Panasonic LCD Projector Pt Vw355 Operating Instructions

							List of compatible signals
The following table specifies the type of signals compatible with the projectors.
 fSymbols that indicate formats are as follows. V = VIDEO, S = S-VIDEO, R = RGB, Y = YCBCR/YPBPR, H = HDMI
ModeDisplay resolution(dots)
Scanning frequencyDot clock frequency (MHz)Format*1
PnP*2
H (kHz)V (Hz)COMPUTER1/ COMPUTER2HDMI
NTSC/NTSC4.43/
PAL-M/PAL60720 x 480i15.759.9―V/S――
PAL/PAL-N/SECAM720 x 576i15.650.0―V/S――
525i (480i)720 x 480i15.759.913.5R/Y――
625i (576i)720 x 576i15.650.013.5R/Y――
525i (480i)720 (1 440) x 480i*315.759.927.0H――
625i (576i)720 (1 440) x 576i*315.650.027.0H――
525p (480p)720 x 48331.559.927.0R/Y/H―l
625p (576p)720 x 57631.350.027.0R/Y/H―l
750 (720) /60p1 280 x 72045.060.074.3R/Y/H―l
750 (720) /50p1 280 x 72037.550.074.3R/Y/H―l
1125 (1080) /60i*41 920 x 1 080i33.860.074.3R/Y/H―l
1125 (1080) /50i1 920 x 1 080i28.150.074.3R/Y/H―l
1125 (1080) /24p1 920 x 1 08027.024.074.3R/Y/H―l
1125 (1080) /24sF1 920 x 1 080i27.048.074.3R/Y/H――
1125 (1080) /25p1 920 x 1 08028.125.074.3R/Y/H――
1125 (1080) /30p1 920 x 1 08033.830.074.3R/Y/H――
1125 (1080) /60p1 920 x 1 08067.560.0148.5R/Y/H―l
1125 (1080) /50p1 920 x 1 08056.350.0148.5R/Y/H―l
VESA400640 x 40031.570.125.2R/H――
640 x 40037.985.131.5R/H――
VGA
640 x 48031.559.925.2R/Hll
640 x 48035.066.730.2R/Hl―
640 x 48037.972.831.5R/Hl―
640 x 48037.575.031.5R/Hl―
640 x 48043.385.036.0R/H――
SVGA
800 x 60035.256.336.0R/Hl―
800 x 60037.960.340.0R/Hll
800 x 60048.172.250.0R/Hl―
800 x 60046.975.049.5R/Hl―
800 x 60053.785.156.3R/H――
MAC16832 x 62449.774.657.3R/Hl―
XGA
1 024 x 76839.650.051.9R/H――
1 024 x 76848.460.065.0R/Hll
1 024 x 76856.570.175.0R/Hl―
1 024 x 76860.075.078.8R/Hl―
1 024 x 76865.581.686.0R/H――
1 024 x 76868.785.094.5R/H――
1 024 x 76881.4100.0113.3R/H――
MXGA
1 152 x 86464.070.094.2R/H――
1 152 x 86467.575.0108.0R/H――
1 152 x 86477.185.0119.7R/H――
MAC211 152 x 87068.775.1100.0R/H――
1280 x 7201 280 x 72037.150.060.5R/H――
1 280 x 72044.860.074.5R/H――
1280 x 7681 280 x 76860.374.9102.3R/H――
1 280 x 76868.684.8117.5R/H――
ENGLISH - 141
Chapter 7   Appendix - Technical Information  
						

							ModeDisplay resolution(dots)
Scanning frequencyDot clock frequency (MHz)Format*1
PnP*2
H (kHz)V (Hz)COMPUTER1/ COMPUTER2HDMI
1280 x 8001 280 x 80041.350.068.0R/H――
1 280 x 80049.759.883.5R/Hll
MSXGA1 280 x 96060.060.0108.0R/H――
SXGA
1 280 x 1 02464.060.0108.0R/Hll
1 280 x 1 02480.075.0135.0R/Hl―
1 280 x 1 02491.185.0157.5R/H――
1366 x 7681 366 x 76839.649.969.0R/H――
1 366 x 76847.759.885.5R/Hll
SXGA+1 400 x 1 05065.260.0122.6R/H――
1 400 x 1 05082.374.9156.0R/H――
WXGA+1 400 x 900*555.559.988.8R/H――
1600 x 9001 600 x 90046.350.097.0R/H――
1 600 x 90055.960.0119.0R/Hll
UXGA1 600 x 1 20075.060.0162.0R/Hll
WSXGA+1 680 x 1 05065.260.0147.1R/Hll
1920 x 10801 920 x 1 080*566.659.9138.5R/H――
WUXGA1 920 x 1 200*574.060.0154.0R/H――
*1  terminal is only for RGB signals input.
*2 Where marked "l" signals indicates in Plug and Play is compatible with EDID of projector. Unmarked signals in Plug and 
Play may also be compliant if input terminals are written in the format list. Where Plug and Play is unmarked and nothing is 
written in the format list, difficulties in projecting image may occur even when computer and projector appear to have same 
resolution. 
*3 Pixel-Repetition signal (dot clock frequency 27.0 MHz) only
*4 When a 1125 (1035)/60i signal was input, it is displayed as a 1125 (1080)/60i signal.
*5 VESA CVT-RB (Reduced Blanking)-compliant.
Note
 fThe number of display dots is 1 280 x 800 for the PT-VW355N and 1 024 x 768 for the PT-VX425N.  
A signal with a different resolution will be projected after converting the resolution to m\
atch the projector display.
 f“i” added to the resolution value indicates an interlaced signal.
 fWhen interlaced signals are connected, flicker may occur on the projected image.
142 - ENGLISH
Chapter 7   Appendix - Technical Information  
						

							Glossary for network functions
ItemDescriptions
Access point
These are stations for relaying electromagnetic signals between computer\
s in a wireless 
LAN. When a computer is connected to an access point, it can communicate through the 
network connected to the access point.
AES
Next generation standard cryptography standardized by the National Institute of Standards 
and Technology (NIST).
AES: Advanced Encryption Standard
DEFAULT GATEWAY
The devices that are used for different network standards from yours. Default Gateway 
enables a connection with other network, by adjusting bilateral differences such as 
communication protocols. If no gateway is specified for the IP address of access 
destination, data will be sent to the host set as the default gateway.
DHCP
Abbreviation for Dynamic Host Configuration Protocol. This function automatically assigns 
IP addresses to the connected equipment. If a device with the DHCP server function is 
present within a LAN, it automatically assigns IP addresses to the connected equipment.
EAP
Abbreviation of PPP Extensible Authentication Protocol. An authentication protocol 
extended from PPP, which is used for user authentication for remote access. MD5, TLS, S/
Key, etc. are supported as authentication methods. This protocol is adopted by the wireless 
LAN authentication standard IEEE802.1X, and available methods include EAP-TLS/EAP-
TTLS/EAP-LEAP/EAP-PEAP/EAP-MD5.
EAP-FAST
Abbreviation of EAP-Flexible Authentication via Secure Tunneling. It is one of the 
wireless authentication methods compatible with IEEE802.1X. It does not require digital 
authentication, but establishes a tunnel for the authentication process \
using a secret key 
cryptosystem, and authenticates the tunnel mutually to improve security. Cisco’s proprietary 
method.
EAP-TTLS
Abbreviation of EAP-Tunneled Transport Layer Security. It is one of the wireless 
authentication methods compatible with IEEE802.1X. It performs mutual authentication with 
a digital certificate by the authentication server, and ID/password by the client. A tunnel is 
established for the authentication process. Developed by Func Software in the U.S.
GTC 
(EAP-GTC)
Abbreviation of EAP-Generic Token Card. It is one of the wireless authentication methods 
compatible with IEEE802.1X. Authentication is performed with ID and password. Password 
is acquired from a security token.
IP ADDRESS
Internet Protocol (IP) is a protocol for distributing data, and the address corresponding to 
the data distribution destination is called the IP address. The same IP address cannot be 
used within the same LAN.
LANAbbreviation for Local Area Network. This is a network with a relatively narrow range such 
as inside a company.
MAC Address
Each network adapter has its own ID No.
A discrete ID No. is assigned to each and every network adapter around th\
e world. These 
IDs are used to exchange data between adapters. These IDs are a combination of a 
discrete number managed and assigned by the IEEE to each individual manu\
facturer and a 
unique number assigned to each individual adapter by the manufacturer.
MD5 (EAP-MD5)
Abbreviation of EAP-Message digest algorithm 5. It is one of the wireless authentication 
methods compatible with IEEE802.1X. Authentication is performed with ID and password. 
Password is sent encrypted with challenge & response method.
MiracastDeveloped by the Wi-Fi Alliance, a standard for transmitting the screen of the device 
wirelessly.
MS-CHAPv2  
(EAP-MS-CHAPv2)
Abbreviation of EAP-Microsoft Challenge Handshake Authentication Protocol v2. It is one 
of the wireless authentication methods compatible with IEEE802.1X.It performs mutual 
authentication using a one-way encrypted password.
Open System / OPENThis is an authentication of wireless signals employing a public key enc\
ryptosystem.
PEAP
Abbreviation for EAP-Protected EAP. It is one of the wireless authentication methods 
compatible with IEEE802.1X. It performs mutual authentication with a digital certificate by 
the authentication server, and ID/password by the client.
ENGLISH - 143
Chapter 7   Appendix - Glossary for network functions  
						

							ItemDescriptions
RADIUS server
RADIUS is an abbreviation of Remote Access Dial In User authentication Service, and 
it is a protocol used for authentication in various networks such as wir\
eless LAN. An 
authentication server compatible with the protocol is called a RADIUS se\
rver.
The RADIUS server eliminates the need of registering user information se\
parately in each 
device even when there are multiple network devices, and enables integra\
ted management 
of multiple network devices and users.
Shared Key / SHARED
This is a secret key encryptosystem for wireless signals in which authen\
tication is 
performed with a key pre-set in the WEP.
Other terms for this method, in which the same key is used for both encryption and 
decryption, are “shared key encryptosystem” and “common key encryptosystem”.
SSID
Abbreviation for Service Set ID. The SSID identification code must be set to distinguish 
equipment included in a wireless LAN that uses access points from equipm\
ent not included 
in that LAN.
This may appear as the “ESSID” or the “network name” for wireless LAN adapters made by 
some manufacturers.
SUBNET MASK
This limits the range of the IP addresses assigned to computers in order to divide the 
network into a number of sections during TCP/IP connection. The value used to divide the 
network at this time is called the subnet mask.
TKIP
Abbreviation for Temporal Key Integrity Protocol.
This encryption protocol provides even greater security than WEP because it changes the 
encryption key at fixed intervals.
WEP
Abbreviation for Wired Equivalent Privacy. This is a method for encrypting communication 
data. The encryption key is created and notified only to the communicating user, so the 
communication data cannot be decrypted by a third party.
WPA-EAP
WPA2-EAP
Standard for the encryption method for wireless LAN. This is an encryption method for 
corporations, and encryption is performed using the external server .
WPA-PSK
WPA2-PSK
This is a standard covering encryption methods used in wireless LAN.
It provides greater security than WEP, and has functions such as a user authentication 
function and also TKIP (encryption protocol) which automatically changes the encryption 
key at fixed intervals.
And this authentication requires no authentication server.
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Chapter 7   Appendix - Glossary for network functions  
						

							Specifications
Power supplyFor North America: 120 V  (120 V alternating current), 50 Hz/60 HzFor other countries: 100 V - 240 V  (100 V - 240 V alternating current), 50 Hz/60 Hz
Power 
con-
sumption
Projecting For North America: 3.2 A, 320 WFor other countries: 3.7 A-1.5 A, 320 W
In standby mode
When [STANDBY MODE] of [ECO MANAGEMENT] is set to [ECO] : 0.5 W *1
When [STANDBY MODE] of [ECO MANAGEMENT] is set to [NETWORK] : 6 W *2
When [STANDBY MODE] of [ECO MANAGEMENT] is set to [NORMAL] : 14 WWhen [STANDBY MODE] of [ECO MANAGEMENT] is set to [NORMAL], and [IN STAND-BY MODE] of [AUDIO SETTING] is set to [ON] : 28 W
LCD 
panel
Panel sizePT-VW355N1.5 cm (0.59") (aspect ratio 16 : 10)
PT-VX425N1.6 cm (0.63") (aspect ratio 4 : 3)
Display method3 transparent LCD panels (RGB)
Drive methodActive matrix method
PixelsPT-VW355N1 024 000 (1 280 x 800) x 3 panels
PT-VX425N786 432 (1 024 x 768) x 3 panels
LensManual zoom : 1.6x  Manual focus : F 1.6 to 1.9, f 15.31 mm to 24.64 mm
Luminous lamp240 W UHM lamp 
Light output *3PT-VW355N4 000 lm
PT-VX425N4 500 lm
Contrast ratio *312 000 : 1 (all white / all black)([LAMP POWER] is set to [NORMAL], meanwhile [IRIS] is set to [ON])
Appli-
cable 
scanning 
frequen-
cy *4
for Video signal 
(including S-video)
Horizontal : 15.73 kHz, Vertical : 59.94 Hz Horizontal : 15.63 kHz, Vertical : 50 Hz
for RGB signalHorizontal 15 kHz to 100 kHz, Vertical 24 Hz to 100 Hz
Dot clock frequency: 162 MHz or less
for YPBPR signal
[525i(480i)] Horizontal 15.73 kHz, Vertical 59.94 Hz[625i(576i)] Horizontal 15.63 kHz, Vertical 50 Hz[525p(480p)] Horizontal 31.47 kHz, Vertical 59.94 Hz[625p(576p)] Horizontal 31.25 kHz, Vertical 50 Hz[750(720)/60p] Horizontal 45.00 kHz, Vertical 60 Hz[750(720)/50p] Horizontal 37.50 kHz, Vertical 50 Hz[1125(1080)/60i] Horizontal 33.75 kHz, Vertical 60 Hz[1125(1080)/50i] Horizontal 28.13 kHz, Vertical 50 Hz
[1125(1080)/60p] Horizontal 67.50 kHz, Vertical 60 Hz
[1125(1080)/50p] Horizontal 56.25 kHz, Vertical 50 Hz
[1125(1080)/24p] Horizontal 27.00 kHz, Vertical 24 Hz
[1125(1080)/24sF] Horizontal 27.00 kHz, Vertical 48 Hz
[1125(1080)/25p] Horizontal 28.13 kHz, Vertical 25 Hz
[1125(1080)/30p] Horizontal 33.75 kHz, Vertical 30 Hz
for HDMI signal
525i(480i)*5, 625i(576i)*5, 525p(480p), 625p(576p), 750(720)/60p, 750(720)/50p, 1125(1080)/24p, 1125(1080)/24sF, 1125(1080)/25p, 1125(1080)/30p, 1125(1080)/60p, 1125(1080)/50p, 1125(1080)/60i, 1125(1080)/50iDisplayable resolution: VGA to WUXGA (non-interlace)Dot clock frequency: up to 162 MHz
Color system7 (NTSC, NTSC4.43, PAL, PAL-N, PAL-M, SECAM, PAL60)
Projection size0.76 m -7.62 m (30"-300")
Screen aspect ratioPT-VW355N16 : 10
PT-VX425N4 : 3
Projection scheme[FRONT/DESK], [FRONT/CEILING], [REAR/DESK], [REAR/CEILING] (Menu setting sys-tem)
Speaker1 (4.0 cm round-type)
Maximum usable volume 
output10 W
ENGLISH - 145
Chapter 7   Appendix - Specifications  
						

							Termi-
nals

1 (High-density D-sub 15 pin female)[RGB signal] 0.7 V [p-p] 75 Ω (When G-SYNC: 1.0 V [p-p] 75 Ω)  
HD/SYNC TTL high impedance, automatic positive/negative polarity com-patible VD TTL high impedance, automatic positive/negative polarity compatible (SYNC/HD and VD do not support 3 value SYNC.)[YPBPR signal] Y: 1.0 V [p-p] including synchronization signal, PBPR: 0.7 V [p-p] 75 Ω

1 (High-density D-sub 15 pin female)[RGB signal]  0.7 V [p-p] 75 Ω (When G-SYNC: 1.0 V [p-p] 75 Ω)  
HD/SYNC TTL high impedance, automatic positive/negative polarity com-patible VD TTL high impedance, automatic positive/negative polarity compatible (SYNC/HD and VD do not support 3 value SYNC.)
1 (Pin jack 1.0 V [p-p] 75 Ω)
1 (Mini DIN 4 pin, Y 1.0 V [p-p], C 0.286 V [p-p] 75 Ω, S1 signal compatible)
1 (HDMI 19 pin, HDCP and Deep color compatible)Audio signals: Linear PCM (Sampling frequency: 48 kHz/44.1 kHz/32 kHz)
2 (M3 stereo mini jack, 0.5 V [rms], input impedance 22 kΩ and more)( terminal support MIC input)1 (Pin jack x 2 (L-R), 0.5 V [rms], input impedance 22 kΩ and more)

1 (M3 stereo mini jack, stereo monitor output compatible,0 V [rms] to 2.0 V [rms] variable, output impedance 2.2 kΩ and less)
USB connector (type A x 1)
USB connector (type B x 1)
1 (D-sub 9 pin, RS-232C compliant, for computer control use)
1 (for RJ-45 network connection, PJLink compatible, 10Base-T/100Base-TX)
Power cable length2.0 m (78-3/4") 
CabinetMolded plastic
DimensionsWidth: 352 mm (13-27/32")Height: 98 mm (3-27/32") (when the adjustable feet shortened)Depth: 279.4 mm (11") 
WeightApprox. 3.4 kg (7.5 lbs.) *6
Noise level *3When set to [NORMAL] in [LAMP POWER] : 37 dBWhen set to [ECO] in [LAMP POWER] : 29 dB
Operating environment
Operating environment temperature *7: 0 °C (32 °F) to 40 °C (104 °F) 
(Elevation: below 1 400 m (4 593′); [HIGH ALTITUDE MODE]: [OFF])
0 °C (32 °F) to 30 °C (86 °F)
(Elevation: 1 400 m (4 593′) ~ 2 000 m (6 562′); [HIGH ALTITUDE MODE]: [HIGH1])
0 °C (32 °F) to 30 °C (86 °F)
(Elevation: 2 000 m (6 562′) ~ 2 700 m (8 858′); [HIGH ALTITUDE MODE]: [HIGH2])
Operating environment humidity: 20 % to 80 % (no condensation)
Remote 
control
Power supplyDC 3 V (battery (AAA/R03 or AAA/LR03 Type ) x 2)
Operating rangeApprox. 7 m (22'11-5/8") (when operated directly in front of receptor)
Weight102 g (3.60 ozs.) (including batteries)
DimensionsWidth : 48 mm (1-7/8"), Length : 145 mm (5-23/32"), Height : 27 mm (1-1/16")
Wireless 
LAN
Specification 
standards
MIRRORING 
mode
For Europe and CIS:IEEE802.11b/g/n : 2.412 GHz - 2.462 GHz
                              5.180 GHz - 5.240 GHz
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.462 GHz
IEEE802.11a/n : 5.180 GHz - 5.240 GHz                            5.745 GHz - 5.825 GHz
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.462 GHz
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Chapter 7   Appendix - Specifications  
						

							Wireless 
LAN
Specification 
standards
M-DIRECT 
mode
For Europe and CIS:IEEE802.11b/g/n : 2.412 GHz - 2.472 GHz
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.462 GHz
IEEE802.11a/n : 5.180 GHz - 5.240 GHz                            5.745 GHz - 5.825 GHz
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.472 GHz
USER mode
For Europe and CIS:IEEE802.11b/g/n : 2.412 GHz - 2.472 GHz
                              5.180 GHz - 5.240 GHz
                              5.260 GHz - 5.320 GHz
                              5.500 GHz - 5.700 GHz
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.462 GHz
IEEE802.11a/n : 5.180 GHz - 5.240 GHz
                           5.260 GHz - 5.320 GHz
                           5.500 GHz - 5.700 GHz (except 5.600 GHz - 5.650 GHz)                            5.745 GHz - 5.825 GHz
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n : 2.412 GHz - 2.472 GHz
                              5.745 GHz - 5.805 GHz
ModulationDBPSK, DQPSK, CCK, BPSK, QPSK, 16QAM, 64QAM, MIMO
Transmission 
speed 
IEEE802.11b : Up to 11 Mbps
IEEE802.11g/a : Up to 54 Mbps
IEEE802.11n : Up to 300 Mbps 
Wireless channel
MIRRORING 
mode
For Europe and CIS:IEEE802.11b/g/n: 1~11 channel
IEEE802.11a/n: 36 / 40 / 44 / 48 channel
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~11 channel
IEEE802.11a/n: 36 / 40 / 44 / 48 channel
                          149 / 153 / 157 / 161 / 165 channel
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~11 channel
M-DIRECT 
mode
For Europe and CIS:IEEE802.11b/g/n: 1~13 channel
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~11 channel
IEEE802.11a/n: 36 / 40 / 44 / 48 channel
                          149 / 153 / 157 / 161 / 165 channel
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~13 channel
USER mode
For Europe and CIS:IEEE802.11b/g/n: 1~13 channel (Active scanning)
IEEE802.11a/n: 36 / 40 / 44 / 48 channel (Active scanning)
            52 / 56 / 60 / 64 channel (Passive scanning)
           100 / 104 / 108 / 112 / 116 /  120 / 124 / 128 /132 / 136 / 140 channel            (Passive scanning)
The power supplies are below 140 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~11 channel (Active scanning)
IEEE802.11a/n: 36 / 40 / 44 / 48 channel (Active scanning)
                          52 / 56 / 60 / 64 channel (Passive scanning)
                          100 / 104 / 108 / 112 / 116 / 132 / 136 / 140 channel       
                          (Passive scanning)
                          149 / 153 / 157 / 161 / 165 channel (Active scanning)
The power supplies are above 190 V (Except for Europe and CIS):
IEEE802.11b/g/n: 1~13 channel (Passive scanning)
IEEE802.11a/n: 149 / 153 / 157 / 161 channel (Passive scanning)
ENGLISH - 147
Chapter 7   Appendix - Specifications  
						

							Dimensions

113.0  (4-7/16)
255.0  (10-1/32)
352.0  (13-27/32)24.4  (31/32)
98.0  (3-27/32)
90.0  (3-17/32)
326.0  (12-27/32) 198.0  (7-25/32)54.8  (2-5/32)
 Actual dimension may differ by product.
Wireless 
LAN
Communication 
distanceApprox. 30 m (98'5") (depends on the usage environment)
Security  
Infrastructure mode
WPA-PSK (TKIP/AES), WPA2-PSK (TKIP/AES), WEP (128 bit/64 bit), 
WPA-EAP/WPA2-EAP (PEAP [MS-CHAPv2/GTC], EAP-FAST [MS-CHAPv2/GTC], 
EAP-TTLS [MD5/MS-CHAPv2])
*1 When the [PROJECTOR SETUP] menu → [ECO MANAGEMENT] → [STANDBY MODE] is set to [ECO], the network function (both wireless LAN and wired LAN) cannot be used in standby mode.*2 When the [PROJECTOR SETUP] menu → [ECO MANAGEMENT] → [STANDBY MODE] is set to [NETWORK], only the Wake on LAN function can be used in standby mode via wired LAN. When the [PROJECTOR SETUP] menu → [ECO MANAGEMENT] → [STANDBY MODE] is set to [NETWORK], the power consumption is normally within 6 W in standby status. If the input source was switched to [MEMORY VIEWER] or [Panasonic APPLICATION] before the projector turns into standby, the power consumption in standby status may be more than 6 W.*3 Measurement, measuring conditions and method of notation all comply with ISO21
118 international standards.*4 For details of video signals that can be projected using this projector, refer to “List of compatible signals”. (x page 141)
*5 Pixel-Repetition signal (dot clock frequency 27.0 MHz) only*6 This is an average value. It may differ depending on individual product.*7 [LAMP POWER] will be switched to [ECO] automatically when the operating environment temperature is 35 °C to 40 °C.
Note
 fThe part numbers of accessories and separately sold components are subje\
ct to change without notice.
148 - ENGLISH
Chapter 7   Appendix - Specifications  
						

							Ceiling mount bracket safeguards
 fWhen installing the projector to a ceiling, be sure to use the specified optional Ceiling Mount Bracket for Projectors.  
Model No. of ceiling mount bracket:
① ET-PKL100H (for high ceilings), ET-PKV400B (Projector Mount Bracket) 
② ET-PKL100S (for low ceilings), ET-PKV400B (Projector Mount Bracket) 
 fWhen installing the projector, attach the drop-prevention kit included with the Ceiling Mount Bracket for Projectors.
 fAsk a qualified technician to do the installation work such as mounting the projector on the ceiling.
 fPanasonic takes no responsibility for any damage to the projector result\
ing from use of a ceiling mount bracket not 
manufactured by Panasonic or the inappropriate choice of location for in\
stallation, even if the warranty period of the projector 
has not expired.
 fUnused products must be removed promptly by a qualified technician.
 fUse a torque screwdriver or Allen torque wrench to tighten bolts to their specified tightening torques. Do not use electric 
screwdrivers or impact screwdrivers.
 fRead the Installation Instructions for the Ceiling Mount Bracket for Projectors for details.
 fThe model numbers of accessories and optional accessories are subject to\
 change without prior notice.
Bottom view
Model No. of ceiling mount bracket:
①  ET-PKL100H (for high ceilings)  
ET-PKV400B (Projector mount bracket)
②   ET-PKL100S (for low ceilings)  
ET-PKV400B (Projector mount bracket)
M4 × 0.7 8 mm (5/16")
Torque: M4 1.25 ± 0.2 N·m
ENGLISH - 149
Chapter 7   Appendix - Ceiling mount bracket safeguards  
						

							Index
AAbout MIRRORING ........................123Accessing from the Web browser .....99Accessories ......................................23 terminal ..............................26Adjusting adjustable feet ..................35[ADVANCED MENU] ........................62[AMX D.D.] 
........................................93[ASPECT]  .........................................68Attaching the Lens Cap ....................30[AUDIO SETTING] ............................81 buttonRemote control ........................25, 49[AUTO SETUP SETTING] ................73 buttonRemote control ........................25, 53
B[BACK COLOR] ................................73Basic operations by using the remote control ...............................................49[BRIGHTNESS] ................................61
CCD-ROM ...........................................24Ceiling mount bracket safeguards ..149[CLOCK PHASE] ..............................67[CLOSED CAPTION SETTING]  .......71[COLOR] ...........................................61[COLOR TEMPERATURE] ...............62 buttonRemote control ........................25, 50 buttonRemote control ........................25, 50[COMPUTER 2 SELECT] .................77Connecting .......................................36Connecting the power cord...............41[CONNECTION LOCK] .....................92[CONTRAST] ....................................60[CONTROL DEVICE SETUP] ...........87[Crestron Connected (TM)] ...............93
D[DAYLIGHT VIEW] ............................63 buttonRemote control ........................25, 57Dimensions .....................................148[DISPLAY OPTION] ..........................70[DOT CLOCK] ...................................67 buttonsRemote control ........................25, 52
E buttonProjector body ...............................27[EASY SETTING] .............................83[ECO MANAGEMENT]  .....................79[EMULATE] .......................................80 buttonProjector body ...............................27Remote control ..............................25
FFA Q ................................................131[FILTER COUNTER] .........................83[FRAME LOCK] ................................68 buttonRemote control ........................25, 53 buttonRemote control ........................25, 50[FUNCTION BUTTON]  .....................81
GGlossary for network functions .......143
H buttonRemote control ........................25, 50[HDMI SIGNAL LEVEL] ....................71[HIGH ALTITUDE MODE] .................78
I buttonRemote control ........................25, 54 buttonRemote control ........................25, 54[INITIALIZE] ......................................96[INITIALIZE ALL]...............................84[INITIAL START UP] .........................78 buttonProjector body ...............................27Installation mode ..............................32[IRIS].................................................62
K[KEYSTONE] ....................................65 buttonRemote control ........................25, 49
LLamp indicator ..........................27, 125[LAMP POWER] ...............................79[LANGUAGE]....................................69List of compatible signals ...............141[LIVE MODE CUT IN] .......................93
MMain menu ........................................57Maintenance/replacement ..............126[MEMORY VIEWER] ..................94, 95 buttonRemote control ........................25, 50 buttonProjector body ...............................27Remote control ........................25, 56[MENU LOCK] ..................................86[MENU LOCK PASSWORD] ............86Menu Navigation...............................56 buttonRemote control ........................25, 51[MULTI-LIVE] ....................................94 buttonRemote control ........................25, 54
N[NAME CHANGE] .............................92Network connections ........................96[NETWORK CONTROL] ...................93[NETWORK/USB] .............................88[NOISE REDUCTION] ......................63
O[ON-SCREEN DISPLAY]  ..................70Optional accessories ........................24[OTHER FUNCTIONS] .....................75[OVER SCAN] ..................................67
P buttonRemote control ........................25, 51[PASSWORD] .............................85, 92[PASSWORD CHANGE] ............85, 93[PICTURE] ........................................60[PICTURE MODE] ............................60[P IN P] .............................................75
 buttonRemote control ........................25, 53PJLink protocol ...............................134[POSITION] ......................................65Power buttonProjector body ...............................27Power indicator ...........................27, 41Powering Off the Projector  ...............45Powering On the Projector ...............42Power on buttonRemote control ..............................25Power standby buttonRemote control ..............................25Precautions for use...........................18Projecting..........................................46[PROJECTION METHOD] ................78[PROJECTOR ID] .............................78[PROJECTOR SETUP] ....................77[P-TIMER] .........................................74 buttonRemote control ........................25, 54
RRead this first!.....................................2Remote control .................................25 buttonRemote control ........................25, 57[RGB/YPBPR] / [RGB/YCBCR] ........64
S[SCREEN SETTING] ........................72[SECURITY] .....................................85Setting up .........................................32[SHARPNESS] .................................61[SHIFT] .............................................66[SIGNAL SEARCH] ..........................73Specifications .................................145[STARTUP LOGO] ............................72[STATUS] ....................................77, 95Sub-menu .........................................58[SXGA MODE] ..................................73
T[TEST PATTERN]  .............................83[TEXT CHANGE] ..............................86[TEXT DISPLAY]  ..............................86[TINT] ................................................61Troubleshooting ......................130, 131[TV-SYSTEM] ...................................64Two window display combination list ...140
V buttonRemote control ........................25, 50
W[WIDE MODE] ..................................73[WIRED LAN] 
....................................88[WIRELESS DETAILED SETUP] ......89[WIRELESS LAN]  .............................89
150 - ENGLISH
Chapter 7   Appendix - Index