Page 1
150W 180W 210W Example 240W - a track of 6m with 10 x bloc 300 (10x14.4W=144W) 270W - distance between power supply and track is 40m 300W in this particular case you need a 2.5mm² wire section Always choose for a power supply with at least 10% overcapacity compared to the sum of the total power installed in the track.
Page 2
ungdes Kopfstücks Kabel4x1,5 mm verwenden. DieAbdeckungdes Kopfstücksabnehmen, indem die 3SchraubenA1-A2-A3 (Abb.10) abgeschraubtwerden, um an die IT -Tutti gli adattator °bloc - installation manual - 2/5 ezugelangen.DieabnehmbareWand1oder2durchstoßenunddurchdasentstandeneLochdaselektrischeKabelhindurchführen.AnschließendjenachverwendetemLoch sono previsti in due t en des Kabels durch die Verschlusskappe oder die Schiene ebenfalls ein Loch bohren (Abb. 11). Die äußere Hülle von den Kabeln abziehen und diese ablängen (Abb. 12), e 9529…-K...
Page 3
24Vdc °bloc - installation manual - 3/5 Bus dati Step 2: CONNECTING END FEEDER to 48Vdc and data 1. Open preferred cap for cable access 2. Remove the cover by loosing 3 screws 65-70 20-25 3. Connect cables (see indications inside) 65-70 20-25 48 Vdc...
Page 4
°bloc - installation manual - 4/5 Option 2 - Integrated powersupply 110/240 Vac to 48 Vdc power supply 48Vdc 110/240V Track Feeder dali/1-10V* Electrical circuit must be switched off when installing feeders input 240 Vdc Powersupply PS.48.60.VLM PS.48.100.VLM (output 48Vdc) 65-70 20-25...
Page 5
°bloc - installation manual - 5/5 Step 3: INSTALL BLOC’s ON THE TRACK . Start installing the first fixture at the beginning of the track . Install one by one in the correct order . All fixtures are attached with springs Not straight Straight positioned positioned...
Need help?
Do you have a question about the Bloc 300 and is the answer not in the manual?
Questions and answers