Leviton ODS0D-ID-TD Product Data

PRODUCT DATA
Dual-Relay Decora
PIR Occupancy Sensor
ODS0D-ID-TD
BASIC OPERATION
The ODS0D uses passive infrared (PIR) technology to
monitor a room for occupancy through a segmented
Fresnel lens. This specialized lens divides the field-of-
view into sensor zones. When a person passes into or
out of a sensor zone, the sensor detects motion and
switches two separate lighting loads ON. The lights
will remain ON as long as there is an occupant moving
through the sensor zones.
The ODS0D-TD has an adjustable 30 minute time delay
setting for the first and second relay to comply with
CEC Title 24. The second relay is manual-ON only.
APPLICATIONS
Leviton's ODS0D Dual-Relay Decora Wall Switch
Passive Infrared (PIR) Occupancy Sensor is used to
provide automatic lighting control for energy savings
and convenience in a variety of commercial applica-
tions, including:
• Classrooms • Conference rooms • Offices
• Multimedia rooms • Day care centers
• Daylight harvesting • Bi-level or A/B switching
The ODS0D provides automatic switching of two sepa-
rate lighting loads from a single unit. It is compatible
with incandescent, fluorescent and low-voltage light-
ing. The unit features dual manual-override switches
that can be used to toggle the ON/OFF status of each
lighting load while an area is occupied. The ODS0D can
be installed in place of two single-pole wall switches
and fits in a standard single-gang wall box. The unit
requires a ground connection for proper operation.
Leviton Mfg. Co., Inc. Lighting & Energy Solutions
201 N. Service Rd. Melville, NY 11747-3138 Tech Line: 1-800-824-3005 Fax: 1-800-832-9538 www.leviton.com/les
© 2011 Leviton Manufacturing Co., Inc. All rights reserved. Subject to change without notice.
Wall Switch
®
FEATURES
• Provides automatic switching for two separate banks
of fluorescent, incandescent, or low-voltage lighting
from a single unit.
• Convenient dual pushbuttons provide manual-ON/
OFF light switching of each load at any time.
• ODSOD-ID Conference Room Mode—primary and sec-
ondary relays switch lighting to last ON/OFF status
when personnel enter room, providing a consistent
lighting level from one occupancy period to the next.
Both relays respond to Ambient Light Override, pre-
venting lights from turning ON automatically during
periods of ample natural light, for increased energy
savings.
• ODS0D-ID Classroom Mode—both primary and sec-
ondary relays always switch lighting ON when per-
sonnel enter room, regardless of their ON/OFF status
during last period of occupancy. Secondary relay only
responds to Ambient Light Override—primary does
not, ensuring that students and personnel never
enter a darkened room.
• Presentation Mode feature for slide or film presenta-
tions allows push buttons to turn lights OFF and keep
them OFF while the room is occupied.
• Auto adapting delayed-OFF time interval compen-
sates for real-time occupancy patterns, preventing
unnecessary ON/OFF switching.
• Exclusive Walk-Through feature provides increased
energy savings by not leaving the lights ON for an
extended period after only momentary occupancy.
• Non-Adaptive Mode disables Self-Adjusting Delayed-
OFF Time and Walk-Through feature in applications
where these features are not desired.
• Daylight harvesting light sensor measures the ambi-
ent light in the room when it first detects motion. It
leaves the lights OFF if there is enough light in the
room or turns the lights connected to the first relay
ON if there is not enough light in the room.
• Low-profile design eliminates obtrusive "scanning-
device" look. Elegant Decora wallplates complement
any interior for sleek aesthetics; uses Decora wall-
plates and coordinates with Leviton's popular line of
Decora wiring devices.
• Lounges
• 180° field-of-view provides approximately 2100
square feet of coverage, suitable for a variety of
commercial areas.
• Segmented Fresnel lens provides optimum sensitiv-
ity and performance. Designed with an extensive
"minor motion" area where even slight body move-
ments will be detected.
• Patented blinders: horizontal field-of-view may be
adjusted between 180° and 60° arc by using integral
blinders located on either side of the lens. No mask-
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