Panasonic ET-EMU100 3LCD Ultra-Short Throw Lens Instruction Manual
- June 4, 2024
- Panasonic
Table of Contents
ET-EMU100 3LCD Ultra-Short Throw Lens
Operating Instructions
Zoom Lens Commercial Use
Model No. ET-EMW200 / ET-EMW300 / ET-EMW400 / ET-EMW500 / ET-EMS600 / ET-
EMT700 / ET-EMT800 / ET-EMU100
ET-EMW200
ET-EMW300
ET-EMW500
ET-EMS600
ET-EMW400
ENGLISH FRANÇAIS
ET-EMU100
ET-EMT700
ET-EMT800
Thank you for purchasing this Panasonic product.
To ensure correct use of this lens, please read the operating instructions
supplied
with the lens and the projector carefully.
Before using this product, be sure to read “Read this first!” (Page 3).
Please save this manual for future use.
DPQX1425ZC/X1
Contents
Read this first! …………………………………………………………………………..3 Before
Use…………………………………………………………………………………4
Preparation………………………………………………………………………………..5
Before replacing the projection lens ……………………………………………….. 5 Attaching the Lens
/ Detaching the Lens…………………………………………. 5 Peripheral focus adjustment function
……………………………………………… 6 Lens calibration …………………………………………………………………………… 6
Projection relationships……………………………………………………………..7 Lens shift
ranges……………………………………………………………………….8 Specifications
………………………………………………………………………….10 Dimensions ……………………………………………………………………………..10
Projected image size and Projection distance…….Appendix / Annexe / 1 The
“Appendix” can be found after the Japanese language section ( ).
2-ENGLISH
Read this first!
Always follow these precautions
WARNING:
Do not look at or place your skin into the light emitted from the lens while
the projector is being used. Doing so can cause burns or loss of sight. z
Strong light is emitted from the projector’s lens. Do not look at or place
your hands
directly into this light. z Turn off the power when moving away from the
projection lens or projector.
Do not project an image with the lens cover attached. z Doing so can cause
fire.
Do not allow children to reach the lens fixing screw. Accidentally swallowing
them can cause physical harm. z If swallowed, seek medical advice immediately.
CAUTION:
Before replacing the projection lens, be sure to turn off the power and
disconnect the power plug from the wall outlet. z Unexpected projection of
light may cause injury to eyes. z Replacing the projection lens without
removing the power plug may result in electric
shock.
Do not stand in front of the lens while the projector is being used. Doing so
can cause damage and burns to clothing. z Strong light is emitted from the
projector’s lens.
Do not place objects in front of the lens while the projector is being used.
Doing so can cause fire, damage to the object, or malfunction of the lens and
projector. z Strong light is emitted from the projector’s lens.
Do not open the desiccant bag. Do not eat the contents. Inadvertently
ingesting desiccant could be harmful. z If the desiccant gets into your eyes
or mouth, immediately rinse with plenty of water
and seek medical attention. z Keep desiccant out of the reach of children.
ENGLISH-3
Before Use
Supported projectors PT-MZ16K / PT-MZ13K / PT-MZ10K
Note
z This manual omits the alphabets at the end of projector model numbers. z
Models other than the above may also be supported. Refer to the operating
instructions for
your projector or the Panasonic website
(https://panasonic.net/cns/projector/).
Supplied Accessories Make sure that the following has been provided.
Part name Lens cover
Lens fixing screw (DPHD1008ZA/X1)
Hex driver
Appearance (quantity)
z The product is delivered with lens covers attached.
z The shape and size of the lens covers are different for each product. 1 each
for front and rear
z Supplied only with the ET-EMU100. z Used when attaching the projection
lens to the projector.
x4
z Supplied only with the ET-EMU100. z Used when attaching the projection
lens to the projector.
x1
4-ENGLISH
Preparation
Before replacing the projection lens
Return the projection lens to the home position before replacing or removing
it. For details on how to return the lens to the home position, refer to the
operating instructions of the projector.
Attention z Make sure that the projector power supply is switched off before
attaching or detaching the
projection lens. z After removing the projection lens, store it safely away
from vibration or impacts. z Do not touch the electric contact points of the
projection lens with your fingers. Dust and dirt
on the contacts may cause contact malfunctions, while static electricity may
damage the unit. z Do not turn the gear (ring) part of the projection lens
barrel by hand. Doing so may damage
the motor. z Do not touch the surface of the lens with bare hands. Finger
prints and dirt on the surface
of the lens will be magnified by the lens and lower the quality of the
projected image. Place the supplied lens cover on the zoom lens when the
projector is not in use. z The lens is made of glass. The lens could be
damaged if brought into contact with or rubbed against hard objects. Handle
the lens carefully. z Use a clean, soft and dry cloth to wipe away dust and
dirt from the projection lens. Do not use fl uffy cloths containing oil, water
or dust for cleaning. The lens is easily damaged, so do not apply excessive
pressure when wiping it.
Attaching the Lens / Detaching the Lens
For details on attaching or removing the projection lens, refer to the
operating instructions for the projector.
Attention z When attaching the ET-EMU100 to the projector, fix it in place
using the lens fixing
screws (x4) supplied with the ET-EMU100 as shown in the figure below to
stabilize focus performance. z Use the hex driver supplied with the ET-EMU100
to tighten the lens fixing screws.
Lens fixing screw
Lens fixing screw
ENGLISH-5
Preparation (continued)
Peripheral focus adjustment function
When you change the size of the projected image, the focal balance between the
center and peripheral areas of the screen may shift. The ET-EMW200 / ET-EMW300
/ ET-EMW400 / ET-EMW500 / ET-EMU100 is equipped with a peripheral focus
adjustment function to correct the shift in focal balance between the center
and peripheral areas of the screen. For instructions on adjusting the
peripheral focus, refer to “Projecting” in the operating instructions for the
projector.
Lens calibration
Perform lens calibration after attaching the lens. For instructions on lens
calibration, refer to “Projecting” in the operating instructions for the
projector.
6-ENGLISH
Projection relationships
The dimensional relationship between the screen and the projector is shown below.
Dimensional relationship diagram
Projected image
SH
SD
L1
SH
L (LW/LT)
H
SW Screen L1
L (LW/LT)
SW
Note
z This diagram assumes that the size and position of the projected image will
be adjusted so that the image fills the entire screen.
z This illustration is not drawn to scale.
L LW LT
L1 SH H SW SD
Projection distance Minimum distance Maximum distance Lens protrusion dimension Projected image height Distance from the lens center to the lower edge of the projected image Projected image width Projected image size
z Dimension for L1 (approximate values)
(Unit: m)
Projector model
ET-EMW200 ET-EMW300 ET-EMW400 ET-EMW500 ET-EMS600
ET-EMT700
ET-EMT800
ET-EMU100
PT-MZ16K / PT-MZ13K / PT-MZ10K
0.152
0.121
0.121
0.122
0.117
0.167
0.172
0.346
Note z The illustrations of projectors in this manual are for informational
purposes only and do not
represent a specific projector model. Configurations may vary with the model.
Attention z To prevent blocking of the intake and exhaust vents, maintain
clearances from walls and objects
of at least 1 000 mm (3’3″) for the exhaust vent and at least 500 mm (1’8″)
for the intake vent. z Avoid setting up in places which are subject to sudden
temperature changes, such as near
an air conditioner or lighting equipment (studio lamps, etc.).
ENGLISH-7
Projection relationships (continued)
Dimensional relationship For details on the projection distance (L), refer to
“Projected image size and Projection distance” and “Projection distance
formulas” in the Appendix.
Note z For details on “Projected image size and Projection distance” for
projector models other
than PT-MZ16K / PT-MZ13K / PT-MZ10K, refer to “Setting up” in the operating
instructions of the projector.
Lens shift ranges
Perform the lens position shift within the adjustment range. Perform lens
shift adjustment within the ranges shown in the following illustrations. The
focus may change when the lens position is shifted out of the adjustment
range. This is because the movement of the lens is restricted to protect the
optical parts. Projection position can be adjusted with the optical axis shift
based on the home position in the respective range.
Origin position of Standard projection the lens mounter position
0.28V
0.6V
Projected image
ET-EMW400 / ET-EMW500 / ET-EMS600 / ET-EMT700 / ET-EMT800
0.28V height V
0.2H
0.2H
Projected image width H
Origin position of Standard projection the lens mounter position
0.6V
0.4V
Projected image height V
ET-EMW200
8-ENGLISH
0.19H
0.19H
Projected image width H
0.4V
Lens shift ranges (continued)
Origin position of the lens mounter
Standard projection position
0.13V
0.5V
height V 0.13V
Projected image
ET-EMW300
0.2H
0.2H
Projected image width H
Origin position of the lens mounter
Standard projection position
0.5V
0.2V 0.5V
Projected image height V
ET-EMU100
0.12H
0.12H
0.2H
0.2H
Projected image width H
Note
z The home position of the projector a point of origin position for the lens
shift (i.e., vertical and horizontal positions of the lens) based on the
results of lens calibration. It is not the optical center position of the
screen.
ENGLISH-9
Specifications
Check the specifications of each projection lens, and use the appropriate lens for your intended use.
Model No.
ET-EMW200
ET-EMW300
ET-EMW400
ET-EMW500
F value
1.84 – 2.14
1.84 – 2.24
1.84 – 2.24
1.80 – 2.35
Focal Length (f)
10.80 mm (7/16) – 12.31 mm (1/2) – 15.30 mm (19/32) – 21.08 mm (27/32) 12.52 mm (1/2) 15.43 mm (19/32) 21.10 mm (27/32) 30.00 mm (1-3/16)
Width 179 mm (7-1/16) 179 mm (7-1/16) 179 mm (7-1/16) 179 mm (7-1/16)
Dimensions Height 175 mm (6-7/8) 175 mm (6-7/8) 175 mm (6-7/8) 175 mm (6-7/8)
Depth 314 mm (12-3/8) 284 mm (11-3/16) 284 mm (11-3/16) 285 mm (11-7/32)
Net Weight
5.20 k] (11.46 lb) 5.20 k] (11.46 lb) 5.05 k] (11.13 lb) 5.15 k] (11.35 lb)
Model No.
ET-EMS600
ET-EMT700
ET-EMT800
ET-EMU100
F value
1.75 – 2.17
1.82 – 2.53
1.85 – 2.39
1.9
Focal Length (f)
29.90 mm (1-3/16) – 46.00 mm (1-13/16) – 90.30 mm (3-9/16) – 7.23 mm (9/32) 46.32 mm (1-13/16) 90.50 mm (3-9/16) 162.60 mm (6-13/32) 7.73 mm (5/16)
Width 173 mm (6-13/16) 173 mm (6-13/16) 173 mm (6-13/16) 200 mm (7-7/8)
Dimensions Height 130 mm (5-1/8) 130 mm (5-1/8) 130 mm (5-1/8) 200 mm (7-7/8)
Depth 267 mm (10-1/2) 327 mm (12-7/8) 334 mm (13-5/32) 509 mm (20-1/32)
Net Weight
3.60 k] (7.94 lb) 4.55 k] (10.03 lb) 4.75 k] (10.47 lb) 7.20 k] (15.87 lb)
Dimensions
Model number
Dimensions
(Unit: mm)
82 (3-7/32″)
179 (7-1/16″) 175 (6-7/8″)
91 (3-19/32″)
ET-EMW200
10-ENGLISH
314 (12-3/8″)
Dimensions (continued)
Model number
ET-EMW300
ET-EMW400 ET-EMW500
179 (7-1/16″) 175 (6-7/8″)
179 (7-1/16″) 175 (6-7/8″)
179 (7-1/16″) 175 (6-7/8″)
Dimensions
284 (11-3/16″)
284 (11-3/16″)
285 (11-7/32″)
(Unit: mm)
ENGLISH-11
91 (3-19/32″)
82 (3-7/32″)
91 (3-19/32″)
82 (3-7/32″)
91 (3-19/32″)
82 (3-7/32″)
Dimensions (continued)
Model number
ET-EMS600
ET-EMT700 ET-EMT800
12-ENGLISH
173 (6-13/16″) 130 (5-1/8″)
173 (6-13/16″) 130 (5-1/8″)
173 (6-13/16″) 130 (5-1/8″)
Dimensions
267 (10-1/2″)
327 (12-7/8″) 334 (13-5/32″)
(Unit: mm)
91 (3-19/32″)
82 (3-7/32″)
91 (3-19/32″)
82 (3-7/32″)
91 (3-19/32″)
82 (3-7/32″)
200 (7-7/8″) 91 (3-19/32″) 82 (3-7/32″)
Dimensions (continued)
Model number
Dimensions
ET-EMU100
509 (20-1/32)
(Unit: mm)
ENGLISH-13
Information for users in the European Union
Importer’s name and address within the European Union Panasonic Marketing
Europe GmbH Panasonic Testing Centre Winsbergring 15, 22525 Hamburg, Germany
Disposal of Old Equipment Only for European Union and countries with recycling
systems
This symbol on the products, packaging, and/or accompanying documents means
that used electrical and electronic products must not be mixed with general
household waste. For proper treatment, recovery and recycling of old products,
please take them to applicable collection points in accordance with your
national legislation. By disposing of them correctly, you will help to save
valuable resources and prevent any potential negative effects on human health
and the environment. For more information about collection and recycling,
please contact your local municipality. Penalties may be applicable for
incorrect disposal of this waste, in accordance with national legislation.
Information on Disposal in other Countries outside the European Union This
symbol is only valid in the European Union. If you wish to discard this
product, please contact your local authorities or dealer and ask for the
correct method of disposal.
Product Information (for Turkey only) AEEE Yönetmeliine Uygundur. Eski Ekipman
ve Bataryalarin lenmesi. Sadece geri dönüüm sistemleri olan Avrupa Birlii ve
ülkeleri için geçerlidir. Ürünler, ambalaj ve/veya ekli belgeler üzerindeki bu
semboller kullanilmi elektrik ve elektronik ürünlerin genel ev atii ile
karitirilmamasi gerektiini ifade eder. Eski ürünlerin toplanmasi ve geri
kazanilmasi için bu atiklar lütfen yasayla belirlenmi olan uygun toplama
merkezlerine teslim ediniz. Bu atiklarin doru ilenmesiyle, deerli kaynaklarin
korunmasina ve insan salii ve çevreye olasi negatif etkilerinin engellenmesine
yardimci olabilirsiniz. Atiklarin toplanmasi ve geri dönüümü için detayli
bilgi için lütfen bali olduunuz yerel yönetimlerle iletiime geçiniz. Atiklarin
atilmasiyla ilgili yanli uygulamalar yasayla belirlenmi olan cezalara
sebebiyet verebilir.
Environment care information for users in China
This symbol is only valid in China.
Panasonic Corporation
Web Site : https://panasonic.net/cns/projector/ © Panasonic Corporation 2019
Panasonic System Solutions Company of North America
Two Riverfront Plaza, Newark, NJ 07102 TEL: (877) 803 – 8492
Panasonic Canada Inc.
5770 Ambler Drive, Mississauga, Ontario L4W 2T3 TEL: (905) 624 – 5010
SS1119AM2071 -PS
Printed in Japan
Appendix / Annexe /
Dimensional relationship Relations dimensionnelles
The dimensional relationship between the screen and the projector is shown
below. Les relations dimensionnelles entre l’écran et le projecteur sont
indiquées ci-dessous.
Projected image Image projetée
SD L (LW/LT)
SW Screen / Écran /
L (LW/LT)
SH
SH
H
SW
L LW LT
SH
H
SW SD
Projection distance / Distance de projection / Minimum distance / Distance minimale / Maximum distance / Distance maximale / Projected image height / Hauteur de l’image projetée / Distance from the lens center to the lower edge of the projected image Distance du centre de l’objectif au bord inférieur de l’image projetée Projected image width / Largeur de l’image projetée / Projected image size / Taille de l’image projetée /
Appendix / Annexe / 1
Appendix / Annexe / continued / suite /
z Projected image size and Projection distance z Taille de l’image projetée et
distance de projection z Note
z When using projector models other than the following, refer to “Setting up”
in the operating instructions of the projector. In addition, be sure to check
the diagonal screen size SD (m), and use the “Projection distance formulas”
( Appendix page 10) to determine the projection distance (L).
Remarque
z Lorsque vous utilisez des modèles de projecteur différents des modèles
suivants, consultez “Installation” dans le mode d’emploi du projecteur.
De plus, assurez-vous de vérifier la taille de l’écran en diagonale SD (m) et
d’utiliser la “Formules de distance
de projection” ( Annexe page 10) pour déterminer la distance de projection
(L). z
SDm””( 10 ) L
Projectors / Projecteurs /
PT-MZ16K / PT-MZ13K / PT-MZ10K
The dimensions of the following table contain a slight error. Periods are used
to represent decimal points in the calculation formulas in the following
table. Les dimensions du tableau suivant peuvent présenter un léger écart. Les
points sont utilisés pour indiquer les décimales dans les formules de calcul
dans le tableau suivant.
2 Appendix / Annexe /
Appendix / Annexe / continued / suite /
z When the screen aspect ratio is 16:10 z Lorsque le rapport d’aspect de l’écran est 16:10 z 1610
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.077 1.723
2.29 (90″)
1.212 1.939
2.54 (100″) 1.346 2.154
3.05 (120″) 1.615 2.585
3.81 (150″) 2.019 3.231
5.08 (200″) 2.692 4.308
6.35 (250″) 3.365 5.385
7.62 (300″) 4.039 6.462
8.89 (350″) 4.712 7.539
10.16 (400″) 5.385 8.616
12.70 (500″) 6.731 10.770
ET-EMS600
LW 2.30 2.59 2.89 3.47 4.35 5.82 7.29 8.76 10.23 11.69 14.63
1.35 – 2.10:1
LT 3.64 4.10 4.56 5.49 6.87 9.17 11.47 13.78 16.08 18.38 22.99
H -0.11 – 1.18 -0.12 – 1.34 -0.13 – 1.48 -0.16 – 1.78 -0.20 – 2.22 -0.27 – 2.96 -0.34 – 3.70 -0.40 – 4.44 -0.47 – 5.18 -0.54 – 5.92 -0.67 – 7.40
(Unit / Unités / : m) ET-EMW200
0.480 – 0.550 :1
LW
LT
H
0.81
0.95 0.11 – 0.97
0.91
1.07 0.12 – 1.09
1.03
1.19 0.13 – 1.21
1.23
1.44 0.16 – 1.45
1.55
1.81 0.20 – 1.82
2.08
2.44 0.27 – 2.42
2.62
3.06 0.34 – 3.03
3.15
3.68 0.40 – 3.63
3.68
4.30 0.47 – 4.24
4.21
4.92 0.54 – 4.85
5.28
6.16 0.67 – 6.06
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.077 1.723
2.29 (90″)
1.212 1.939
2.54 (100″) 1.346 2.154
3.05 (120″) 1.615 2.585
3.81 (150″) 2.019 3.231
5.08 (200″) 2.692 4.308
6.35 (250″) 3.365 5.385
7.62 (300″) 4.039 6.462
8.89 (350″) 4.712 7.539
10.16 (400″) 5.385 8.616
12.70 (500″) 6.731 10.770
ET-EMW300
0.550 – 0.690:1
LW
LT
H
0.93
1.19 0.00 – 1.08
1.05
1.34 0.00 – 1.21
1.18
1.49 0.00 – 1.35
1.41
1.80 0.00 – 1.62
1.78
2.26 0.00 – 2.02
2.38
3.02 0.00 – 2.69
2.99
3.79 0.00 – 3.37
3.60
4.56 0.00 – 4.04
4.20
5.32 0.00 – 4.71
4.81
6.09 0.00 – 5.38
6.02
7.62 0.00 – 6.73
ET-EMW400
0.690 – 0.950:1
LW
LT
H
1.17
1.64 -0.11 – 1.18
1.32
1.85 -0.12 – 1.34
1.48
2.06 -0.13 – 1.48
1.78
2.48 -0.16 – 1.78
2.24
3.12 -0.20 – 2.22
3.00
4.17 -0.27 – 2.96
3.76
5.23 -0.34 – 3.70
4.52
6.28 -0.40 – 4.44
5.28
7.34 -0.47 – 5.18
6.05
8.39 -0.54 – 5.92
7.57
10.50 -0.67 – 7.40
Appendix / Annexe / 3
Appendix / Annexe / continued / suite /
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.077 1.723
2.29 (90″)
1.212 1.939
2.54 (100″) 1.346 2.154
3.05 (120″) 1.615 2.585
3.81 (150″) 2.019 3.231
5.08 (200″) 2.692 4.308
6.35 (250″) 3.365 5.385
7.62 (300″) 4.039 6.462
8.89 (350″) 4.712 7.539
10.16 (400″) 5.385 8.616
12.70 (500″) 6.731 10.770
LW 1.61 1.82 2.03 2.44 3.07 4.11 5.15 6.19 7.23 8.27 10.34
ET-EMW500
0.950 – 1.36:1
LT 2.34 2.64 2.93 3.53 4.43 5.92 7.42 8.91 10.40 11.90 14.89
H -0.11 – 1.18 -0.12 – 1.34 -0.13 – 1.48 -0.16 – 1.78 -0.20 – 2.22 -0.27 – 2.96 -0.34 – 3.70 -0.40 – 4.44 -0.47 – 5.18 -0.54 – 5.92 -0.67 – 7.40
(Unit / Unités / : m) ET-EMT700
LW 3.55 4.01 4.50 5.38 6.75 9.04 11.33 13.61 15.90 18.19 22.76
2.10 – 4.14:1
LT 7.15 8.05 8.90 10.77 13.49 18.03 22.56 27.09 31.63 36.16 45.22
H -0.11 – 1.18 -0.12 – 1.34 -0.13 – 1.48 -0.16 – 1.78 -0.20 – 2.22 -0.27 – 2.96 -0.34 – 3.70 -0.40 – 4.44 -0.47 – 5.18 -0.54 – 5.92 -0.67 – 7.40
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.077 1.723
2.29 (90″)
1.212 1.939
2.54 (100″) 1.346 2.154
3.05 (120″) 1.615 2.585
3.81 (150″) 2.019 3.231
5.08 (200″) 2.692 4.308
6.35 (250″) 3.365 5.385
7.62 (300″) 4.039 6.462
8.89 (350″) 4.712 7.539
10.16 (400″) 5.385 8.616
12.70 (500″) 6.731 10.770
LW 7.12 7.97 8.90 10.51 13.06 17.31 21.56 25.80 30.05 34.30 42.79
ET-EMT800
4.14 – 7.40:1
LT 12.88 14.45 16.00 19.17 23.89 31.75 39.61 47.47 55.33 63.20 78.92
H -0.11 – 1.18 -0.12 – 1.34 -0.13 – 1.48 -0.16 – 1.78 -0.20 – 2.22 -0.27 – 2.96 -0.34 – 3.70 -0.40 – 4.44 -0.47 – 5.18 -0.54 – 5.92 -0.67 – 7.40
ET-EMU100
0.330 – 0.353:1
LW
LT
H
–
–
–
–
–
–
0.70
0.75 0.00 – 0.94
0.84
0.91 0.00 – 1.13
1.06
1.14 0.00 – 1.41
1.43
1.54 0.00 – 1.88
1.79
1.93 0.00 – 2.36
2.16
2.32 0.00 – 2.83
2.52
2.71 0.00 – 3.30
2.89
3.11 0.00 – 3.77
–
–
–
4 Appendix / Annexe /
Appendix / Annexe / continued / suite /
z When the screen aspect ratio is 16:9 z Lorsque le rapport d’aspect de l’écran est 16:9 z 169
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
0.996 1.771
2.29 (90″)
1.121 1.992
2.54 (100″) 1.245 2.214
3.05 (120″) 1.494 2.657
3.81 (150″) 1.868 3.321
5.08 (200″) 2.491 4.428
6.35 (250″) 3.113 5.535
7.62 (300″) 3.736 6.641
8.89 (350″) 4.358 7.748
10.16 (400″) 4.981 8.855
12.70 (500″) 6.226 11.069
LW 2.37 2.67 2.97 3.57 4.48 5.99 7.49 9.00 10.51 12.02 15.04
ET-EMS600
1.35 – 2.10:1
LT 3.75 4.22 4.69 5.64 7.06 9.43 11.79 14.16 16.53 18.89 23.63
H -0.17 – 1.16 -0.19 – 1.31 -0.21 – 1.45 -0.25 – 1.74 -0.31 – 2.18 -0.41 – 2.90 -0.52 – 3.63 -0.62 – 4.36 -0.73 – 5.08 -0.83 – 5.81 -1.04 – 7.26
(Unit / Unités / : m) ET-EMW200
0.480 – 0.550:1
LW
LT
H
0.83
0.97 0.06 – 0.94
0.94
1.10 0.06 – 1.06
1.06
1.22 0.07 – 1.18
1.27
1.48 0.08 – 1.41
1.60
1.87 0.10 – 1.76
2.14
2.50 0.14 – 2.35
2.69
3.14 0.17 – 2.94
3.24
3.78 0.21 – 3.53
3.78
4.42 0.24 – 4.11
4.33
5.06 0.28 – 4.70
5.42
6.33 0.35 – 5.88
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
0.996 1.771
2.29 (90″)
1.121 1.992
2.54 (100″) 1.245 2.214
3.05 (120″) 1.494 2.657
3.81 (150″) 1.868 3.321
5.08 (200″) 2.491 4.428
6.35 (250″) 3.113 5.535
7.62 (300″) 3.736 6.641
8.89 (350″) 4.358 7.748
10.16 (400″) 4.981 8.855
12.70 (500″) 6.226 11.069
ET-EMW300
0.550 – 0.690:1
LW
LT
H
0.96
1.22 -0.06 – 1.05
1.08
1.38 -0.06 – 1.18
1.21
1.53 -0.07 – 1.31
1.46
1.85 -0.08 – 1.58
1.83
2.32 -0.10 – 1.97
2.45
3.11 -0.14 – 2.63
3.07
3.90 -0.17 – 3.28
3.70
4.68 -0.21 – 3.94
4.32
5.47 -0.24 – 4.60
4.94
6.26 -0.28 – 5.25
6.19
7.83 -0.35 – 6.57
ET-EMW400
0.690 – 0.950:1
LW
LT
H
1.20
1.69 -0.17 – 1.16
1.36
1.90 -0.19 – 1.31
1.52
2.12 -0.21 – 1.45
1.83
2.56 -0.25 – 1.74
2.24
3.21 -0.31 – 2.18
3.03
4.29 -0.41 – 2.90
4.24
5.37 -0.52 – 3.63
5.00
6.46 -0.62 – 4.36
5.48
7.54 -0.73 – 5.08
6.27
8.62 -0.83 – 5.81
7.84
10.79 -1.04 – 7.26
Appendix / Annexe / 5
Appendix / Annexe / continued / suite /
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
0.996 1.771
2.29 (90″)
1.121 1.992
2.54 (100″) 1.245 2.214
3.05 (120″) 1.494 2.657
3.81 (150″) 1.868 3.321
5.08 (200″) 2.491 4.428
6.35 (250″) 3.113 5.535
7.62 (300″) 3.736 6.641
8.89 (350″) 4.358 7.748
10.16 (400″) 4.981 8.855
12.70 (500″) 6.226 11.069
LW 1.66 1.87 2.09 2.51 3.15 4.22 5.29 6.36 7.43 8.50 10.63
ET-EMW500
0.950 – 1.36:1
LT 2.41 2.71 3.02 3.63 4.56 6.09 7.63 9.16 10.70 12.23 15.30
H -0.17 – 1.16 -0.19 – 1.31 -0.21 – 1.45 -0.25 – 1.74 -0.31 – 2.18 -0.41 – 2.90 -0.52 – 3.63 -0.62 – 4.36 -0.73 – 5.08 -0.83 – 5.81 -1.04 – 7.26
(Unit / Unités / : m) ET-EMT700
LW 3.65 4.12 4.60 5.53 6.94 9.29 11.64 13.99 16.35 18.70 23.40
2.10 – 4.15:1
LT 7.35 8.28 9.20 11.08 13.87 18.53 23.19 27.85 32.51 37.17 46.49
H -0.17 – 1.16 -0.19 – 1.31 -0.21 – 1.45 -0.25 – 1.74 -0.31 – 2.18 -0.41 – 2.90 -0.52 – 3.63 -0.62 – 4.36 -0.73 – 5.08 -0.83 – 5.81 -1.04 – 7.26
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
0.996 1.771
2.29 (90″)
1.121 1.992
2.54 (100″) 1.245 2.214
3.05 (120″) 1.494 2.657
3.81 (150″) 1.868 3.321
5.08 (200″) 2.491 4.428
6.35 (250″) 3.113 5.535
7.62 (300″) 3.736 6.641
8.89 (350″) 4.358 7.748
10.16 (400″) 4.981 8.855
12.70 (500″) 6.226 11.069
LW 7.31 8.18 9.10 10.80 13.42 17.78 22.15 26.51 30.88 35.24 43.97
ET-EMT800
4.12 – 7.40:1
LT 13.23 14.84 16.40 19.69 24.54 32.62 40.70 48.78 56.86 64.94 81.11
H -0.17 – 1.16 -0.19 – 1.31 -0.21 – 1.45 -0.25 – 1.74 -0.31 – 2.18 -0.41 – 2.90 -0.52 – 3.63 -0.62 – 4.36 -0.73 – 5.08 -0.83 – 5.81 -1.04 – 7.26
ET-EMU100
0.329 – 0.353:1
LW
LT
H
–
–
–
–
–
–
0.72
0.77 -0.07 – 0.90
0.87
0.93 -0.08 – 1.08
1.09
1.18 -0.10 – 1.35
1.47
1.58 -0.14 – 1.80
1.84
1.98 -0.17 – 2.25
2.22
2.39 -0.21 – 2.70
2.59
2.79 -0.24 – 3.15
2.97
3.20 -0.28 – 3.60
–
–
–
6 Appendix / Annexe /
Appendix / Annexe / continued / suite /
z When the screen aspect ratio is 4:3 z Lorsque le rapport d’aspect de l’écran est 4:3 z 43
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.219 1.626
2.29 (90″)
1.372 1.829
2.54 (100″) 1.524 2.032
3.05 (120″) 1.829 2.438
3.81 (150″) 2.286 3.048
5.08 (200″) 3.048 4.064
6.35 (250″) 3.810 5.080
7.62 (300″) 4.572 6.096
8.89 (350″) 5.334 7.112
10.16 (400″) 6.096 8.128
12.70 (500″) 7.620 10.160
LW 2.61 2.94 3.28 3.94 4.94 6.60 8.26 9.92 11.58 13.25 16.57
ET-EMS600
1.62 – 2.50:1
LT 4.13 4.65 5.17 6.22 7.78 10.39 12.99 15.60 18.21 20.81 26.03
H -0.12 – 1.34 -0.14 – 1.51 -0.15 – 1.68 -0.18 – 2.01 -0.23 – 2.51 -0.30 – 3.35 -0.38 – 4.19 -0.46 – 5.03 -0.53 – 5.87 -0.61 – 6.71 -0.76 – 8.38
(Unit / Unités / : m) ET-EMW200
0.580 – 0.660:1
LW
LT
H
0.92
1.08 0.12 – 1.10
1.04
1.22 0.14 – 1.24
1.17
1.35 0.15 – 1.37
1.40
1.64 0.18 – 1.65
1.76
2.06 0.23 – 2.06
2.37
2.76 0.30 – 2.74
2.97
3.47 0.38 – 3.43
3.57
4.17 0.46 – 4.11
4.17
4.87 0.53 – 4.80
4.77
5.57 0.61 – 5.49
5.98
6.98 0.76 – 6.86
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.219 1.626
2.29 (90″)
1.372 1.829
2.54 (100″) 1.524 2.032
3.05 (120″) 1.829 2.438
3.81 (150″) 2.286 3.048
5.08 (200″) 3.048 4.064
6.35 (250″) 3.810 5.080
7.62 (300″) 4.572 6.096
8.89 (350″) 5.334 7.112
10.16 (400″) 6.096 8.128
12.70 (500″) 7.620 10.160
ET-EMW300
0.660 – 0.830:1
LW
LT
H
1.06
1.35 0.00 – 1.22
1.20
1.52 0.00 – 1.37
1.34
1.69 0.00 – 1.52
1.61
2.04 0.00 – 1.83
2.02
2.56 0.00 – 2.29
2.70
3.43 0.00 – 3.05
3.39
4.30 0.00 – 3.81
4.08
5.16 0.00 – 4.57
4.76
6.03 0.00 – 5.33
5.45
6.90 0.00 – 6.10
6.82
8.63 0.00 – 7.62
ET-EMW400
0.830 – 1.15:1
LW
LT
H
1.33
1.86 -0.12 – 1.34
1.50
2.10 -0.14 – 1.51
1.68
2.34 -0.15 – 1.68
2.02
2.82 -0.18 – 2.01
2.54
3.54 -0.23 – 2.51
3.40
4.73 -0.30 – 3.35
4.26
5.92 -0.38 – 4.19
5.13
7.12 -0.46 – 5.03
5.99
8.31 -0.53 – 5.87
6.85
9.50 -0.61 – 6.71
8.58
11.89 -0.76 – 8.38
Appendix / Annexe / 7
Appendix / Annexe / continued / suite /
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.219 1.626
2.29 (90″)
1.372 1.829
2.54 (100″) 1.524 2.032
3.05 (120″) 1.829 2.438
3.81 (150″) 2.286 3.048
5.08 (200″) 3.048 4.064
6.35 (250″) 3.810 5.080
7.62 (300″) 4.572 6.096
8.89 (350″) 5.334 7.112
10.16 (400″) 6.096 8.128
12.70 (500″) 7.620 10.160
LW 1.83 2.07 2.31 2.77 3.48 4.66 5.83 7.01 8.19 9.36 11.72
ET-EMW500
1.14 – 1.63:1
LT 2.66 2.99 3.33 4.01 5.02 6.71 8.40 10.09 11.79 13.48 16.86
H -0.12 – 1.34 -0.14 – 1.51 -0.15 – 1.68 -0.18 – 2.01 -0.23 – 2.51 -0.30 – 3.35 -0.38 – 4.19 -0.46 – 5.03 -0.53 – 5.87 -0.61 – 6.71 -0.76 – 8.38
(Unit / Unités / : m) ET-EMT700
LW 4.03 4.55 5.07 6.11 7.66 10.25 12.84 15.43 18.01 20.60 25.78
2.50 – 4.97:1
LT 8.11 9.13 10.10 12.21 15.29 20.42 25.55 30.69 35.82 40.95 51.21
H -0.12 – 1.34 -0.14 – 1.51 -0.15 – 1.68 -0.18 – 2.01 -0.23 – 2.51 -0.30 – 3.35 -0.38 – 4.19 -0.46 – 5.03 -0.53 – 5.87 -0.61 – 6.71 -0.76 – 8.38
Lens model / Modèle d’ objectif /
Throw ratio / Rapport de projection /
SD
SH
SW
2.03 (80″)
1.219 1.626
2.29 (90″)
1.372 1.829
2.54 (100″) 1.524 2.032
3.05 (120″) 1.829 2.438
3.81 (150″) 2.286 3.048
5.08 (200″) 3.048 4.064
6.35 (250″) 3.810 5.080
7.62 (300″) 4.572 6.096
8.89 (350″) 5.334 7.112
10.16 (400″) 6.096 8.128
12.70 (500″) 7.620 10.160
LW 8.01 8.98 10.00 11.86 14.74 19.55 24.36 29.17 33.98 38.78 48.40
ET-EMT800
4.93 – 8.70:1
LT 14.54 16.02 17.80 21.36 26.70 35.60 44.50 53.40 62.30 71.20 89.00
H -0.12 – 1.34 -0.14 – 1.51 -0.15 – 1.68 -0.18 – 2.01 -0.23 – 2.51 -0.30 – 3.35 -0.38 – 4.19 -0.46 – 5.03 -0.53 – 5.87 -0.61 – 6.71 -0.76 – 8.38
ET-EMU100
0.396 – 0.425:1
LW
LT
H
–
–
–
–
–
–
0.79
0.85 0.00 – 1.07
0.96
1.03 0.00 – 1.28
1.21
1.30 0.00 – 1.60
1.62
1.74 0.00 – 2.13
2.03
2.19 0.00 – 2.67
2.45
2.63 0.00 – 3.20
2.86
3.08 0.00 – 3.73
3.28
3.52 0.00 – 4.27
–
–
–
8 Appendix / Annexe /
Appendix / Annexe / continued / suite /
Note
z A ±5 % error in listed projection distances may occur. In addition, when
[KEYSTONE] is used, distance is corrected to become smaller than the specified
screen size.
z The throw ratio is based on the value during projection with the projected
image size of 2.54 m (100″).
Remarque
z Une erreur de ±5 % dans des distances de projection énumérées peut se
produire. En outre, lorsque [CORRECTION DE TRAPÈZE] est utilisé, la distance
est corrigée pour devenir inférieure à la taille d’écran spécifiée.
z Le rapport de projection est basé sur la valeur en cours de projection avec
une taille de l’image projetée de 2,54 m (100″).
z ± 5
z 100 Setting-up dimensions which are not given in the above table can be
calculated using the formulas below. Check the projected image size SD (m) and
use the following formula to determine projection distance (L). La
configuration des dimensions qui ne sont pas données dans le tableau ci-dessus
peut être calculée à l’aide des formules suivantes. Vérifiez la taille de
l’image projetée SD (m) et utilisez la formule suivante pour déterminer la
distance de projection (L). SDm L
Appendix / Annexe / 9
Appendix / Annexe / continued / suite /
z Projection distance formulas z Formules de distance de projection z
The dimensions of the following table contain a slight error. Periods are used
to represent decimal points in the calculation formulas in the following
table.
Les dimensions du tableau suivant peuvent présenter un léger écart. Les points
sont utilisés pour indiquer les décimales dans les formules de calcul dans le
tableau suivant.
(Unit / Unités / : m)
L
LW
LT
ET-EMS600 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =1.1559 × SD – 0.0491 =1.8130 × SD – 0.0399 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =1.1880 × SD – 0.0491 =1.8634 × SD – 0.0399 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=1.3086 × SD – 0.0491 =2.0524 × SD – 0.0399
ET-EMW200 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =0.4189 × SD – 0.0435 =0.4888 × SD – 0.0473 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =0.4306 × SD – 0.0435 =0.5023 × SD – 0.0473 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=0.4742 × SD – 0.0435 =0.5533 × SD – 0.0473
ET-EMW300 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =0.4772 × SD – 0.0397 =0.6031 × SD – 0.0397 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =0.4904 × SD – 0.0397 =0.6199 × SD – 0.0397 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=0.5402 × SD – 0.0397 =0.6828 × SD – 0.0397
ET-EMW400 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =0.6003 × SD – 0.0518 =0.8303 × SD – 0.0460 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =0.6170 × SD – 0.0518 =0.8534 × SD – 0.0460 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=0.6795 × SD – 0.0518 =0.9400 × SD – 0.0460
10 Appendix / Annexe /
Appendix / Annexe / continued / suite /
(Unit / Unités / : m)
L
LW
LT
ET-EMW500 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =0.8185 × SD – 0.0509 =1.1760 × SD – 0.0500 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =0.8413 × SD – 0.0509 =1.2087 × SD – 0.0500 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=0.9266 × SD – 0.0509 =1.3313 × SD – 0.0500
ET-EMT700 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =1.8007 × SD – 0.1082 =3.5693 × SD – 0.1046 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =1.8508 × SD – 0.1082 =3.6685 × SD – 0.1046 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=2.0385 × SD – 0.1082 =4.0407 × SD – 0.1046
ET-EMT800 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =3.3441 × SD + 0.3209 =6.1906 × SD + 0.2998 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =3.4371 × SD + 0.3209 =6.3627 × SD + 0.2998 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=3.7858 × SD + 0.3209 =7.0082 × SD + 0.2998
ET-EMU100 When the screen aspect ratio is 16:10 Lorsque le rapport d’ aspect de l’écran est 16:10 =0.2879 × SD – 0.0355 =0.3095 × SD – 0.0363 1610
When the screen aspect ratio is 16:9 Lorsque le rapport d’ aspect de l’écran est 16:9 =0.2959 × SD – 0.0355 =0.3181 × SD – 0.0363 169
When the screen aspect ratio is 4:3 Lorsque le rapport d’ aspect de l’écran est 4:3 43
=0.3259 × SD – 0.0355 =0.3503 × SD – 0.0363
Appendix / Annexe / 11
Panasonic Corporation
Web Site : https://panasonic.net/cns/projector/
Panasonic System Solutions Company of North America
Two Riverfront Plaza, Newark, NJ 07102 TEL: (877) 803 – 8492
Panasonic Canada Inc.
5770 Ambler Drive, Mississauga, Ontario L4W 2T3 TEL: (905) 624 – 5010
571-8503 15 0120-872-601
© Panasonic Corporation 2019
SS1119AM1071 -PS Printed in Japan