SPLITTERS
  Standard 3, 5 or 11 output 
  Enhanced five output
  Enhanced wall mount
  Bi-directional hub / RDM
  Electronic patch bay

SIGNAL ROUTERS
  Electronic patch bay
  Passive A/B switches

WIRELESS DMX512
  Marconi TX
  Marconi Splitter
  Marconi LV

MERGERS
  Enhanced 2,3,4,5 or 6 input
  Enhanced wall mount

POWER SUPPLIES
  LED300: 24V 300W
  LED100: Battery & Wireless
  Class 2 Transformer

WALL PLATES
  Passive XLR plates
  Buffered DMX512 plates

MOUNTING OPTIONS
  Rack kits
  Product mounted in J-Box

DIMMERS
  DMX8DIM - 8 Channel Dimmer

CUSTOM & OEM
  Click Here

INTERFACES
  Analog to DMX 48 channel
  RS-232 to DMX
  DMX to DMX
  DMX to AMX192
  DMX to Analog 24 & 96 channel
  DMX to CMX / CMX to DMX
  DMX to Strand D54 
  DMX to DALI
  DMX to Microplex/LMX/Ultraplex
  DMX to RS-232
  DMX to Solid State Relay 96 Ch.
  DMX iPlayer interface
  DIN-rail mounted
  Pork Chopper - Hog II Overdrive
  Start Code Stripper

CONSOLES
  Apathy: Single channel console
  Preset 10 architectural
  Preset 10 architectural 2
  Preset 10 portable
  RAD: Remote Address Device
  Rerun architectural 
  Rerun portable 
  Rerun rack mount 
  Entry Station Two

DMX TESTERS
  DMX512 Line Tester
  GIZMO: DMX512 test box

OTHER DMX STUFF
  XLR Terminator w/ LED
  XLR Economy terminator
  RJ45 Terminator

	Links   Basic Spec.   Photos   Data Sheet   Manual   Pricing PDF Files   Data Sheet (51KB)   Manual (81KB) Related Product   Rack Kits
model: DMX6REL1A

DMX512 control of low voltage switch closure devices (such as slide projectors and fog machines) is made possible with these low voltage DMX Relay Packs.

Doug Fleenor Design relay packs use dry contact air-gap relays. These relays have advantages and disadvantages over the solid state relays found in dimmer packs. Solid state relays can be switched on and off rapidly with no wear, but tend to leak current even when in the off position. Air-gap relays do not leak current, but due to their mechanical design have a finite life span. Doug Fleenor Design Relay Packs should be used where a true off condition is required (no voltage, no current). They should not be used in applications where they will be turned on and off rapidly (for example in chase lights).

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