EUROLITE DMX IP Split 8 razdelilnik 3-polni (70064827)

In a busy theatre or live event, managing DMX signal distribution to multiple fixtures can quickly become a headache. The EUROLITE DMX IP Split 8 Splitter 3pol solves this by taking a single DMX512 input and splitting it into eight optically isolated outputs, ensuring clean, reliable signal to every light. Its 1U rack-mountable metal housing fits neatly into any 19" rack, making it ideal for permanent installations or touring racks.

Key specifications

• DMX input: 1 x 3-pin XLR female
• DMX outputs: 8 x 3-pin XLR male, optically isolated
• DMX thru output: 1 x 3-pin XLR male
• DMX standard: DMX512 (512 channels)
• Isolation: Optical isolation between input, thru, and all outputs
• Mounting: 19" rack installation, 1 U
• Power supply: 100-240 V AC, 50/60 Hz
• Power consumption: 10 W
• Indicators: Power LED, DMX input signal LED, 8 x DMX output signal LEDs
• Housing material: Metal
• Operating temperature: 0-40 °C
• DMX terminator: Switchable termination resistor
• Signal boost function: Yes
• Short circuit protection: Yes (on outputs)

Why choose it

Optical isolation on every output prevents ground loops and interference, protecting your fixtures from electrical damage. The switchable terminator allows you to properly terminate the DMX line when needed, and short circuit protection adds an extra layer of safety. The front-panel LEDs give you instant visual confirmation of power and signal status for each output, simplifying troubleshooting.

Ideal use cases

• Distributing DMX to multiple moving heads, LED pars, or dimmer packs in theatres and concert venues
• Creating isolated DMX branches in architectural lighting installations
• Boosting DMX signal over long cable runs
• Rack-mounted DMX distribution for touring systems

Good to know

The unit operates on a wide voltage range (100-240 V AC), so it can be used worldwide without a transformer. Its compact 1U design saves rack space while providing eight isolated outputs. The metal housing ensures durability in demanding environments.