Leviton OFDUZ Quick Start Manual

WARNINGS:
• TO AVOID FIRE, SHOCK, OR DEATH: TURN OFF POWER AT CIRCUIT BREAKER OR
FUSE AND TEST THAT POWER IS OFF BEFORE WIRING!
• To be installed and/or used in accordance with appropriate electrical codes and regulations.
Product Description
The Leviton Integrated Smart Sensor and Photocell uses Bluetooth™ 5.0 technology for
configuration. It is designed for use with Switching or 0-10V LED Drivers and Fluorescent
Ballasts and uses Passive Infrared (PIR) detection technology to monitor a space for
occupancy using advanced lenses. The specialized lenses provide extended Field-of-View
(FOV) for low-mid bay and mid-high bay applications.
Leviton's Integrated Smart Sensors combine multiple sensors and technology to provide
lighting control automatically and efficiently. Occupancy sensors turn the lights ON and keep
them ON while the space is occupied and turns them OFF when the space is vacant, and the
delayed-off timer has expired. Photocell detects natural light and dims lighting up or down as
needed for additional energy efficiency and occupant comfort benefits. The sensor continually
analyzes and adjusts to ensure adequate lighting under varying conditions.
For Optimal Performance:
The OFDUZ sensor lenses establish dozens of zones of detection. The sensor is sensitive to the
heat emitted by the human body. In order to trigger the sensor, the source of heat must move
from one zone of detection to another. The device is most effective in sensing motion across its
field-of-view, and less effective sensing motion directly towards or away from the sensor. Keep
this in mind when selecting the installation location. Note that occupancy sensors respond to
rapid changes in temperature, so care should be taken NOT to mount the device near a climate
control source (i.e., radiators, air exchanges, and air conditioners). Hot or cold drafts will register
as body motion to the device and will trigger it if the unit is mounted too close. It is recommended
to mount the occupancy sensor at least 6 ft away from a climate control source.
Tools Needed: Parts Included:
• Fixture Sensor (1)
• Wire Stripper
• Low/Mid Bay Lens (1)
• Cutters
• High Bay Lens (1)
• 1-1/4 in. wrench
• Aisleway Mask Cover (2)
• #1 Philips Screwdriver
• Straight 1/2" Threaded Attachment (installed)
• Drop 1/2" Threaded Attachment (2 pieces)
• Gasket for drop threaded attachment
• Additional screws for drop threaded attachment (2)
• Rubber Washer/Gasket for Threaded Attachment
• Lock Nut for Threaded Attachment
Installation
1.
WARNING:
TO AVOID FIRE, SHOCK, OR DEATH, TURN OFF POWER at circuit breaker or fuse and
test that power is off before wiring!
2.
Prepare and connect wires. Refer to the appropriate wiring diagram.
For 0-10V Control Wiring: Connect the VIOLET wire to the 0-10V DIM (+) terminal and
the GRAY or PINK wire to the 0-10V DIM (-) terminal using Class 1 or Class 2 wiring
methods as indicated in these instructions, ballast/fixture/driver instructions, or ballast/
fixture/driver label markings. Observe all requirements of any authority having jurisdiction
with respect to wire type, sleeving, isolation methods, and the like.
3.
Install the sensor.
a. The sensor is designed to be installed through a standard 1/2 knockout.
b. Place gasket on threaded nipple before feeding wires through fixture knockout.
c. Use lock nut to secure sensor to fixture body or junction box. Lock nut should be
tightened to 8-15 lbs-in to compress the gasket/washer.
d. Install lens by lining up the mark on the lens 45
the sensor and rotating it 45 clockwise to lock it in place.
°
e. Install optional mask (if required) by aligning the marks on the lens and mask and
rotating the mask.
f. Restore power at circuit breaker or fuse.
NOTES:
• Allow approximately 30 seconds for start-up. If the lights turn ON and the LED blinks BLUE/
GREEN to indicate Daylight Harvesting Calibration has started, then the sensor was
installed properly. If the operation is different, refer to the Troubleshooting section.
• The sensor is preset to work without any adjustments. If you would like to change the factory
settings, refer to the Configuration section.
Wiring Diagrams
1-POLE
NEUTRAL
LIGHTING
CIRCUIT
LINE
LINE FEED
BLUE
RED w/ WHT SLEEVE
BLUE/WHT
RED/WHT (N/C)
VIOLET
OFDUZ
PNK/GRY
LIGHTING LOAD
2-POLE DELTA
LIGHTING
LINE 2
CIRCUIT
LINE 1
LINE FEED
BLUE
RED
BLUE/WHT
RED/WHT
VIOLET
PNK/GRY
LIGHTING LOAD
Integrated Smart Sensor and Photocell
counterclockwise from the near end of
°
2-POLE
NEUTRAL
LIGHTING
LINE 2
CIRCUIT
LINE 1
LINE FEED
BLUE
RED
BLUE/WHT
RED/WHT
VIOLET
PNK/GRY
LIGHTING LOAD
OFDUZ
Cat. No. OFDUZ
CAUTION:
For indoor or outdoor applications.
INSTALLATION INSTRUCTIONS
LED, Electronic Ballast, General Use @ 120V
LED, Electronic Ballast, General Use @ 208V
LED, Electronic Ballast, General Use @ 230V
LED, Electronic Ballast, General Use @ 240V
LED, Electronic Ballast, General Use @ 277V
LED, Electronic Ballast, General Use @ 347V
LED, Electronic Ballast, General Use @ 480V
* To be used with Electronic Ballast (LED, CFL) not exceeding 287A peak current and 1.22 ms pulse width.
** When installed in an appropriate IP66 rated enclosure/fixture.
Mounting Height (Ft.)
8
15
20
20
30
40
Operation
Occupancy Operation
Occupancy Mode: The Occupancy mode and associated settings are configured using the
Leviton Smart Sensor App. These configuration options define how the sensor responds
to occupancy.
• Occupancy (DEFAULT): In this mode, motion detection by the infrared sensor will turn the
OFDUZ
lights ON as well as keep them ON.
• Photocell-Only (Occupancy Disabled): When in Photocell-Only mode, the Occupancy
Sensor is disabled, and the sensor ignores motion. In this mode the lights are ON and the
sensor performs daylighting/daylight harvesting only.
NOTE: The Motion Indicator light will blink RED twice (2x) (once per second) for 2 seconds
each time motion is detected.
Photocell Operation
Daylight Mode: The Daylight mode and associated settings are configured using the Leviton
Smart Sensor App. These configuration options define how the sensor responds to ambient
lighting conditions.
• Ambient Light Hold OFF Mode (Daylighting): This mode is used for ON/OFF applications
to hold lights OFF when ambient light level exceeds a set threshold. When little or no
daylight is available, the sensor will turn ON the load. As daylight contribution increases and
crosses a configured threshold, the sensor will hold the load OFF. If light level drops below
the threshold for the duration of the Daylight Response Time (default 5 minutes), the hold
is released, and the load is turned ON. Ambient Light Hold OFF Threshold is derived by
the calibration routine when the photocell is in the Closed Loop mode. The daylight sensor
levels and response time can be adjusted using the Smart Sensor app.
SPECIFICATIONS
Input Voltage/Frequency 120-480 VAC, 50/60 Hz
Current Consumption
Maximum 15 mA
Standby 8 mA
Load Ratings
6.7 A
5.0 A
5.0 A
5.0 A
5.0 A
5.0 A
5.0 A*
Resistive, Tungsten @ 120V 800 W
Resistive, Tungsten @ 208V 1040 W
Resistive, Tungsten @ 230V 1150 W
Resistive, Tungsten @ 240V 1200 W
Resistive, Tungsten @ 277V 1380 W
Resistive, Tungsten @ 347V 1700 W
Resistive, Tungsten @ 480V 2400 W
Motor @ 120 - 480V 1/3 hp
0 -10V Dimming Control 50 mA MAX (sinking)
Wire Lead Length 26 Inches
Environmental Rating IP66** (Type 3R)
Network Connections Bluetooth 5.0
Operating Temperature -40 °F to 167 °F (-40 °C to 75 °C)
Storage Temperature -40 °F to 185 °F (-40 °C to 85 °C)
Relative Humidity 0% to 90% RH, Non-Condensing
Purpose of Control Energy Management Equipment
Pollution Degree 2
Impulse Voltage 6000V
Action Control Type 1
Width: 2.14 in. (54.4 mm)
Length w/ Straight: 6.12 in. (155.4 mm)
Dimensions
Length w/ Drop: 6.63 in. (168.4 mm)
Depth: 1.61 in. (40.9 mm)
FIELD OF VIEW
Field of View Lens Major (Sq. Ft.)
Low Bay
Low Bay
Low Bay
High Bay
High Bay
High Bay
DI-000-OFDUZ-02B
ENGLISH
Minor (Sq. Ft.)
2050 900
1750 750
1850 350
2300 1050
5300 800
8250 550