Panasonic PT-LZ370 Specification Download Page 3

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PT-

LZ370

LCD  Projector

As  of  December 2011

SFL11M020-2

3 / 1 1

AUDIO  IN

AUDIO  OUT

SERIAL  IN

LAN

Power  cord  length

Cabinet  materials 

Dimensions  (W × H × D)

Weight*

8

Operation  noise*

4

Operating  temperature

Operating  humidity

Remote  control  unit

Power  supply

Operation  range*

9

Dimensions  (W  ×  H  ×  D)

Weight

Supplied  accessories

Optional  accessories

Replacement  lamp  unit

Ceiling  mount  bracket

M3  (L,  R)  × 1,  0.5  Vrms,  impedance  22  kilohms  or  more

M3  (L,  R)  × 1  (monitor  out:  0 – 2.0  Vrms,  variable)

D-sub  9-pin  ×  1  for  external  control  (RS-232C  compliant)

RJ-45  × 1,  for  network  connection,  100Base-TX/10Base-T,  compliant

with  PJLink™

2.0  m  (6  ft 7  in)

Molded  plastic  (PC+ABS)

470 mm ×  151 mm  ×  380 mm*

7

(18-17/32˝ ×  5-15/16˝ ×  14-31/32˝ )*

7

Approx.  8.6  kg  (19.0  lbs)

35  dB  (lamp  power: normal),  29  dB  (lamp  power: eco)

0°– 40°C  (32°–104°F)

20%– 80%  (no  condensation)

3  V  DC  (AA/LR6/R6 type battery  ×  2)

Approx.  15  m  (49  ft  3  in)  when  operated  from  directly  in  front  of  the

signal  receptor

48  ×  163  ×  24.5  mm  (1-7/8˝  ×  6-13/32˝  ×  31/32˝ )

   Approx.  117  g  (4.1  oz)  (including  batteries)

 Power  cord  (×  1)  (×  2  for  PT-LZ370EA)

Wireless  remote  control  unit  (×  1)

Batteries  for  remote  control  (AA/R6  type ×  2)

Software  CD-ROM  (Logo  Transfer  Software,  Multi  Projector  Monitoring

and  Control  Software,  Wireless  Manager  ME  5.5)  (×  1)

ET-LAA110

ET-PKA110H  (for  high  ceilings)

ET-PKA110S  (for  low  ceilings)

Weights  and  dimensions  shown  are  approximate.  Specifications  and  appearance  are  subject  to  change  without  notice.

*1

When  the  standby  mode  is  set  to  eco,  network  functions  such  as  power  on  over  the  LAN  network  will  not  operate.  Also,  only  certain  com-
mands  can  be  received  for  external  control  using  the  serial  terminal.

*2

The  projector  uses  a  type  of  liquid  crystal  panel  that  typically  consists  of  millions  of  pixels.  This  panel  is  built  with  very  high-precision  tech-
nology  to  provide  the  finest  possible  image.  Occasionally,  a  few  pixels  may  remain  turned  on  (bright)  or  turned  off  (dark).  Please  note  that  this
is  an  intrinsic  characteristic  of  the  manufacturing  technology  that  affects  all  products  using  LCD  technology.

*3

The  projector  uses  a  high-voltage  mercury  lamp  that  contains  high  internal  pressure.  This  lamp  may  break,  emitting  a  large  sound,  or  fail  to
illuminate,  due  to  impact  or  extended  use.  The  length  of  time  that  it  takes  for  the  lamp  to  break  or  fail  to  illuminate  varies  greatly  depending
on  individual  lamp  characteristics  and  usage  conditions.

*4

Measurement,  measuring  conditions,  and  method  of  notation  all  comply  with  ISO  21118  international  standards.

*5

With  dynamic  iris  on.

*6

Shift  range  is  limited  during  simultaneous  horizontal  and  vertical  shifting.

*7

With  legs  at  shortest  position.

*8

Average  value.  May  differ  depending  on  models.

*9

Operation  range  differs  depending  on  environments.

Summary of Contents for PT-LZ370

Page 1: ...S P E C F I L E Product Number PT LZ370 Product Name LCD Projector As of December 2011 Specifications and appearance are subject to change without notice SFL11M020 2 1 1 1 ...

Page 2: ...MHz fH 15 6 kHz 91 1 kHz fV 24 0 Hz 85 1 Hz dot clock 162 0 MHz or lower 525i 480i fH 15 75 kHz fV 60 Hz 625i 576i fH 15 63 kHz fV 50 Hz 525p 480p fH 31 50 kHz fV 60 Hz 625p 576p fH 31 25 kHz fV 50 Hz 750 720 60p fH 45 00 kHz fV 60 Hz 750 720 50p fH 37 50 kHz fV 50 Hz 1125 1080 60i fH 33 75 kHz fV 60 Hz 1125 1080 50i fH 28 13 kHz fV 50 Hz 1125 1080 24p fH 27 00 kHz fV 24 Hz 1125 1080 60p fH 67 50 ...

Page 3: ... high ceilings ET PKA110S for low ceilings Weights and dimensions shown are approximate Specifications and appearance are subject to change without notice 1 When the standby mode is set to eco network functions such as power on over the LAN network will not operate Also only certain com mands can be received for external control using the serial terminal 2 The projector uses a type of liquid cryst...

Page 4: ...380 14 31 32 35 1 3 8 137 5 13 32 151 5 15 16 14 9 16 345 13 19 32 Dimensions unit mm inch NOTE This illustration is not drawn to scale Terminals 1 2 3 4 5 6 7 8 9 10 1 LAN connector 2 HDMI 1 input 3 HDMI 2 input 4 Computer input 5 Component input 6 S Video input 7 Audio input 8 Serial input 9 Video input 10 Audio output ...

Page 5: ... 3 13 3 15 2 17 1 19 0 22 8 28 6 38 1 47 7 57 2 0 26 0 30 0 36 0 43 0 49 0 56 0 62 0 72 0 92 1 21 1 54 1 84 1 90 2 33 2 82 3 28 3 77 4 23 4 72 5 61 7 05 9 38 11 75 14 11 Projection size diagonal Projection distance L Min wide Max telephoto P Height from the edge of screen to center of lens H Projection distance for 16 9 aspect ratio screen The value for H the height from the edge of the screen to ...

Page 6: ...ctor at an angle within the range shown below Vertical direction The projector may be installed at a vertical angle of 30 Horizontal direction The projector may be installed at a horizontal angle of 10 NOTE The accuracy of calculated value by the formula shown above is 5 Calculation of the projection distance For a screen size different from the chart shown on the page 5 use the equation below to ...

Page 7: ... 6 47 8 41 3 49 7 60 0 64 0 80 0 91 1 64 0 65 2 82 2 55 9 75 0 65 3 74 0 59 9 50 0 59 9 50 0 59 9 50 0 60 0 50 0 60 0 50 0 24 0 60 0 50 0 59 9 49 9 85 1 59 9 59 9 70 1 66 7 75 0 72 8 85 0 56 3 60 3 75 0 72 2 85 1 74 6 50 1 60 0 70 1 75 0 85 0 70 0 74 9 85 0 75 1 49 8 59 9 49 9 59 9 50 0 59 8 60 0 60 0 75 0 85 0 60 0 60 0 75 0 59 9 60 0 60 0 59 9 13 5 13 5 27 0 27 0 74 3 74 3 74 3 74 3 74 3 148 5 1...

Page 8: ...nds for about 10 to 60 seconds when the lamp is first turned on If this occurs wait for 60 sec onds then try sending or receiving again When sending multiple commands be sure to wait for at least 0 5 second after receiving a response from the projector before sending the next command Additional time is sometimes required for response due to processing inside the projector Set the time out period f...

Page 9: ...IIS input signal OST OFZ off on OEN VPM NAT VPM STD VPM CIN VPM DYN VPM DIC VPM BBD VPM WBD VS1 00 VS1 01 VS1 05 VS1 06 VS1 09 AUU AUD OMN OCU OCD OCL OCR OAS OSH 1 2 TSD date TST time 0 0 63 1 Command Parameter Function Callback Parameter Parameter value Min Max 1 Do not send PON POF or OSH commands continuously in a short period of time Doing so may burst the lamp or shorten the lamp replacement...

Page 10: ... control 1 3 3 1 4 8 6 Decimal without signs 0 999 000 001 002 999 Decimal with signs 99 to 99 99 01 00 01 02 99 Callback from the projector is 3 Byte 0 off 1 on HD1 HDMI 1 HD2 HDMI 2 RG1 computer YUV component VID video SVD S Video 000 power off standby mode off 001 power on standby mode on 0 standby 1 lamp on under control 2 lamp on 3 lamp off under control Dicimal without signs 0000 9999 hours ...

Page 11: ... used as a backup 4 If the projector is installed in an enclosed space ensure that the projector s intake and exhaust openings are not blocked Take particular care to ensure that hot air from the exhaust openings is not sucked into the intake openings 100 mm 3 15 16 or more 100 mm 3 15 16 or more 100 mm 3 15 16 or more Direction of air intake and exhaust Intake Exhaust Operating the projector cont...

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