Pixel Range pixelline2 User manual

1
Using the yoke
The PixelLine yoke has an adjustable foot at each end to
allow it to function as an effective floor stand or be folded
away to allow multiple units to be closely stacked.
General set up
1Mount the fixture in the required position. The integral yoke can act as
a floor stand or hanger.
Important
• Whensuspendedoffground,alwaysusetwoindependentxing
points. Also always use two safety wires rated to a minimum of
40kg (88lbs) SL6,30Kg(66lbs)SL4or15Kg(33lbs)SL2 around
the yoke.
2 Whereexternalcontrolistobeused,connectaDMXlead(XLR5-pin
female) to the input socket at the rear of the fixture.
3 Whereotherxturesaretobeusedinacontroldaisy-chain,con-
nectaDMXlead(XLR5-pinmale)totheoutputsocketattherear
of the fixture.
PixelLine2·4·6 User Manual
Version 1.64 firmware
Operation modes
The PixelLine provides a range of operation modes.
These are selected using the MODE section of the control
menu:
DMX AllowsRGBWcontrolviaDMXinput.Internal
chase effects are not available within this
mode.
MANU ProvidesRGBWcolourmixingindependently
of any external control. Use the internal control
menu (MAN section) to select the required
colour values.
EF M Allows the display of the dual internal chase
effects,independentlyofanyexternalcontrol.
Use the internal control menu (PROG section)
toselecttherequiredchaseeffects,speedsand
cross fades.
24+E ProvidescontrolofindividualemitterRGBW
mixing and selection of the dual internal chase
effectsviaDMXinput.Requires32(PL6),24
(PL4)or12(PL2)DMXchannels.
4+E ProvidescontrolofRGBWmixingandselec-
tionofthedualinternalchaseeffectsviaDMX
input.Requires11DMXchannels.
16bt AllowsRGBWcontrolviaDMXinput,using
two8bitchannelspercolour.Internalchase
effects are not available within this mode.
PixelLine personalities are available for a variety of
controllers. Please see www.pixelrange.com for details.
Factory reset (perform this prior to new use)
Toclearprevioussettings:Attherearpanel,pressthe
middle two buttons ( and ) for two seconds while
the current address and mode are being displayed. The
four digit display will show FACT then SET to indicate that
the fixture has been returned to its default condition. This is
useful to remove any settings that might cause confusion in
a new configuration (e.g. master intensity settings).
4 Connect power to the fixture using a Neutrik®PowerCon®
connector.Inserttheconnectorandtwistitclockwiseuntil
it clicks into place.
Important
• Ifpowerdaisy-chainingxtures,donotexceedatotalloadof
3kWinasingledaisychain(subjecttosupplyandcabling
restrictions). Please see page 7 for maximum power requirements
per fixture and also ‘Start up (peak)’ details.
5Use the control panel to access the internal menu and choose the
appropriate operation mode and related settings (see over).
Yoke folded flat
Yoke feet extended for use as a floor stand
Important
Please see the warning on page 7 regarding the stacking
of PixelLine fixtures.
16+E
8+E
DMX out
(XLR 5pin
female)
connector
Power out socket
Connector required:
Neutrik®PowerCon®
(NAC3FCB)
Yoke foot
locking knob
Power in socket
Connector required:
Neutrik®PowerCon®
(NAC3FCA)
DMX in (XLR 5pin
male) connector

2
Using the menu
• Whennotinthemenu,thefourdigitdisplayscrollsthe
currentDMXaddressandmode.Thedisplay’srighthand
decimal point (data dot) is used to indicate status (see below).
•Press to enter the menu. The four digit display will show ADDR.
•Use and to move between menu options (or to change a
value within an option).
•Press to enter an option (or to fix a changed value within an
option and return to the previous option level). Note: If you do
not press to fix a value, operation will revert to the
previously set mode at the next power on.
•Press to exit from a menu option (and eventually
exit the menu completely).
General notes
• EnsurethatonlyoneDMX
device in the chain is set
as master (e.g. the lighting
desk). This fixture is usually
set to slave mode.
•Thisxtureisshippedwith
theDMXaddresssetto
001.
•Thefourdigitdisplaycan
be set to switch off when
notinuse.Torestore,press
. To alter this mode use:
PERS >DISP.
MENU ENTER
www.pixelrange.com
*Refer to product manual for proper operating instructions
DOWN UP

Chase effects
This section describes each of the internal chase effects
that are selectable either via the control menu (PROG
> C1/C2 > EFEC)orusingDMXvaluessentfrom
anexternalsource.Tousetheinternaleffects,setthe
MODE option either to EF M (for internal menu control)
or 4+E,5+E or 61+E(forexternalDMXcontrol).
DMX EFEC Chase effect description
value value
0-3 00 Off
4-7 01 Rainbowforwardchase(6cell)
8-11 02 Rainbowreversechase(6cell)
12-15 03 Coolwhiteforwardchase(6cell)
16-19 04 Coolwhitereversechase(6)
20-23 05 Cool white outer/inner/outer chase
24-27 06 50/50 duty cycle cool white strobe
28-31 07 50/50 duty cycle red strobe
32-35 08 50/50 duty cycle purple strobe
36-39 09 50/50 duty cycle yellow strobe
40-43 10 50/50 duty cycle green strobe
44-47 11 Pulse white strobe
48-51 12 Pulse light blue strobe
52-55 13 Pulse rainbow strobe
56-59 14 Pulse red/green/blue strobe
60-63 15 Rainbowforwardstrobe(cellstogether)
64-67 16 Rainbowreversestrobe(cellstogether)
68-71 17 Yellow/blue strobe (cells together)
72-75 18 Horizontal split rainbow chase
76-79 19 6cellyellow/bluechase
80-83 20 6cellred/bluechase
84-87 21 3cellred/yellowchase
88-91 22 3cellRGBforwardchase
92-95 23 3cellrainbowforwardchase
96-99 24 3cellRGBreversechase
100-103 25 Static salmon pink
104-107 26 Static yellow
108-111 27 Static light blue
112-115 28 Static purple
116-119 29 Static red
120-123 30 Static green
124-127 31 Static cool white
[These are not yet confirmed]

Master/slave/data indication
The right hand decimal point (data dot) of the display is used to indicate the mas-
ter/slavesettingsandalsothepresenceofaDMXinputsignal,asshownbelow:
Data dot ON Master mode
Data dot FLASHING Slavemode(DMXdatainputpresent)
Data dot OFF Slavemode(noDMXdatapresent)
Notes:
• EnsurethatonlyoneDMXdeviceinthechainissetasmaster(e.g.thedesk).
• UsePERS > data to change between master and slave modes.
• Whensettomastermode,thexturewillscrollMASTERinplaceofaDMX
address (when not within the menu).
• Ifthedisplayhasbeensettoautooff(disp > aoff),thedatadotwill
remain active but at a lower brightness.
DMX links and termination
ThissectionprovidesusefuladviceforgainingreliableoperationfromyourDMX
installation:
• Usegoodqualityexibletwistedpaircablethathasanominalcharacteristic
impedanceof120ohms.Microphonecableshavealowerimpedanceanda
highercapacitance,whichcanleadtodataerrors.
• Useadaisychainarrangementtolinkxturestogether,sothattheoutputof
one fixture is connected to the input of the next.
• Connectnomorethan32devicestoasingleDMXrun.Iffurtherxturesare
needed,thenuseaDMXboostertoallowupto32morexturestobeat-
tached.
• NeversplitaDMXcabletoformtwobranches(aY-split).Ifseparatebranches
arerequired,useapoweredDMXsplitter.
• Ensurethatthedevicesateachendofthedaisychainarebothterminated
usinga120ohmresistor(usuallycontainedwithinaseparateXLRconnector
thathasnocable-theresistorformsalinkbetweenpins2and3).Control
desks are usually internally terminated.
Itispossibletogetawaywithbreakingsomeoftheaboverules,particularlyon
smallerinstallationsthathaveshortcablerunsandfewxtures.However,results
can be unpredictable and problems will inevitably hit you at the very worst time:
Duringyourshow.
Please see the ‘Troubleshooting’ section for useful fault finding tips.

3



































 













 







PixelLine6 only
PixelLine4 only
PixelLine2 only
SetsthebaseDMXaddressfromwhichthecontrolchannelswillbegin.
Shows the main processor software revision. No changes are possible within
this option. Press whileviewingthisoptiontoseethesoftwaresub-revision.
Shows the display controller software revision. No changes are possible within
this option.
Selects the primary internal chase effect. See Chase effects for descriptions.
Select MODE > EF M to show the selected chase.
Selects the cross fade speed between the steps of the selected
C1 chase effect.
Selects the speed of the selected C1 chase effect.
Selects the master intensity level of chase effects C1 and C2.
Selects the secondary internal chase effect. See Chase effects for descriptions.
Select MODE > EF M to show the selected chase.
Selects the cross fade speed between the steps of the selected C2 chase effect.
Selects the speed of the selected C2 chase effect.
Sets the red intensity. Select MODE > MANU (manual) to show the result.
Sets the green intensity. Select MODE > MANU (manual) to show the result.
Sets the blue intensity. Select MODE > MANU (manual) to show the result.
Sets the white intensity. Select MODE > MANU (manual) to show the result.
Selectsnumberofchannelsrequiredtocontrolallemitters.Optionsare3,4,6,8*,9*,
12*,18or24.Emittersaregroupedtogetheraccordingly.*Onlyonsomemodels.
Determineswhetherthisxturewillactasamastercontrollingothers.
WhencontrolledviaDMXthisxturemustbesettoSLAV.
DMX and 16btmodesonly.WhensetON this enables the master intensity channel.
Themasterintensityisalways16bit.For8bitcontrolusethehigh(initial)mintchannel.
WhensetoN,thisoptionscrollsthroughtheprimarycoloursatpoweronto
demonstrate correct operation of the emitters.
Determinestheintensityofthefourdigitcontrolpaneldisplay.Valuesrangefrom
0 (dimmest) to 15 (brightest).
WhensettoAOFF,thecontrolpaneldisplaywillblankout60seconds
after the menu is exited. The data dot indicator will remain active.
Provides a choice of two dimmer curves (FINE or TUNG) to suit particular
circumstances. See next page for descriptions of each option.
RGBWcontrolusinganexternalDMXcontrolinput.PERS > MINT set to ON provides
a master intensity in DMX and 16bt modes. No chase effects are selectable.
DisplaystheresultingRGBWlevelsthataresetviatheMAN section of the internal
menu.ExternalDMXcontrolisnotpossibleinthismode.
Displaysthechaseeffect(s)determinedwithinthePROGsection.ExternalDMX
control is not possible in this mode.
DMXCh1to24:RGBWcolourmixing,Ch25to27:C1Effect,Speed&Xfade,
Ch28to30:C2Effect,Speed&Xfade,Ch31to32:Masterintensity(16bit).
DMXCh1to16:RGBWcolourmixing,Ch17to19:C1Effect,Speed&Xfade,
Ch20to22:C2Effect,Speed&Xfade,Ch23to24:Masterintensity(16bit).
DMXCh1to8:RGBWcolourmixing,Ch9to11:C1Effect,Speed&Xfade,
Ch12to14:C2Effect,Speed&Xfade,Ch15to16:Masterintensity(16bit).
DMXCh1to4:RGBWcolourmixing,Ch5to7:C1Effect,Speed&Xfade,
Ch8 to 10: C2Effect,Speed&Xfade,Ch11to12:Masterintensity(16bit).
16bitRGBWcontrolusing2xthenumberofDMXchannelsdeterminedbyPERS>RES.
PERS>MINT set to On provides a master intensity. No chase effects are selectable.
Control menu contents
Menu contents are not yet confirmed

4
cell Acell B
cell Acell C cell Bcell D
cell Acell Ccell E cell Bcell Dcell F
PixelLine2 >
PixelLine4 >
PixelLine6 >
Channel layouts for remote effects modes
Thetablebelowshowshowcolourmixing,chaseeffects,master
intensityanddimmerselectcontrolsaremappedtoDMXchannels
for the 4+E,5+E and 61+Emodes.Inallmodes,therstchannel
ofthextureoccursattheDMXaddressselectedusingaddr and
successive channels for the fixture follow from there.
Channel 4+E 8+E 16+E 24+E
1 R(all cells) R(cell A) R(cell A) R(cell A)
 2 G(all cells) G(cell A) G(cell A) G(cell A)
 3 B(all cells) B(cell A) B(cell A) B(cell A)
4 W(all cells) W(cell A) W(cell A) W(cell A)
5 c1 Effect R(cellB) R(cellB) R(cellB)
 6 c1 Speed G(cellB) G(cellB G(cellB
7 c1Xfade B(cellB) B(cellB) B(cellB)
8 c2 Effect W(cellB) W(cellB) W(cellB)
 9 c2 Speed c1 Effect R(cell C) R(cell C)
10 c2Xfade c1 Speed G(cell C) G(cell C)
11 Master int.(c) c1Xfade B(cell C) B(cell C)
 12 Masterint.(f) c2 Effect W(cell C) W(cell C)
 13  c2 Speed R(cellD) R(cellD)
14 c2Xfade G(cellD) G(cellD)
15 Master int.(c) B(cellD) B(cellD)
 16  Masterint.(f) W(cellD) W(cellD)
17 c1 Effect R(cell E)
18 c1 Speed G(cell E)
 19   c1Xfade B(cell E)
 20   c2 Effect W(cell E)
 21   c2 Speed R(cellF)
 22   c2Xfade G(cellF)
 23   Masterint.(c) B(cellF)
 24   Masterint.(f) W(cellF)
 25    c1 Effect
 26    c1 Speed
 27    c1Xfade
 28    c2 Effect
 29    c2 Speed
 30    c2Xfade
 31    Masterint.(c)
 32    Masterint.(f)
Channel layouts for DMX mode on PixelLine2
WhenusingDMXmode,themannerinwhichLEDemittersareas-
signedtoDMXchannelsisdirectlydeterminedbythePERS > RES
option. The dmx mode does not use chase effects. The first channel
ofthextureoccursattheDMXaddressselectedusingaddr and
successive channels for the fixture follow from there.
Channel dmX dmx) dmx dmx
(RES=3) (RES=4) (RES=6) (RES=8)
1 R(all cells) R(all cells) R(cell A) R(cell A)
 2 G(all cells) G(all cells) G(cell A) G(cell A)
 3 B(all cells) B(all cells) B(cell A) B(cell A)
 4 Mast.int.(c)* W(all cells) R(cell A) W(cell A)
 5 Mast.Int.(f)* Mast.int.(c)* G(cell A) R(cellB)
 6  Mast.Int.(f)* B(cell A) G(cellB)
 7   Mast.int.(c)* B(cellB)
 8   Mast.Int.(f)* W(cellB)
 9    Mast.int.(c)*
 10    Mast.Int.(f)*
*The16-bitmasterintensitychannelsareenabledonlywhenthepers
>mint option is set to on.For8-bitmasterintensitycontrol,usethehigh
(coarse) intensity channel.
(c) =Coarseorhighchannel,(f)=Fineorlowchannel.For8-bit
masterintensitycontrol,usethehigh(coarse)intensitychannel.
(c) =Coarseorhighchannel,(f)=Fineor
lowchannel.For8-bitmasterintensitycontrol,
use the high (coarse) intensity channel.
All models
PixelLine2
only
PixelLine4
only
PixelLine6
only
Cell locations

5
Channel layouts for DMX mode on PixelLine4
WhenusingDMXmode,themannerinwhichLEDemittersareassignedtoDMXchannelsisdirectlydeter-
mined by the PERS > RES option. The dmx mode does not use chase effects. The first channel of the fixture
occursattheDMXaddressselectedusingaddr and successive channels for the fixture follow from there.
Channel dmX dmx) dmx dmx dmx dmx
(RES=3) (RES=4) (RES=6) (RES=8) (RES=12) (RES=16)
1 R(all cells) R(all cells) R(cellsA+B) R(cellsA+B) R(cell A) R(cell A)
 2 G(all cells) G(all cells) G(cellsA+B) G(cellsA+B) G(cell A) G(cell A)
 3 B(all cells) B(all cells) B(cellsA+B) B(cellsA+B) B(cell A) B(cell A)
 4 Mast.int.(c)* W(all cells) R(cellC+D) W(cellsA+B) R(cellB) W(cell A)
 5 Mast.Int.(f)* Mast.int.(c)* G(cellC+D) R(cellsC+D) G(cellB) R(cellB)
 6  Mast.Int.(f)* B(cellC+D) G(cellsC+D) B(cellB) G(cellB)
 7   Mast.int.(c)* B(cellsC+D) R(cell C) B(cellB)
 8   Mast.Int.(f)* W(cellsC+D) G(cell C) W(cellB)
 9    Mast.int.(c)* B(cell C) R(cell C)
 10    Mast.Int.(f)* R(cellD) G(cell C)
11 G(cellD) B(cell C)
 12     B(cellD) W(cell C)
 13     Mast.int.(c)* R(cellD)
 14     Mast.Int.(f)* G(cellD)
15 B(cellD)
 16      W(cellD)
 17      Mast.int.(c)*
 18      Mast.Int.(f)*
*The16-bitmasterintensitychannelsareenabledonlywhenthepers > mint option is set to on.For8-bitmaster
intensitycontrol,usethehigh(coarse)intensitychannel.
(c) =Coarseorhighchannel,(f)=Fineorlowchannel.For8-bitmasterintensitycontrol,usethehigh(coarse)
intensity channel.
Channel layouts for DMX mode on PixelLine6
WhenusingDMXmode,themannerinwhichLEDemittersareassignedtoDMXchannelsisdirectlydeterminedbythePERS > RES option.
The dmxmodedoesnotusechaseeffects.TherstchannelofthextureoccursattheDMXaddressselectedusingaddr and successive
channels for the fixture follow from there.
Channel dmX dmx) dmx dmx DMX dmx dmx dmx
(RES=3) (RES=4) (RES=6) (RES=8) (RES=9) (RES=12) (RES=18) (RES=24)
1 R(all cells) R(all cells) R(cellsA+B+C) R(cellsA+B+C) R(cellsA+B) R(cellsA+B) R(cell A) R(cell A)
 2 G(all cells) G(all cells) G(cellsA+B+C) G(cellsA+B+C) G(cellsA+B) G(cellsA+B) G(cell A) G(cell A)
 3 B(all cells) B(all cells) B(cellsA+B+C) B(cellsA+B+C) B(cellsA+B) B(cellsA+B) B(cell A) B(cell A)
 4 Mast.int.(c)* W(all cells) R(cellsD+E+F) W(cellsA+B+C) R(cellsC+D) W(cellsA+B) R(cellB) W(cell A)
 5 Mast.Int.(f)* Mast.int.(c)* G(cellsD+E+F) R(cellsD+E+F) G(cellsC+D) R(cellsC+D) G(cellB) R(cellB)
 6  Mast.Int.(f)* B(cellsD+E+F) G(cellsD+E+F) B(cellsC+D) C(cellsC+D) B(cellB) G(cellB)
 7   Mast.int.(c)* B(cellsD+E+F) R(cellsE+F) B(cellsC+D) R(cell C) B(cellB)
 8   Mast.Int.(f)* W(cellsD+E+F) G(cellsE+F) W(cellsC+D) G(cell C) W(cellB)
 9    Mast.int.(c)* B(cellsE+F) R(cellsE+F) B(cell C) R(cell C)
 10    Mast.Int.(f)* Mast.int.(c)* G(cellsE+F) R(cellD) G(cell C)
 11     Mast.Int.(f)* B(cellsE+F) G(cellD) B(cell C)
 12      W(cellsE+F) B(cellD) W(cell C)
 13      Mast.int.(c)* R(cell E) R(cellD)
 14      Mast.Int.(f)* G(cell E) G(cellD)
15 B(cell E) B(cellD)
 16       R(cellF) W(cellD)
17 G(cellF) R(cell E)
18 B(cellF) G(cell E)
 19       Mast.int.(c)* B(cell E)
 20       Mast.Int.(f)* W(cell E)
 21        R(cellF)
 22        G(cellF)
 23        B(cellF)
 24        W(cellF)
 25        Mast.int.(c)*
 26        Mast.Int.(f)*
DMXchannellayoutscheckedonunits

6
Troubleshooting
• Display panel is blank: Press a control panel but-
ton,ifthedisplaystilldoesnotshow,checkthe
input power and fuse.
• No response during DMX control: Check whether
a master intensity input is required. 4+E,8+E,
16+Eand,24+E modes always require a master
intensity input. DMX and 16bT have an optional
masterintensity,dependingonthesettingofPERS
> MINT.IftheMINT setting is On then no output
will occur until a level greater than zero is applied
to the master intensity channel(s). See pages 4
and 5 for details.
Note: It is good practice to perform a factory
reset before these fixtures are used on any new
installation.
This will ensure that settings like the MINT option
are set to off and do not create the potential
for confusion. See page 1 for details of how to
perform a factory reset.
• No response during DMX control:IfliveDMXis
connected,therighthanddecimalpointonthedis-
playshouldash-ifnot,checktheDMXcable(s)
and the desk output.
• Erratic operation during DMX control: Check that
thenalxturewithintheDMXdaisychainiscor-
rectlyterminatedwitha120ohmterminatorplug.
• Erratic operation during DMX control: Check that
the selected MODE matches the personality being
used on the control desk.
• Erratic operation during DMX control: Ensure that
onlyoneDMXdeviceinthedaisychainissetas
master.
• Rapid colour/intensity changes not occurring:
Check whether the tungsten dimmer mode is
selected (PERS > dIMR > TUNG). This would slow
the reaction times of the emitters and could mean
that rapid changes are blended into each other.
Choose FINE for a faster reacting dimmer mode.
• Standalone chase effects not working: Check that
a chase has been programmed using PROG >C1
and/or PROG >C2 and also that MODE >EF M
is selected. Check also that PROG >LEVL is not
set at zero.
• Standalone RGBW mixing not working: Check that
one or more colour values have been set within
MAN section and also that the MODE >MANU is
selected.
Firmware upgrades
Firmwareupgradesarereleasedfromtimetotime
in order to provide new operational features. The
PixelLine has been designed to allow straightforward
rmwareupgradingviaitsDMXinterface,aPixelU2D
USBdeviceandacomputer.
PleasecontactPixelRangetechnicalsupportfor
details.
Fuse access
The single fuse is located on the rear panel. Use a small flat blade screw driver to
twistthefuseholderanti-clockwiseuntilthecarriercanbeextractedtorevealthe
fuse.
Using master mode to drive other units
ThisunitcancontrolanynumberofotherPixelRangexturesviaDMXlinks,with-
out the need for a control desk.
1 Set this unit as master (PERS >DATA >MAST) and ensure all others are set
to slave (PERS >DATA >SLAV).ConnectallxturesviaDMXdaisy-chain.
Note: Don’t forget to terminate the devices at either end of the chain - see the
section ‘DMX links and termination’.
2 SeteachslavetoMode >DMX.
3 Setthemastertoeithercreatechasesorstaticcolours:
Chases: Select Mode >EF m and then use PROG >C1 and C2 to create
the required effects (see the ‘Chase effects’ table).
Static colours: Select Mode >MANU and then use MAN > RED,GRN,BLUE
and Whit to mix the colour.
Note: The setting of PERS >RES determines how the DMX channels are
output when mixing static colours: PERS >RES=4 (or 96 or 144) sends out
separate red, green, blue and white levels in repeated 4 channel blocks: i.e.
1 to 4, 25 to 28, etc. The RES=1 setting links all DMX output channels so that
all emitters can be controlled by a single setting (MAN >Red).
4 SeteachslaveDMXaddress(usingADDR >DMX) as
appropriate:
 •ForstaticcolourmixingyoucaneithersetallxturestoDMXchannel1
or position them at the beginning of the four channel cells: A001,A025,
A049,A073,A097 or A121. The outputs within each cell will be the
same.
 •Forchases,sixseparatecellsareoutputingroupsof4DMXchannelsto
giveRGBWvaluespercell.Settheaddressofeachslavextureaccording
towhichofthe6cellsyouwantthemtoappearwithin,ortobeginwith
(formulti-cellxtures):(A001forcellA,A025forcellB,A049forcellC,
A073forcellD,A097 for cell E or A121forcellF).
Fuse types
PixelLine2: 20mm 4A (T4AH250VP) time delay, ceramic body
PixelLine4: 20mm ??A (T4AH250VP) time delay, ceramic body
PixelLine6: 20mm 6.3A (T6.3AL250VP) time delay, ceramic body
Master mode not fully checked on unit

7
Weight
 Fixtureandyoke: approx.16kg(35.3lbs) (PixelLine6)
 approx.12kg(26.5lbs) (PixelLine4)
 approx.6kg(13.2lbs) (PixelLine2) 
Power
 Inputvoltage: 100to240VAC,47to63Hzautosensing
Earth leakage 0.39mA?
 Connectors: Suppliedwithcableonly:live,neutral&earth
Power requirements: @ 230V/50Hz @ 115V/60Hz
Standby  3watts  3watts
Maximum (const.)  330watts  330watts (PixelLine6)
Maximum (const.)  220watts  220watts (PixelLine4)
Start up (peak*) ??amps ??amps
* The peak value occurs only at first power up and lasts only
for a period measured in microseconds.
Approvals
Miscellaneous
 Enclosurerating: IP20(notprotectedagainstmoistureingress)
 Controlinput: USITTDMX512(inputconnectorpinoutbelow)
Specifications
Dimensions
PIN 1
Ground
PIN 2
Data –PIN 3
Data +
PIN 5
Not used
PIN 4
Not used
DocumentationbyCorporate Text & Design (www.ctxd.com)
ReleaseDRAFTa
www.pixelrange.com
UK [phone]
[email protected]
USA [phone]
[email protected]
Important
IfcloselystackingPixelLineunits,itisim-
portant to reduce the output intensity to no
morethan30%ofthemaximum,inorderto
prevent overheating.
The PixelLine units are equipped with heat
sensors throughout their circuitry to ensure
protection. The units will begin to reduce out-
put automatically (in stages) once the internal
temperatureexceeds600C.
50
265
63
50
205
25
1835 (SmartLine6) 1220 (SmartLine4) 610 (SmartLine2)
Dimensionsnotfully
checked on units