Lowel Fluo-Tec brings the state of the art to the art of control. Up to 512 dimmable
fixtures can be DMX daisy chained together and controlled by DMX console.
Or choose the IR DMX Controller for 10 scene grouping & dimming of those same
fixtures from a hand-held unit the size of a deck of cards. All models dim from 0 to 100%.
Dimmable Model Features:
State of the art electronics with integrated DMX-512 circuitry, allowing full control from any DMX console.
Membrane-style digital control panel on the back
of the unit allows manual dimming, & manual storage of 4 dimmer settings.
LED display shows DMX address, dimming level,
& lamp life.
Remote Port will accept the Lowel IR-DMX Externall Sensor, which allows multi-unit remote dimming without
the need of a console.
Dimmable Model Control Panel
IR DMX Controller & Sensor
IR DMX Controller
Revolutionary hand-held IR
remote-control system.
Multi-unit DMX dimming control
without lighting console.
Battery operated controller
unit no larger than a garage
door opener.
Easy to use logically
designed controls.
One unit can address &
command up to 512 dimmable
fixtures (DMX daisy-chained).
Code: FLS-100Price: $310.00
IR DMX External Sensor
Compact state-of-the-art
receiving unit quickly plugs into
the fixtures Remote Port.
Address settings & dimming
levels are retained in the
lighting fixture, even when
powered down.
Code: FLS-120 Price: $47.50
About DMX
For those who are new
to using DMX-512,
we offer the following brief introductory definition...
DMX-512 is an addressing
& communication protocol
that allows a centralized controller
(like a lighting console) to address and dim from 1-512 dimmers individually. In this case,
it allows a DMX-capable lighting console (or the new Lowel IR-DMX Controller)
to assign a separate address for up to 512 different dimmable Lowel Fluo-Tec fixtures,
and to send dimming commands to them. Those commands can vary according to the abilities
of the controller, but can include pre-timed fades, sub-group programming,
and pre-designed lighting plots with stored levels.
