Digital Projection Lightning 35hd-T, 40hd-t User Manual
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105-453B January 2007 Page 6.7 Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual 6. Appendix Electrical Rear Input DVI-D single Side Input DVI-D single, DVI-D dual, DVI-D single twin or DVI-D dual twin (for more information, see Input formats, in section 2. Installation) Pixel clock single: up to 165MHz, dual: up to 220MHz Outputs DVI-D single loop through (from rear input only) Control inputs 1 x LAN, 1 x Wireless LAN, 1 x RS232 serial Mains voltage 200-240 VAC (±10%), 50/60Hz (single phase) Power consumption 35HD-T: 4000 W 40HD-T: 4600 W International Regulations Meets FCC Class A requirements Meets EMC Directives (EN 50081-1, EN 50082-1, EN 55022) MeetsLow Voltage Directive (EN60950) Physical Operating Temperature 10 to 35°C Storage Temperature -10 to 50°C Thermal Dissipation 35HD-T: 13640 BTU/hr 40HD-T: 15695 BTU/hr Operating Humidity up to 80% non-condensing Weight 114kg (249lbs)
Page 6.8 105-453B January 2007 6. Appendix Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual Lens Data Optical 103-350 103-351 102-451 102-676 throw ratio1.0 :1 fi xed 1.25 - 1.45 :1 zoom 1.45 - 1.8 :1 zoom 1.8 - 2.4 :1 zoom full DMD image width2.2m - 6.9m (7.4 - 22.6ft)3.5 - 31m (11 - 102ft)3 - 25m (9 - 82ft)2 - 19m (7 - 62ft) throw distance2.2m - 6.9m (7.4 - 22.6ft)5 - 45m (16 - 148ft)5 - 45m (16 - 148ft)5 - 45m (16 - 148ft) lens shift vertical in pixels* (vs DMD height)± 400 (± 0.37H)± 540 (± 0.5H)± 282 (± 0.26H)± 282 (± 0.26H) lens shift horizontal in pixels* (vs DMD width)± 256 (± 0.125W)± 365 (± 0.178W)± 172 (± 0.085W)± 172 (± 0.085W) Aperture F/2.5 F/2.5 F/2.5 F/2.5 Max object fi eld size 38.04mm dia 36.0mm dia 36.0mm dia 36.0mm dia Effective focal length 28.95mm (1.14in)35.28 - 40.97mm (1.39 - 1.61in)40.71 - 50.89mm (1.6 - 2.0in)50.72 - 62.12mm (2 - 2.5in) Distortion 88 % avg Mechanical Lens extension**185mm (7.3in)161mm (6.3in)109mm (4.3in)97mm (3.8in) Length457.5mm (18.0in)433.6mm (17.1in)381mm (15in)368.4mm (14.5in) Maximum diameter144.5mm (5.69in)144.5mm (5.69in)139mm (5.47in)139mm (5.47in) Weight to be confi rmed to be confi rmed to be confi rmed to be confi rmed lens extension, measured from front of corner post * Actual available lens shift is reduced when the lens is to be shifted in two directions combined (see Shifting the image, in section 2. Installation). ** Lens extension is the distance from the outer end of the lens to the front of the projector. It is measured when the lens is focussed at infi nity and fully extended. At other focus settings, the extension could be up to 10mm less. It is important for calculating throw distance accurately (see Useful lens calculations, in section 2. Installation).
105-453B January 2007 Page 6.9 Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual 6. Appendix Optical 102-677 102-678 104-189 throw ratio2.2 - 3.0 :1 zoom 3.0 - 4.3 :1 zoom 4.3 - 6.0 :1 zoom full DMD image width2 - 15m (5 - 49ft)1 - 11m (4 - 34ft)1 - 8m (3 - 25ft) throw distance2.2m - 6.9m (7.4 - 22.6ft)5 - 45m (16 - 148ft)5 - 45m (16 - 148ft) lens shift vertical in pixels* (vs DMD height)± 282 (± 0.26H)± 282 (± 0.26H)± 282 (± 0.26H) lens shift horizontal in pixels* (vs DMD width)± 172 (± 0.085W)± 172 (± 0.085W)± 172 (± 0.085W) Aperture F/2.5 F/2.5 F/2.5 Max object fi eld size 36.0mm dia 36.0mm dia 36.0mm dia Effective focal length 62.35 - 84.79mm (2.46 - 3.34in)84.0 - 120.5mm (3.31 - 4.74in)122.8 - 172.3mm (4.83 - 6.78 in) Distortion 88% avg Mechanical Lens extension**53mm (2.1in)98mm (3.9in)170mm (6.7in) Length324.9mm (12.8in)370.8mm (14.6in)442mm (17.4in) Maximum diameter139mm (5.47in)139mm (5.47in)139mm (5.47in) Weight to be confi rmed to be confi rmed to be confi rmed lens extension, measured from front of corner post * Actual available lens shift is reduced when the lens is to be shifted in two directions combined (see Shifting the image, in section 2. Installation). ** Lens extension is the distance from the outer end of the lens to the front of the projector. It is measured when the lens is focussed at infi nity and fully extended. At other focus settings, the extension could be up to 10mm less. It is important for calculating throw distance accurately (see Useful lens calculations, in section 2. Installation).
Page 6.10 105-453B January 2007 6. Appendix Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual Notes Cable complexity and interference can be reduced by using the Digilink high bandwidth optical connection system. Contact your dealer for more information. The analog pins to the right of the connector may be fi tted on some models, but are unused. Connections DVI-D connection 1 TMDS Data 2- 2 TMDS Data 2+ 3 TMDS Data 2/4 Shield 4 TMDS Data 4- 5 TMDS Data 4+ 6 DDC Clock 7 DDC Data 8 unused 9 TMDS Data 1- 10 TMDS Data 1+ 11 TMDS Data 1/3 Shield 12 TMDS Data 3- 13 TMDS Data 3+ 14 +5 V Power 15 Ground 16 Hot Plug Detect* 17 TMDS Data 0- 18 TMDS Data 0+ 19 TMDS Data 0+ 20 TMDS Data 0/5 Shield 21 TMDS Data 5 - 22 TMDS Data 5+ 23 TMDS Clock Shield 24 TMDS Clock+ Hot plug detect (HPD) is fully DVI compliant. DVI sources detect the presence of a display device by providing +5V on pin 14 and looking for +5V on pin 16. Whenever the projector is operational, and 5V is present on pin 14, pin 16 will be held at +5V. EDID is available even when the projector is switched off. Operational means that the projector is powered up. Non operational states are powered down and some self test and reprogramming modes. • pin view of female connector
105-453B January 2007 Page 6.11 Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual 6. Appendix LAN connection 10BaseT Unshielded Twisted Pair cable The standard wire colours as as follows: 1 White / Orange stripe 2 Orange 3 White / Green stripe 4 Blue 5 White / Blue stripe 6 Green 7 White / Brown stripe 8 Brown Crossed cable (used to connect directly to a computer with no hub or network.) (Note that only the green and blue pairs are crossed) 1 White / Orange stripe White / Green stripe 1 2 Orange Green 2 3 White / Green stripe White / Orange stripe 3 4 Blue Blue 4 5 White / Blue stripe White / Blue stripe 5 6 Green Orange 6 7 White / Brown stripe White / Brown stripe 7 8 Brown Brown 8 Notes Use: a straight cable to connect to a hub or network, or a crossed cable as shown here to connect ONLY to a computer directly. • • top view of cable connector (clip is underneath)
Page 6.12 105-453B January 2007 6. Appendix Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual Serial control input 1 unused 2 Received Data 3 Transmitted Data 4 Data Terminal Ready 5 Signal Ground 6 Data Set Ready 7 Request To Send 8 Clear To Send 9 unused at present Null-modem cable (used to connect the projector to a computer) RD 2 --- 3 TD TD 3 --- 2 RD DTR 4 --- 6 DSR GND 5 --- 5 GND DSR 6 --- 4 DTR RTS 7 --- 8 CTS CTS 8 --- 7 RTS Modem settings Baud rate 38,400 bps Data length 8 bits Parity none Stop bits one Handshaking Full duplex RTS/CTS Xon/Xoff not supported • • • • • Notes The projector is a DTE, so use: • a straight cable to connect to a modem, or • a null-modem cable as shown here to connect to another DTE such as a computer. pin view of female connector
105-453B January 2007 Page 6.13 Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual 6. Appendix Using Windows Hyperterminal to connect to the projector Many features of the projector can be controlled remotely by sending ascii character strings to the serial control input, or via a LAN, using the protocol and syntax described in the following pages. If you are using a PC running Windows 95, 98, Me, NT, 2000 or XP, you can send the control codes using Windows Hyperterminal. This can usually be found in: Start → All Programs → Accessories → Communications → Hyperterminal: In File → Properties, set the connection either to your serial link or LAN connection. For a serial connection, use the settings detailed on the previous page. For a LAN connection, connect to the server using port number 10002. In File → Properties → Settings → Ascii Setup, set the sending and receiving characters as shown below: Commands can be sent to the projector simply by typing in the Hyperterminal window. Replies will also be seen in the window. Notes For a full description of all the Control codes available, see the Lightning Remote Communications Protocol, on the following pages. Details of how to connect to the projector, using the serial control input or via a LAN, can be found earlier in this section.
Page 6.14 105-453B January 2007 6. Appendix Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual Remote communications protocol Version 1.2 Patch A Each command string sent to the projector should start with character 0x0a and end with character 0x0d. If you are using Windows Hyperterminal, then this will be taken care of by the Ascii Setup described on the previous page. Prefi x each command with: “[id],[user],[time],[date],[command priority],[projector id],[projector name],” for example: 1234,external,16:37:31,01/04/2004,5,543210,DPL-123, example lens command (close shutter) 1234,external,15:20:25,14/10/2004,5,543210,DPL-123,lens,move,write,s,c,0,0 example lens command (open shutter) 1234,external,15:20:30,14/10/2004,5,543210,DPL-123,lens,move,write,s,o,0,0 Image commands Image Brightness Used to set and query image brightness (lift) levels. CALL : “image,brightness,write,r,[level],g,[level],b,[level],o,[level],a,[mode]” : Where [level] is -0.5 to 0.5 in steps of 0.001 : and [mode] is either “on” or “off” : ‘o’ is overall level - only valid if ‘a’ is set to ‘off’. : ‘a’ is auto level control. RETURNS : “[msg id],ACK,brightness,r,[level],g,[level],b,[level],o,[level],a,[mode]” : OR : “[msg id],NAK,brightness” CALL : “image,brightness,read,[urgency switch]” NOTE : Urgency switch is currently ignored (can be set to 0). RETURNS : “[msg id],brightness,[r level],[g level],[b level],[o level],[a mode]” : OR : “[msg id],NAK,brightness” Notes Details of how to connect to the projector, using the serial control input or via a LAN, can be found earlier in this section.
105-453B January 2007 Page 6.15 Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual 6. Appendix Image Contrast Used to set and query image contrast (gain) levels. CALL : “image,contrast,write,r,[r level],g,[g level],b,[b level],o,[level],a,[mode]” : Where [level] is 0.0 to 2.0 in steps of 0.001 : and [mode] is either “on” or “off” : ‘o’ is overall level - only valid if ‘a’ is set to ‘off’. : ‘a’ is auto level control. RETURNS : “[msg id],ACK,contrast,r,[r level],g,[g level],b,[b level],o,[level],a,[mode] ” : OR : “[msg id],NAK,contrast” CALL : “image,contrast,read,[urgency switch]” NOTE : Urgency switch is currently ignored (can be set to 0). RETURNS : “[msg id],contrast,[r level],[g level],[b level],[o level],[a mode]” : OR : “[msg id],NAK,contrast” Image Projection Mode Used to set and query image projection mode. CALL : “image,projectionmode,write,[mode]” : Where [mode] is one of “curtain”, “testpattern” or “normal” RETURNS : “[msg id],ACK,projectionmode,[mode]” : OR : “[msg id],NAK,projectionmode” CALL : “image,projectionmode,read,[urgency switch]” NOTE : Urgency switch is currently ignored (can be set to 0). RETURNS : “[msg id],projectionmode,[mode]” : OR : “[msg id],NAK,projectionmode” Notes
Page 6.16 105-453B January 2007 6. Appendix Digital Projection LIGHTNING 35HD-T, 40HD-T User Manual Image Orientation Used to set and query image orientation. CALL : “image,imageorient,write,[orient]” : Where [orient] is one of “normal”, “nsfl ip”, “ewfl ip” or “newsfl ip” RETURNS : “[msg id],ACK,imageorient,[orient]” : OR : “[msg id],NAK,imageorient” CALL : “image,imageorient,read,[urgency switch]” NOTE : Urgency switch is currently ignored (can be set to 0). RETURNS : “[msg id],imageorient,[orient]” : OR : “[msg id],NAK,imageorient” Image Mirror Park Used to set and query mirror park. CALL : “image,mirrorpark,write,[mode]” : Where [mode] is one of “park” or “release” RETURNS : “[msg id],ACK,mirrorpark,[orient]” : OR : “[msg id],NAK,mirrorpark” CALL : “image,mirrorpark,read,[urgency switch]” NOTE : Urgency switch is currently ignored (can be set to 0). RETURNS : “[msg id],mirrorpark,[mode]” : OR : “[msg id],NAK,mirrorpark” Notes