NEC Projector Ph1000u User Manual

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8. User Supportware
 Converting PowerPoint files to Slides (Viewer PPT Converter 
3.0)
Using	 Viewer	 PPT	Converter	 3.0	allows	 you	to	convert	 PowerPoint	 files	into	JPEG	 files.	Converted	 JPEG	files	and	
Index	 files	(.idx)	 can	be	saved	 to	a	USB	 memory. 	When	 the	USB	 memory	 inserted	into	the	projector,	 these	JPEG	 files	
and	Index	files	(.idx)	can	be	displayed	with	the	viewer	function	of	the	projector	without	connecting	a	computer.
NOTE:
When	Viewer	 PPT	Converter	 3.0	has	 been	 installed,	 once	start	Viewer	 PPT	Converter	 3.0	once	 with	the	privilege	 used	for	installation.	
Then	exit	from	Viewer	PPT	Converter	3.0	without	doing	anything.
•	Starting
Click	 Window’s	 [Start]	→	[All	 Programs]	→	[NEC	 Projector	 User	Supportware]	→	[Viewer	 PPT	Converter	 3.0]	→	[Viewer	 PPT	
Converter	3.0],	in	that	order.
NOTE:
•	 When	 installing	 Viewer	PPT	Converter	 3.0	onto	 a	computer	 that	has	PowerPoint	 installed,	Viewer	PPT	Converter	 3.0	is	automati-
cally	registered	as	a	Power-Point	add-in.
It	is	necessary	to	cancel	Viewer	PPT	Converter	3.0	add-in	before	uninstalling	Viewer	PPT	Converter	3.0.
Refer	to	Viewer	PPT	Converter	3.0	Help	to	unregister	the	add-in.
•	 The	projector	does	not	support	the	add-in's	“Run	Slide	Show”.
Converting PowerPoint files and saving them to a USB memory
1.	 Insert	the	USB	memory	into	the	USB	port	of	the	computer.
2.	 On	 Windows, 	click	 “Start” 	→	“All	 programs” 	→	“NEC	 Projector	 UserSupportware” 	→	“Viewer	 PPT	Converter	
3.0”	→	“Viewer	PPT	Converter	3.0”.
  Viewer PPT Converter 3.0 will start.
3.	 Click	 “Brows...” 	and	select	a	PowerPoint	file	you	wish	to	convert, 	and	then	click	“Open”.
4.		Click	 “Next”. 
						

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8. User Supportware
5.	 Select	the	USB	memory	drive	for	“Card	Drive”	and	type	in	“Index	name”.
	 Index	name	must	be	eight	 alphanumeric	 characters	or	less. 	2-byte	 character	 and	file	with	 a	long	 filename	 cannot	
be	used.
6.	 Click	“Export”.
	 A	confirmation	message	will	be	displayed.
7.	 Click	“OK”.
	 Exporting	a	file	will	start.
8.	 Click	“OK”.
9.	 Click	“Exit”.
 Viewer PPT Converter 3.0 will exit.
10. 	Remove	the	USB	memory	from	the	computer.
NOTE:
•	 Before	 removing	 the	USB	 memory	 from	the	USB	 port	of	the	 computer,	 click	the	“Safe	 to	Remove	 Hardware”	 icon	on	the	 task-
bar. 
						

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9. Appendix
 Throw distance and screen size
Five	separate	 bayonet	style	lenses	 can	be	used	 on	this	 projector. 	Refer	 to	the	 information	 on	this	 page	 and	use	a	
lens	 suited	 for	the	 installation	 environment	 (screen	size	and	throw	 distance). 	For	 instructions	 on	mounting	 the	lens,	
see	page	157.
Each	number	provided	in	the	table	below	means	the	throw	distance	between	the	lens	surface	and	the	screen.
Lens types and throw distance
unit	=	m
Screen	sizeLens	model	nameNP25FL NP26ZLNP27ZLNP28ZLNP29ZL
80" 1.1 —  —  —  — 
100" 1.4
2.9	–	4.04.0	–	5.59.012.0	–	15.0120"1.73.5	–	4.84.8	–	6.69.0	–	10.812.0	–	18.0150"2.24.4	–	6.06.0	–	8.29.0	–	13.513.5	–	22.4200"3.05.9	–	8.08.0	–	11.011.1	–	17.917.9	–	29.8240" —7.1	–	9.69.6	–	13.213.3	–	21.421.4	–	35.7300"—8.9	–	12.012.1	–	16.616.5	–	26.826.7	–	44.5400"—11.9	–	16.116.1	–	22.122.0	–	35.635.5	–	59.3500"—14.9	–	20.120.2	–	24.027.4	–	44.544.3	–	74.0
TIP
•	 Calculation	of	the	throw	distance	from	the	screen	size
	 NP25FL	lens	throw	distance	(m)	=	H	×	0.67	:	1.1	m	(min.)	to	3.2	m	(max.)	
	 NP26ZL	lens	throw	distance	(m)	=	H	×	1.35	to	H	×	1.84	:	2.8	m	(min.)	to	24.0	m	(max.)	
	 NP27ZL	lens	throw	distance	(m)	=	H	×	1.84	to	H	×	2.54	:	4.0	m	(min.)	to	24.0	m	(max.)	
	 NP28ZL	lens	throw	distance	(m)	=	H	×	2.62	to	H	×	4.20	:	9.0	m	(min.)	to	45.0	m	(max.)	
	 NP29ZL	lens	throw	distance	(m)	=	H	×	4.21	to	H	×	6.96	:	12.0	m	(min.)	to	80.0	m	(max.)	
	 “H”	(Horizontal)	refers	to	the	screen	width.
	 *	Figures	differ	by	several	%	with	the	table	above	because	the	calculation	is	approximate.
	 Ex.:	Throw	distance	when	projecting	on	a	150"	screen	using	the	NP27ZL	lens:
	 According	to	the	“Screen	Size	(for	reference)”	table	(→ page 211),	H	(screen	width)	=	323.1	cm.
	 The	throw	distance	is	323.1	cm	×	1.7	to	323.1	cm	×	2.3	=	549.3	cm	to	743.13	cm	(because	of	the	zoom	lens).
•	 Using	the	NP28ZL	 lens	will	slightly	 change	the	image	 size.	When	 using	the	NP28ZL	 lens	to	adjust	 the	image	 size,	adjust	 the	focus	
and then the zoom. 
						

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9. Appendix
Projection range for the different lenses
80-200100-500
100-500 100-500
50-300
NP25FL : 1.1–3.2 m
NP26ZL : 2.8–24.0 m
NP27ZL : 4.0–24.0 m NP28ZL : 9.0–45.0 m
NP29ZL : 12.0–80.0 m 
						

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9. Appendix
Tables of screen sizes and dimensions
Screen	height
Screen	width
16:10	screen	size	 
(diagonal)
Size	(inches)Screen	widthScreen	height
(inches) (cm)(inches) (cm)
5042.4 107.7 26.567.3
60 50.9 129.2 31.880.8
80 67.8 172.3 42.4107.7
100 84.8215.4 53.0134.6
120 101.8 258.5 63.6161.5
150 127.2 323.1 79.5201.9
200 169.6 430.8106.0269.2
240 203.5 516.9127.2323.1
300 254.4 646.2159.0403.9
350 296.8 753.9185.5471.2
400 339.2 861.6212.0538.5
450 381.6 969.3238.5605.8
500 424.0 1077.0 265.0673.1 
						

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9. Appendix
Lens shifting range
This	projector	 is	equipped	 with	a	lens	 shift	function	 for	adjusting	 the	position	 of	the	 projected	 image	by	using	 the	LENS	
SHIFT	▼▲◀▶	buttons. 	The	lens	can	be	shifted	within	the	range	shown	below.
Description 	of 	symbols: 	V 	indicates 	vertical 	(height 	of 	the 	projected 	image), 	H 	indicates 	horizontal 	(width 	of 	the	
projected	image).
NOTE:	The	lens	shift	function	cannot	be	used	when	the	NP25FL	lens	is	used.
Desk/front	projection
1V
1H
0.2H 0.2H
0.55V
0.4VHeight of projected image
Width	of	projected	image
Ceiling/front	projector
1V
1H
0.2H
0.2H
0.55V 0.4VHeight of projected image
Width	of	projected	image
Ex.: 	When	projecting	on	a	150"	screen
According	to	the	tables	of	screen	sizes	and	dimensions	for	16:10	(→	page	211),	H	=	323.1	cm,	 V	=	201.9	cm.
Adjustment	range	in	the	 vertical	 direction: 	The	 projected	 image	can	be	moved	 upwards	 0.5	×	201.9	 cm	≈	101	 cm,	
(when	the	lens	is	at	the	center	position). 	For	a	ceiling/front	installation,	the	above	figures	are	inverted.
Adjustment	range	in	the	 horizontal	 direction:	The	 projected	 image	can	be	moved	 to	the	 left	0.1	 ×	323.1	 cm	≈	32	 cm,	
to	the	right	0.1	×	323.1	cm	≈	32	cm.
*	Figures	differ	by	several	%	because	the	calculation	is	approximate. 
						

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9. Appendix
❷ Mounting the Optional Board (sold separately)
CAUTION
Before	mounting	 or	removing	 the	optional	 board,	be	sure	 to	turn	 off	the	 projector,	 wait	for	the	 fans	 to	stop	 and	turn	
off	the	main	power	switch.
Tool	needed: 	Phillips	screwdriver	(plus-head)
The	SB-01HC	board	is	used	as	an	example.
1.	 Turn	off	the	main	power	switch	of	the	projector.
2.	 Loosen	the	two	screws	on	the	slot	cover	of	the	terminal	panel.
 Remove the two screws and the slot cover.
NOTE:	Keep	the	two	screws	and	the	slot	cover.
3.	 Insert	the	optional	board	into	the	slot.
	 Make	sure	that	the	board	is	inserted	into	the	slot	in	the	correct	orientation.
	 Incorrect	orientation	may	cause	miscommunication	between	the	optional	board	and	projector. 
						

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9. Appendix
4.	 Tighten	the	two	screws	on	both	sides	of	the	slot.
•	 Be	sure	to	tighten	the	screws.
	 This	will	complete	installation	of	the	optional	board.
	 Refer	to	the	user’s	manual	included	with	the	board	for	source	selection.
NOTE:
•	 Mounting	the	optional	 board	may	cause	 the	fans	 to	run	 in	the	 standby	 mode	for	the	 purpose	 of	cooling	 depending	 on	the	 optional	
board. The fan speed may also increase in order to cool the projector properly. Both of these instances are considered normal 
and not a malfunction of the projector.
  
						

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9. Appendix
 Compatible Input Signal List
Analog RGB
SignalResolution	(	dots	)Aspect	RatioRefresh	Rate	(	Hz	)VGA640×480 4:3 60/72/75/85/iMac
SVGA 800×600 4:3 56/60/72/75/85/iMac
XGA 1024×768 4:3 60/70/75/85/iMac
XGA+ 1152×864 4:3 60/70/75/85
WXGA 1280×768 15:9 60
1280 ×800 16:10 60
1360 ×768 *
116:9 60
1366 ×768 *116:9 60
Quad-VGA 1280×960 4:3 60/75/85
SXGA 1280×1024 5:4 60/75/85
SXGA+ 1400×1050 4:3 60/75
WXGA+ 1440×900 16:10 60
WXGA++ 1600×900 16:9 60
UXGA 1600×1200 4:3 60/65/70/75
WSXGA+ 1680×1050 16:10 60
WUXGA 1920×1200 16:10
60	(Reduced	Blanking)HD 1280×720 16:9 60Full	HD1920×1080 16:9 60MAC	13"640×480 4:3 67MAC	16"832×624 4:3 75MAC	19"1024×768 4:3 75MAC	21"1152×870 *24:3 75MAC	23"1280×1024 5:4 65
HDMI
SignalResolution	(	dots	)Aspect	RatioRefresh	Rate	(	Hz	)VGA 640×480 4:3 60
SVGA 800×600 4:3 60
XGA 1024×768 4:3 60
HD 1280×720 16:9 60
WXGA 1280×768 15:9 60
1280 ×800 16:10 60
1366 ×768 *
116:9 60
Quad-VGA 1280×960 4:3 60
SXGA 1280×1024 5:4 60
SXGA+ 1400×1050 4:3 60
WXGA+ 1440×900 16:10 60
WXGA++ 1600×900 16:9 60
WSXGA+ 1680×1050 16:10 60
UXGA 1600×1200 4:3 60
Full	HD1920×1080 16:9 60
WUXGA 1920×1200 16:1060	(Reduced	Blanking)HDTV(1080p) 1920×1080 16:9 50/60
HDTV(1080i) 1920×1080 16:9 50/60
HDTV	(720p)1280×720 16:9 50/60SDTV	(480p)720×4804:3	/	16:960SDTV	(576p)	720 ×5764:3	/	16:950
SDTV(480i) 1440×4804:3	/	16:960
SDTV(576i) 1440×5764:3	/	16:950 
						

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9. Appendix
DisplayPort
SignalResolution	(	dots	)Aspect	RatioRefresh	Rate	(	Hz	)VGA640×480 4:3 60
SVGA 800×600 4:3 60
XGA 1024×768 4:3 60
HD 1280×720 16:9 60
WXGA 1280×768 15:9 60
1280 ×800 16:10 60
1366 ×768 *
116:9 60
Quad-VGA 1280×960 4:3 60
SXGA 1280×1024 5:4 60
SXGA+ 1400×1050 4:3 60
WXGA+ 1440×900 16:10 60
WXGA++ 1600×900 16:9 60
WSXGA+ 1680×1050 16:10 60
UXGA 1600×1200 4:3 60
Full	HD1920×1080 16:9 60
WUXGA 1920×1200 16:1060	(Reduced	Blanking)HDTV(1080p) 1920×1080 16:9 50/60HDTV	(720p)1280×720 16:9 50/60SDTV	(480p)720×4804:3	/	16:960SDTV	(576p)	720 ×5764:3	/	16:950
Component
SignalResolution	(	dots	)Aspect	RatioRefresh	Rate	(	Hz	)HDTV(1080p) 1920×1080 16:9 50/60
HDTV(1080i) 1920×1080 16:9 50/60
HDTV	(720p)1280×720 16:9 50/60SDTV	(480p)720×4804:3	/	16:960SDTV	(576p)	720 ×5764:3	/	16:950
SDTV(480i) 720×4804:3	/	16:960
SDTV(576i) 720×5764:3	/	16:950
Composite	 Video/S-Video
SignalAspect	RatioRefresh	Rate	(	Hz	)NTSC 4:3 60
PAL 4:3 50
PAL60 4:3 60
SECAM 4:3 50
*1	The	projector	may	fail	to	display	these	signals	correctly	when	[AUTO]	is	selected	for	[ASPECT	RATIO]	in	the	on-screen	menu.	 The	factory	default	is	[AUTO]	for	[ASPECT	RATIO]. 	To	display	these	signals,	select	[16:9]	for	[ASPECT	RATIO].*2	The	projector	may	fail	to	display	these	signals	correctly	when	[AUTO]	is	selected	for	[ASPECT	RATIO]	in	the	on-screen	menu.	 The	factory	default	is	[AUTO]	for	[ASPECT	RATIO]. 	To	display	these	signals,	select	[4:3]	for	[ASPECT	RATIO].
•	 Signals	exceeding	the	projector’s	resolution	are	handled	with	scaling	technology.
•	 With	scaling	technology,	the	size	of	characters	and	ruled	lines	may	be	uneven	and	colors	may	be	blurred.
•	 Upon	 shipment,	 the	projector	 is	set	 for	signals	 with	standard	 display	resolutions	 and	frequencies,	 but	adjustments	
may	be	required	depending	on	the	type	of	computer.