Job Name:
Job Number:
Model Numbers:
Page
SPECIFICA
TION SUBMITTAL
3600-2 01.10.06
Preset Dimming ControlsOMX-3600
GRAFIK
Systems
Key Design Features
• Meets IEC 801-2. Tested to withstand 15kV
electrostatic discharge without damage or
memory loss.
• Compensates in real time for incoming line voltage
variations: No visible flicker with +/-2% change in
RMS voltage/cycle and +/-2% Hz change in
frequency/second.
• 10-year power failure memory automatically
restores lighting to levels prior to power interruption.
• Faceplate snaps on with no visible means of
attachment.
System Communications and Capacities
• Low-voltage type Class 2 (PELV) wiring connects
Control Units to other system components.
• The OMX-3600 Control Unit counts as one of 32
maximum Wallstations and/or Control Interfaces
allowed on a Class 2 (PELV) Control Station Device
Link.
Environment
• 32-104°F (0-40°C). Relative humidity less than
90% non-condensing.
Specifications
Input Power
• 120V, 220-240V (non-CE), 230V (CE) or 100V,
50/60Hz.
• Lightning Strike Protection: Meets ANSI/IEEE
standard 62.41-1980. Can withstand voltage surges
of up to 6000V and current surges of up to 3000A.
Lighting Sources/Load Types
Controls the following lighting sources with a
smooth, continuous Square Law dimming curve or
on a full conduction non-dim basis:
• Incandescent, Tungsten, Magnetic Low Voltage
Transformer
• Lutron Tu-Wire
® Electronic Fluorescent Dimming
Ballast
• Neon and Cold Cathode
Controls the following lighting sources with a smooth
continuous Square Law dimming curve through
separate power interfaces:
• Electronic Low Voltage Transformer
• Lutron Electronic Fluorescent Dimming Ballast
Preset Control
• 4 preset lighting scenes and off are accessible from
the Control Unit front panel.
• 12 additional scenes are stored in the Control Unit.
These scenes are accessible via Wallstations,
Control Interfaces, and/or PC.
• Light levels fade smoothly between scenes. Fade
time can be set dif
ferently for each scene, between
0-59 sec. or 1-60 min. Fade time from Off is
capped at 5 sec.