User manual ver. 1.62
Contents
1. Connect all fixtures via DMX daisy chain Set slaves to ModE gt ct Set the master to either e ModE gt EF Mand use PFab to choose effects or e ModE gt MANU and use MAN to choose colour mix N wo DMX address is ignored e Effects 6 cells are output in groups of 4 DMX channels to give RGBA values per cell 24 channels in total Set the address of each slave fixture according to which of the 6 cells you want them fo appear within or to begin with for multi cell fixtures ABE 1 for cell 1 ABBS for cell 2 ABE 1 for cell 6 e Colour mix Set slaves to any addresses on 4 channel boundaries e g ABB 1 ADDS ABBY ABe 1 Troubleshooting Fixture remains at blackout when illumination expected e If the display panel is not showing any indication even after a button press check the input power and fuse If live DMX is connected the right hand decimal point on the display should flash if not check the DMX cable and the desk output Check that the selected ModE matches the desk person ality being used The master intensity channel for the current mode may be set at zero For dit or thbT modes check the setting of PERS gt MINT Ensure that only one DMX device is set as master Standalone chase effects Effects programmed using PRob gt L tand Cg but the fixture is not in ModE gt EF M mode Check also that PRob gt LEVL is not set at zero Standalone RGB mixing Colour values set within MA2. F F F F F Master 25 Master q Master 13 Master 49 Master 9 Master Master 5 _Master intensity intensity intensity intensity intensity intensity intensity intensity ModE dix PERS gt MINT set to CELL to provide master intensity channels for each cell or group of cells PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES C4Ch 18Ch 1eCh 9Ch 3 BCh BCh 4Ch JCh RGBA GRAG BE GRGBA RAGB RGBAS QGRrAGBE GDRGBAE GRAGBE 234 s 2 9 4 A A Aj 12 348 3 2 4 a A a a BROR 8 OD IWS S 7 BFL B C 12345 Cy i 234 B B i 1 1s 14 Is 2 IO Vil IZ z J E p Olea E a D 1617 18 1920 D 13 141516 D D B B D D A 2 PS DA D 17220 E 5 E 8 1112131415 ae 101112 PIO 7 8910 D 5 O77 BE E F 26 27 28 29 30 F 21 22 2324 F F F F F F ModE CYtE ModE ModE HE ModE A HE A HE This mode provides a 3 This mode provides a 3 combination of colour RGBA combination of colour RGB mixing and internal Al 2 3 4 mixing and internal A effects under the control ni 5 6 7 amp effects under the control B of a DMX input C 9 101112 of a DMX input c See page 2 Chase D 13 14 15 16 See page 2 Chase D ean effects for details of E 1718 19 20 effects for details of E values for C1 and C2 values for C1 and C2 effect channels F 21 22 23 24 effect channels F Cl effect 25 Cl effect Cl speed 26 Cl speed Cl xfade 27 Cl xfade C2 effect 28 C2 effect C2 speed 29 C2 speed C2
3. LA un Selects the secondary internal chase effect See Chase effects for descriptions Select ModE gt EF M to show the selected chase Selects the cross fade speed between the steps of the selected Ce chase effect Selects the speed of the selected Ce chase effect Co E Sets the red intensity Select ModE gt MANU manual to show the result La Se nn mu sl ia Ai 2c mon eS ES a cJ J3 3 ce Gc C3 0 mq E n AA Sets the green intensity Select ModE gt MANU manual to show the result oi a Pu t Sets the blue intensity Select ModE gt MANU manual to show the result Sets the amber intensity Select ModE gt MANU manual to show the result Co 53 m mo uy yy wy lo uy W Affects oft amp 1 amp bT modes only Determines how colours are assigned to DMX channels Options are 40h 1BCh t20h S0h 8Ch 60h Y4Eh and JCh z0 a Em Ez ihg or eal y na E iy Determines whether this fixture will act as a master controlling others When controlled by DMX input this fixture must be set to SLAY Ee a Lt A Affects dit amp amp bT modes only GLabAL enables a single master intensity CELL enables a master intensity channel for each cell or group of cells D ET When set al this option scrolls through the primary colours at power on to demonstrate correct operation Determines the intensity of the four digit control panel display Values ran
4. light blue all cells 224 231 g8 Static purple all cells 232 239 e9 Static red all cells 240 247 30 Static green all cells 248 255 Jt Random colour chase individual cells Refer to product manual for proper operating instructions Using the menu e 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 e Press to enter the menu The four digit display will show AddP e Use and to move between menu options or to change a value within an option e 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 e Press to exit from a menu option and eventually exit the menu completely Master slave data indication The right hand decimal point data dot of the display is used to indi cate the master 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 e Ensure that only one DMX device in the chain is set as master e g the desk e Use PERS gt dATA to change between master amp slave modes e When set to master mode the fixture will scroll M
5. oqa Eel ET Channel layouts within operation modes These tables show how colour mixing chase effects and master intensity controls are mapped to DMX channels for each mode that uses an external input The dM and amp bT modes do not use chase effects In all modes the first channel of the fixture occurs at the DMX address selected using HddF and successive channels for the fixture follow from there Notes The PERS gt RES option determines the number of channels to use in dh and bbT modes tGbT uses twice the number of channels setup within RES For dit and tibT modes the PERS gt MINT option determines whether one or more master intensity channels should be used Off no master intensity Global one master intensity for the whole fixture Cell separate master intensity channels for each cell or group of cells ModE dMk PERS gt MINT set to oFF or GLobAL to provide a single master intensity channel ANAN t WW R W PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES PERS gt RES m 24h Eh Eh A Kh A Bh H BCh 4h A Ih RGBA JRAGB YRGBA YRAGB YGRGBA YRAGB YRG BA WRG B Al23 4A 123 A A A A A A 2 3 a 2 8 BeomOmacn BEEE B B CHISE Cina B B Geom Omi2 C 1 E E c c S07 8 ASG 2 3 4 2 8 D13141516 D 10 1112 D D B B D D Eealomoe20 ERR aS E S07 4 5 2 ie Wil T2 Z Zo 2 R F Fe 25238249 Ees E
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7. xfade 30 C2 xfade Master Int 31 Master Int 0 DOAN AN ModE 16bT 16 bit PERS gt MINT set to oF F or GLabAL to provide a single master intensity channel In each pair of channels for a colour the first channel provides the high coarse 8 bits while the second gives the low fine 8 bits PERS gt RES PERS gt RES ME COARSE FINE CYLh MEQ COARSE FINE BCh R G B A R A G B A 1 2 3 4 5 6 7 8 A 1 2 3 4 5 6 Ly QAO IWVI2 sy slo fl 773 Oi Wily CR MSmS ZORA 22 e28 24 ICER ASS D 25 26 27 28 29 30 31 32 D 19 20 21 22 23 24 E 33 34 35 36 37 38 39 40 E 25 26 27 28 29 30 F 41 42 43 44 45 46 47 48 F 31 32 33 34 35 36 intonsiys 49 Hens 7 PERS gt RES PERS gt RES ME COARSE FINE BCh IA COARSE FINE BCh R G B A R A G B A A Ci 1 2 gA 5 6 7 8 Cc 1 2 3 4 5 6 E E B B Pi MAIO WWI2 IBZ 1S le gl 773 OO A F F iene 7 intenaiye 13 ModE t6bT 16 bit PERS gt RES 1eCh B A EY COARSE FINE a A B 172 MA Bye S c D 9 10 11 12 13 14 15 16 r fize 19 20 21 22 23 24 Master intensity 25 PERS gt RES 4Ch B A COARSE FINE R G gt B V A S O Z B c D E F Master intensity PERS gt MINT set to CELL to provide master intensity channels for each cell or group of cells PERS gt RES 90h B COARSE FINE R A G a T A W2 SA JO a i C c 7 8 Q10 11 2 l M haa IDAS R S Mast intensity 19 PERS gt RES ME COARSE FINE JCh R A G B
8. A B e 1 2 3 4 5 6 D E F Mast intensity 7 In each pair of channels for a colour the first channel provides the high coarse 8 bits while the second gives the low fine 8 bits PERS gt RES COARSE FINE CYLh R G B A 1 2 C A 5 0 7 8 IOAN 2S AIS 1A 197208217225237 2452526 28 29 30 31 32 33 34 35 37 38 39 40 41 42 43 44 46 47 48 49 50 51 52 53 mona gt ED PERS gt RES BCh B COARSE FINE R G A 2 YA O A TOA 2A AS WA oamo gt Cels 9 18 2 18 PERS gt RES PERS gt RES PERS gt RES ME COARSE FINE 18oh ME COARSE FINE 20h ME COARSE FINE Lh RA G B R G B A RA G BERE A 1 2 3 4 IO A al aI 1 2 3 4 5 6 7 8 9 1 2 3 4 3 67 B 8 9 10 11 12 13 14 B B f fe IS le IZ 19 20 21 IC c 101m2 AS g e OA AS Wt D 22 23 24 25 26 27 28 f A 4 ET29 30E31732m33 24ES5 l NO ZORA 22623 2A252027 SAG unl 4 AGmmli 20 me F 36 37 38 39 40 41 42 F F a PERS gt RES PERS gt RES PERS gt RES A COARSE FINE BCh A COARSE FINE Uh ME COARSE FINE JCh RA G B R G B A RA G B US A A A Cc 1 2 3 4 5 6 7 B B E Cc c 1 2 3 4 5 6 7 8 9 1 2 3 4 JO Z B D D Di 8 9 10 11 12 13 14 E E F F F Using master mode to drive other units This unit can control any number of other Pixel Range fix tures via DMX links without the need for a control desk 1 Set this unit as master PEFS gt dATA gt MAST and ensure all others are set to slave PERS gt JATH gt SLAV
9. ASTER in place of a DMX address when not within the menu e If the display has been set to auto off JISP gt RaFF the data dot will remain active but at a lower brightness Dimming options PERS gt JIM You have a choice of dimmer curve control options FINE is the standard setting and is fully compatible with the dim ming curves of previous Pixel Range fixtures TUNG Alters the dimming response to closely emulate the very smooth action of standard tungsten bulbs Neutrike PowerCon NAC3FCA connector wiring Neutral 7d mq Eh Menu contents dMx VER Sets the base DMX address from which the control channels will begin Shows the installed revision of the main fixture firmware This is for information purposes only no changes are possible within this option Shows the installed revision of the software used to control the four digit display panel This is for information purposes only no changes are possible within this option ea i ae J Cy a ae Ex Selects the primary internal chase effect See Chase effects for descriptions Select ModE gt EF M to show the selected chase Pol jaa Gy Da Co fu inl La SK mM ae ie ina mM ja mM 0J OJ M Cy icy g C C3 C C WwW Selects the cross fade speed between the steps of the selected C 1 chase effect Selects the speed of the selected C 1 chase effect Selects the master intensity level of chase effects C 1 and C2 ma r gt rJ
10. General set up Mount the fixture in the required position The integral yoke can act as a floor stand or hanger Important e When suspending the fixture use at least two clamps onto the front or rear or both of the PixelMax Wash yoke e When suspending the fixture always use a safety wire rated to a minimum of 64kg 140lbs around the yoke Threaded M8 bushes in the side panels also allow the use of load eyes e Do not position the fixture close to fog machines The fog oil mist will be drawn in by the cooling fans and will short out important components The warranty will be void for all fixtures returned in such a condition DMX in XLR Spin male socket 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 Where other fixtures 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 Where a power daisy chain is also required use the white Neutrik PowerCon output socket see warning below Power out socket Neutrik PowerCon NAC3FCB connector required DMX out socket XLR 5pin male connector required 4 Connect power to the fixture using a Neutrik PowerCon connec tor Insert the connector and twist it clockwise until it clicks into place Neutrik PowerCon NAC3FCA connector Power in socket Important e When daisy chaining fixtures do no
11. N section but the fixture is not in ModE gt MANU mode Fuse access The single fuse is located on the rear panel of the fixture To remove the fuse Using a flatblade screwdriver push in the fuse cap and then twist it anti clockwise until it disengages from the holder Fuse type 20mm 4A T4AH anti surge ceramic body es Documentation by Corporate Text amp Design www ctxd com Release 1 62c Use Add gt cll to set slave addresses the master unit s Specifications Dimensions Weight Fixture and yoke Power Input voltage Connectors Power requirements Standby Maximum const Start up peak Approvals Miscellaneous Enclosure rating Control input Ga RANGE sales pixelrange com 407mm 16 l 358mm 14 o 209mm 8 1 4 48mm 367mm 14 1 2 y _ ____ 315mm 121 2 12 8Kg 28lbs 90 to 264V AC 47 to 63Hz autosensing Neutrik PowerCon see first page for details 230V 50Hz 115V 60Hz 10 watts 10 watts 320 watts 320 watts lt 20 amps lt 40 amps The peak value occurs only at first power up and lasts only for a period measured in micro seconds Adjustments may need to be made to supply circuit breakers when multiple fixtures are daisy chained causing them all to draw the peak simultaneously CE IP20 not protected against moisture ingress USITT DMX512 input connector pin out below
12. cts via DMX input Requires 31 DMX channels Provides control of RGBA mixing and selection of the dual internal chase effects via DMX input Requires 11 DMX channels Allows RGB A control via DMX input using two 8bit channels per colour The FES and MINT options deter mine how many channels are required Internal chase effects are not available within this mode 4 E 15bT Note e To optionally clear all previous settings At the rear panel press the middle two buttons and while the current address and mode are being scrolled across the display The four digit display will show baal then RSET to indicate that the fixture has been returned to its default condition Menu operation General notes e 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 e This fixture is shipped with the DMX address set to og 1 e The four digit display can be set to switch off when not in use To restore press To alter this mode use PERS gt dISP Chase effects This section describes each of the 31 internal chase effects that are selectable either via the control menu PRob gt L 1 Eg gt EFEC or using DMX values sent from an external source To use the internal effects set the ModE option either to EF M to control effects via the menu or EF d H tE to control effects externally via DMX See page 6 for details about controlling effec
13. ge from O dimmest to 15 brightest When set to HafF the control panel display will blank out shortly after the menu is exited The master slave DMx signal indication will remain active Cc Oo i Laa Ly jaz ry faz WD tI tot to D C zZ EN S ER E Allows you to choose dimming curve amp response rate FINE is compatible with previous Pixel Range fixtures TUNG produces very smooth responses to DMX inputs EE Sa Tal k MA 8bit RGB A control using the number of DMX channels determined by PEPS gt PES PERS gt MINT determines master intensity channel s No chase effects are selectable C Ne Displays the resulting RGB levels that are set via the MAN section of the internal menu When set as master these levels are also output via DMX for the control of other fixtures Al z Yj j Displays the chase effect s determined within the PPob section When set as master these levels are also output via DMX for the control of other fixtures DMX Ch1 to 24 RGBA Ch25 to 27 L 1 Effect Speed amp Xfade Ch28 to 30 Ce Effect Speed amp Xfade Ch3 1 Master intensity ma Eha m m DMX Ch1 to 4 RGBA Ch5 to 7 C 1 Effect Speed amp Xfade Ch8 to 10 Cg Effect Speed amp Xfade Ch11 Master intensity 16bit RGB A control using 2x the number of DMX channels determined by PEFS gt PES PERS gt MINT determines master intensity channel s No chase effects are selectable aS Be
14. t exceed a total load of 3kW in a single daisy chain subject to supply and cabling restrictions Maximum power requirement per fixture 320 watts See also the Start up peak note on page 5 Use the control panel to access the internal menu and choose the appropriate operation mode and related settings see over Erel w Beam spreading The upper and lower cell panels can be tilted independently to make their beams diverge from the centre by up to 16 degrees To spread a beam Loosen the adjustment screws at either side of the cell panel Use the knobs to tilt the panel to the required angle and then tighten Operation modes The PixelMax Wash provides a range of operation modes These are selected using the ModE section of the control menu Allows RGBA control via DMX input Using the FES resolution option you can determine the number of DMX channels required between 3 and 24 Internal chase effects are not available within this mode MANI Provides RGBA colour mixing independently of any external control Use the internal control menu MAN section to select the required colour values EF Allows the display of the dual internal chase effects independently of any external control Use the internal control menu PFaG section to select the required chase effects speeds and cross fades EH E Provides control of RGBA mixing and selection of the dual internal chase effe
15. ts on other fixtures via DMX without using a control desk DMX EFEC Chase effect description value value 07 og Off 8 15 D Rainbow chase forward cells A gt F 16 23 De Rainbow chase reverse cells F gt A 24 31 93 White chase forward cells A gt F 32 39 gH White chase reverse cells F gt A 40 47 os White chase in cell pairs cells A F gt B E gt C D 48 55 06 50 50 duty cycle strobe white all cells 56 63 q 50 50 duty cycle strobe red all cells 64 71 08 50 50 duty cycle strobe blue all cells 72 79 0g 50 50 duty cycle strobe yellow all cells 80 87 15 50 50 duty cycle strobe green all cells 88 95 11 Pulse strobe white all cells 96 103 te Pulse strobe blue all cells 104 111 13 Pulse strobe rainbow all cells 112 119 fH Pulse strobe red green blue all cells 120 127 145 Primary secondary chase all cells 128 135 15 Red green blue chase all cells 136 143 7 Alternate yellow blue all cells 144 151 18 Rainbow chase cells A B C gt D E F 152 159 19 Yellow blue chase cells A C E gt B D F 160 167 e0 Red blue chase cells A C E gt B D F 168 175 g Red yellow chase cells A B E F gt C B 176 183 ge Red green blue chase cells A B gt C D gt E F 184 191 g3 Red green blue chase cells A B gt C D gt E F 192 199 2H Red green blue chase cells E F gt C D gt A B 200 207 25 Static orange all cells 208 215 gb Static yellow all cells 216 223 l Static
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