Ballast
• All Models are Latching Relays with Manual
Actuator
• Exclusive 0-10VDC (sinking) Dimming Relay
Module for Daylight Harvesting for compatible Fluorescent and LED drivers
GreenMAX Relay Modules
All relays must be used in a GreenMAX system
cabinet.
APPLICATIONS
• Heavy retrofit applications
• New construction projects
• Government facilities
• Office buildings
• Hospitals/medical offices
• Universities
• Restaurants
• Large campuses
• Any other location where centralized lighting control, programming, and monitoring are
required
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
FEATURES
• All GreenMAX relay modules have a 25,000A at
277VAC Short Circuit Current Rating (SCCR) for
increased reliability and durability
• Rated at 30A general fluorescent ballast and
20A incandescent for all GreenMAX relays
GreenMAXTM Relay Modules
The Leviton line of GreenMAX Relay Modules
offers features and performance not available
from any competing product on the market
today. For increased reliability and durability,
GreenMAX Relay Modules have a 25,000A Short
Circuit Current Rating (SCCR) at 277VAC. 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. Models include
a basic control relay module, a Return To Closed
relay module, and a self-contained 0-10VDC
(sinking) dimming relay module that features
daylight harvesting capabilities.
• All relays are latching with a manual actuator
to reduce parasitic energy waste over NO/NC
relays
• Manual actuation lever on all GreenMAX relays
allow users to manually turn lights ON or OFF
without a CPU or power
• No exposed printed circuit boards or components. The encased plastic housing provides
the perimeter of safety. Wire terminations are
safely contained within the plastic housing.
Wires connect directly to terminators rather
than terminals that are soldered to a circuit
board, which are prone to breaking connections to the board
• Self-contained 20A, 0-10VDC (sinking) Dimming
relay module in 1-pole configurations features
daylight harvesting capabilities
• Conductors for the 20A, 0-10VDC (sinking)
Dimming relay circuit must be run in the Line
and Load conductor area in the GreenMAX
cabinet. The insulation of these conductors
must be in compliance with all applicable electrical codes. The NEC will allow this condition if
the insulation of the low voltage wires is rated
for the highest voltage available in the compartment.
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R1600, RELAY-1TB, RELAY-1DS
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
21 of 22
PRODUCT DATA
SPECIFICATIONS
Environmental
• Ambient Temperature Range: 0°C - 50°C (32°F - 122°F)
• Relative Humidity: < 90% non-condensing
Listings
• UL916, UL508, UL924, cUL, CEC Title 24 compliant,
ASHRAE 90.1 compliant
Warranty
• Relay Modules backed by 10-year warranty
ORDERING INFORMATION
CAT. NO.
DESCRIPTION
LOAD RATINGS
SINGLE POLE RELAYS
RELAY-1CB
Return to Closed (RTC) Latching Relay
24-277VAC, 347VAC, 20A Tungsten Halogen Incandescent, 20A Electronic Ballast
and HID
24-277VAC, 347VAC, 30A Magnetic Ballast, 20A Electronic Ballast,
120VAC 1/2 Hp Motor, 277VAC 1 Hp Motor, 240VAC 1Hp Motor
Wire Range: #14 - #6 AWG Copper, Torque 16 in.-lbs.
25,000A SCCR Rating at 277VAC
RELAY-1TB
Latching Relay
24-277VAC, 347VAC, 20A Tungsten Halogen Incandescent, 20A Electronic Ballast
and HID
24-277VAC, 347VAC, 30A Magnetic Ballast, 20A Electronic Ballast,
120VAC 1/2 Hp Motor, 277VAC 1 Hp Motor, 240VAC 1Hp Motor
Wire Range: #14 - #6 AWG Copper, Torque 16 in.-lbs
25,000A SCCR Rating at 277VAC
RELAY-1DS
Dimming and Switching Latching Relay
24-277VAC, 347VAC, 20A 0-10V (sinking) Dimming Fluorescent and LED Driver
Wire Range #14 - #6 AWG Copper, Torque 16 in.-lbs.
Control Wire Range: #14 - 12 AWG Copper, Torque 14 in.-lbs.
Maximum 0-10VDC (sinking) Dimming control circuit load: 200mA
25,000A SCCR Rating at 277VAC
GreenMAXTM Relay Modules
DOUBLE POLE RELAYS
RELAY-2CB
Return to Closed (RTC) Latching Relay
208/240/480/600VAC, 20A Tungsten Halogen Incandescent, 20A Electronic Ballast
and HID,
208/240/480/600, 30A Magnetic Ballast, 20A Magnetic Ballast,
208/240VAC 1Hp Motor
Wire Range: #14 - #6 AWG Copper, Torque 16 in.-lbs.
RELAY-2TB
Latching Relay
208/240/480/600VAC, 20A Tungsten Halogen Incandescent, 20A Electronic Ballast
and HID,
208/240/480/600, 30A Magnetic Ballast, 20A Magnetic Ballast,
208/240VAC 1Hp Motor
Wire Range: #14 - #6 AWG Copper, Torque 16 in.-lbs.
RELAY-BFM
Blank Filler Module
-
WIRING DIAGRAM
LEVITON SPECIFICATION SUBMITTAL
JOB NAME:
JOB NUMBER:
Lighting & Energy Solutions
20497 S.W. TETON AVE
TUALATIN, OR 97062
(503)404-5500
http://www.leviton.com
CATALOG NUMBERS:
PROJECT: ONU PHASE II
TITLE: Product Cut Sheets - R1600, RELAY-1TB, RELAY-1DS
QUOTE NAME: ONU PHASE II
REVISION: 1
QUOTE: DS-463343
DATE: August 26, 2013
SHEET:
22 of 22