Job Name:
Job Number:
Model Numbers:
Page
SPECIFICATION SUBMITTAL
dmw-lzc1-2 13.16.06
DMW-LZC1
Lighting Zone Controller
Specifications (continued)
Features
• Provides direct control of a single 16 A circuit of
Lutron Hi-Lume and ECO-10 3-wire fluorescent
dimming ballasts
• Capable of switching 16 A of high in-rush lighting
load such as magnetic fluorescent ballast, electronic
fluorescent ballast, incandescent, magnetic low-
voltage, electronic low-voltage and HID loads
• Capable of switching motor loads up to
1/3 HP @ 120 V and 1/2 HP @ 277 V
• Contains Lutron’s patented Softswitch
TM technology,
which prevents arcing that is typically associated
with high in-rush loads
• Supports single or multi-location wall controls for
dimming and switching zones
• Accepts inputs from most 15- and 24-volt occupant
sensors; can supply up to 60 mA to occupant
sensors (40 mA at 100 V , 50 Hz input)
• Can control light level due to variations in ambient
light using a Lutron daylight sensor
• Provides an automatic 100-hour burn-in function to
assist in the seasoning of new fluorescent lamps
• Includes an emergency contact closure to force
lights on to a preset level
• Can be daisy-chained to provide a maximum of 63
lighting zone controllers per LZC link
• Wires to the LZC link of a Digital microWATT router
panel (DMW-RP3) or the LZC link of a GRAFIK
7000P processor
The following features require a connection with a
Digital microWATT or GRAFIK 7000 system:
• Set minimum and maximum light levels
• Set unoccupied light level
• Set daylight sensor gain
• Start, stop, pause, or resume 100-hour burn-in
mode
• Set occupant sensor timeout length
• Enable/disable and monitor daylight sensors,
occupant sensors, and/or wall controls
• Measure power and energy usage
• Set unit’s current mode (see below)
Unit Modes
• Normal Working Hours: This mode is active
when no other mode is active. In this mode the
unit uses wall controls, daylight sensors, and
occupancy sensors to determine the actual light
level. These inputs are combined in order to save
the maximum amount of energy.
• Emergency: In emergency mode the lights will go
to the emergency light level and will not respond
to any other control input. Emergency mode may
be entered by opening the hardware emergency
contact closure input at the router panel (in a
Digital microWATT system), via the circuit selector
SENSE connection (in a GRAFIK 7000 system), or
via software. See the Specification Submittal for
the GRAFIK 7000P processor and/or the Digital
microWATT router panel for additional wiring
details.
• Flash: Flash mode changes the actual light level
from the high end to the low end every 4
seconds. It is used for locating or troubleshooting
a unit.