3 Pack Fast Flickering
Effects Control for Led Lighting Flame Simulation Fake Fire Theater Props
****OVERSTOCK ITEM SPECIAL****
The Flickering
Flame Control (FFC1) has 6 dynamic effects modes and one static dimming mode.
The FFC is intended for simulation of flame light sources such as candles, torches,
lanterns, oil lamps, fires, silk flame lights, coals and wood embers. Each of
the 6 modes is distinguished by a different flicker pattern. All dynamic modes
have 10 speed steps.
Multiple FFC1s,
in different modes and (or) speeds may be used with multiple LED light sources
for more dynamic fire special effects. For burning coal and ember glow
simulation the slower speeds may be used, for faster burning flame flicker
effects, the faster modes are used.
The FFC1 is
for use with LED light sources only. The FFC1 operates from 5 to 24 volts DC
and a maximum of 1.5 amp at 5-12 volts and 0.75 amp 24 volts, 18 watts maximum.
The FFC retains the last setting when turned off or disconnected. The FFC1
controls (switches) the negative (-V) power, the positive (+V) passes though
the unit. The idle current when off is 10ma typ. Power connection is via DC
barrel connectors 2.1mm X 5.5mm, with 5.5” cable length.
The control
has 3 buttons which operate the functions:
Mode button, to choose the flame flicker effects
pattern.
Speed button, to control the rate of the flame
flickering rate, mode and to control the on/off function of the control.
Light
button, used to control the one static dimming
The control
body has a length of 3 inches nominal, overall length including the cables is
13 inches nominal. The body of the control is 0.6 inches wide and 0.25 inches
thick nominal. The PWM frequency of the control is 240 Hz nominal. For video
applications this may cause video banding. For DC voltage LED lighting loads
only.
Special
Effects Lighting Applications: • Themed entertainment and dark rides •
Theatrical and decor candles and torches • Vintage lantern and oil lamp
replicas • Faux fireplaces and glowing coal and embers • Props and stage
scenery fire simulation