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PLV-HD100

Sanyo PLV-HD100, PLV-HD100 - 5500 Lumens User manual

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Ver. Rev.A Page 1 / 18
1.65”Full HD
BASIC SERIAL COMMAND
&
EXPAND SERIAL COMMAND
FUNCTIONAL SPECIFICATION
PLV-HD10
Abridged Version
Ver. Rev.A Page 2 / 18
BASIC SERIAL COMMAND
1 Overview.......................................................................................................................3
2 Serial Interface Specification ......................................................................................3
2.1 Transfer Specification...........................................................................................3
3 Command .....................................................................................................................3
4 Notes for Communication ............................................................................................3
5 Functional Execution Command Table.......................................................................5
6 Format ..........................................................................................................................6
7 Transfer Example.........................................................................................................6
8 Operation Requirements..............................................................................................6
9 Specifications for COMMAND with Address .............................................................. 8
9.1 Outline...................................................................................................................8
10 Functional Execution Command with address .......................................................8
10.1 Format...................................................................................................................8
EXPAND SERIAL COMMAND
1． Overview.....................................................................................................................10
2． Serial Interface Specification ....................................................................................10
2.1 Communication Specification..................................................................................10
2.2 Connection ...............................................................................................................10
3． Note for communications........................................................................................... 11
4． Notational Convention............................................................................................... 11
5． Functional Execution Command Table.....................................................................12
5.1 Input Control Command Table ...............................................................................12
6． Error Code Table........................................................................................................12
7． Functional Execution Command...............................................................................12
7.1 Format......................................................................................................................12
7.2 Transfer Example ....................................................................................................13
7.3 Operation Requirements ......................................................................................... 13
7.4 Input Control COMMAND......................................................................................14
8． COMMAND with Address Specification ...................................................................17
8.1 Overview ..................................................................................................................17
8.2 Functional Execution Command with address ......................................................17
Ver. Rev.A Page 3 / 18
BASIC SERIAL COMMAND
1 Overview
-This specification defines projector control commands for PLV-HD10.
-The projector control commands are for remote controlling a projector through RS232C from a
computer.
-When using commands with address, see section 6.
2 Serial Interface Specification
2.1 Transfer Specification
Item
Specification
Synchro system Asynchronous
Transmission Speed 9600/19200
Data Length 8bit
Parity None
Stop Bit 1
Flow Control None
-Transmission Speed: the initial setting value is 19200.
-Transmission Speed can be changed in the service mode.
3 Command
Dedicated serial cable that comes with Projector must be used for the connection to
Computer and Projector.
PC Projector
COM 1 Serial Port IN
（D-Sub 9Pin） （D-Sub 9Pin）
Connect COM port of Computer to SERIAL PORT IN of Projector.
COM Port (COM1 or COM2) of Computer is specified by control software of the computer.
4
Notes for Communication
-The projector command is defined in single command/line that starts with “C” and ends with
carriage return (0x0D).
Ver. Rev.A Page 4 / 18
-When Projector receives carriage return code, it starts decoding.
-There are two types of command, Functional Execution Commands and State Read Commands.
Example of Functional Execution Command: “C04” [CR]
Example of State Read Command: “CR0” [CR]
-In the following cases, the data in the receive buffer is cleared.
・ When Projector receives LF (0x0A) or EOF (0x1A9).
・ When it takes more than 1 second to receive single command.
(More than 1 second from the first data to carriage return (0x0D)
Projector receives.)
-When control commands are pipelined, the following time intervals should be allowed after
receiving a response.
・ [Volume+/-], [ZOOM UP/DOWN], [FOCUS UP/DOWN], [LENS SHIF
UP/DOWN/LEFT/RIGHT] command -> 100ms
・ Other commands -> 500ms
-When Status Read Command pipelining, allow at least 500ms of interval time after receiving a
response.
-Do not issue any command before receiving a response; this is not the case when no response is
returned for 5 seconds
-It takes about 7 seconds for internal initialization after plugging in AC. During this period,
commands are not processed. Do not issue any commands.
-When starting POWER ON from the STANDBY status, it takes 7 seconds for intarnal
initialization and lamp lighting process. During this period, commands are accepted with OK
responses but the functions are not executed. However, Status Read commands are carried out
500 ms after OK response to Power ON command is received.
-About the behavior during Count Down and Cooling Down operation;
In the period of the Count Down operation after Power ON or Cooling Down after Power OFF,
the response to accept the command is returned, but it is not carried out except for Status
Read command.
-About the behavior during switching Inputs;
It takes 5 seconds to switch Inputs after receiving the command. During this period, even if it
receives another command, it does not carry it out although it returns the response for
acceptance. However, Status Read commands are carried out 500 ms after OK response to
Input switcing command is received.
-The number of characters for the returned value when Status Read command is successfully
received depends on commands. Please see the details and the table described in “7.3 Status
Read Command” section.
-Characters for commands must be in uppercase (A - Z). Those in lowercase can not be used.
Ver. Rev.A Page 5 / 18
5 Functional Execution Command Table
Command Item Command Item
C00 POWER ON C1C MENU ON
C01
POWER OFF
(Quick Power OFF)
C1D MENU OFF
C05 Input 1 C1E DISPLAY CLEAR
C06 Input 2 C27 IMAGE （Toggle）
C07 Input 3 C3A POINTER RIGHT
C08 Input 4 C3B POINTER LEFT
C09 VOLUME + C3C POINITER UP
C0A VOLUME - C3D POINITER DOWN
C0B AUDIO MUTE ON C3F ENTER
C0C AUDIO MUTE OFF
C0D VIDEO MUTE ON
C0E VIDEO MUTE OFF
C0F Screen Normal size
C10 Screen Full size
Command Item Command Item
C43 FREEZE ON C60 Lens Shift Right
C44 FREEZE OFF C70 Full Lamp Mode （4 Lamp）
C46 Zoom - C71 Half Lamp Mode （2 Lamp：1-4）
C47 Zoom + C72 Half Lamp Mode （2 Lamp：2-3）
C4A Focus - C89 AUTO IMAGE
C4B Focus +
C5D Lens Shift Up
C5E Lens Shift Down
C5F Lens Shift Left
Ver. Rev.A Page 6 / 18
6 Format
-
PC issues a command in the format below.
“C” COMMAND [CR]
where COMMAND; 2 characters (See “Functional Execution Command Table”)
-When it has completed decoding the received data and got back to ready state for another
command, Projector returns the result.
[ACK] [CR]; (0x06,0x0D), when functional execution commands are received.
“?” [CR]: when the received data is failed to decode.
-When the function requires consecutive execution;
For some functions, the consecutive execution is required. The operation of those
functions applys the same way of reception with remote control;
-Assuming that the source system issues commands every 100ms.
-When such commands are received, the corresponding funnction is executed repeatedly for
120ms.
-When the same command is received in succession within 120ms, the function is executed
for 120ms from that point.
-When any other command is not received within 120 ms, the consecutive execution of the
function is stopped.
-When the projector receives the other command within 120ms, the continuous execution of
the function is stopped.
7 Transfer Example
Change to the input in Slot3 with Basic Command.
Command
PC --> Projector “C” “0” “7” CR
Projector --> PC ACK CR
Processing
（2-3 ms to 1s）
8 Operation Requirements
When Projector is in the status listed below, Functional Execution commands are limited.
(Status Read ommands are available even in these statuses.)
Projector Status Available Functional Execution
Standby Mode C00: POWER ON
Count Down process
C00: POWER ON
(forced termination of Count Down
process)
Cooling Down process NONE
Cooling Down process due to Abnormal NONE
Ver. Rev.A Page 7 / 18
Temperature
Abnormal Temperature NONE
Mode switching process NONE
Cooling Down process with Power Save NONE
Power Save
C00: POWER ON
C01: POWER OFF
Note) In the above status, even if the projector receives the other command, the projector
returns [ACK] [CR].
INPUT 1 Command
COMMAND “C05” [CR]
Details
Select Slot 1 input.
Note) When there is no card inserted to Slot 1, no operation occcurs.
Acceptable [ACK] [CR]
Return
Value
Unacceptable “?” [CR]
INPUT 2 Command
COMMAND “C06” [CR]
Details
Select Slot 2 input.
Note) When there is no card inserted to Slot 2, no operation occurs.
Acceptable [ACK] [CR]
Return
Value
Unacceptable “?” [CR]
INPUT 3 Command
COMMAND “C07” [CR]
Details
Select Slot 3 input.
Note) When there is no card inserted to Slot 3, no operation occurs.
Acceptable [ACK] [CR]
Retrun
Value
Unacceptable “?” [CR]
Ver. Rev.A Page 8 / 18
INPUT 4 Command
COMMAND “C08” [CR]
Details
Select Slot 4 input.
Note9) When there is no card inserted to Slot 2, no operation occurs
Acceptable [ACK] [CR]
Return
Value
Unacceptable “?” [CR]
9 Specifications for COMMAND with Address
9.1 Outline
-Commands with address are to remote control multiple projectors by one computer.
-The command with address is defined in single command/line that starts with ”A” and
ends with carriage return (0x0D).
-When a projector receives carriage return (0x0D), it starts decoding.
-This Command is represented Basic Command or Expand Command with address such as
“A001”.
(Ex) Functional Execution Command
“A001C05” [CR]
(Ex) Status Read Command
“A001CR0” [CR]
-Projector provides a function in the service mode, where its own address can be set.
Default setting is “No. 001”
Possible range is “001” to “999”
-In the following cases, the data in the receive buffer is cleared.
・ When receiving LF（0xoA）or EOF（0x1A）
・ When it takes more than one second to receive single command.
(More than 1 second from the first data “C” to carriage return (0x0D)
Projector receives.)
10 Functional Execution Command with address
10.1 Format
-PC issues commands in the following format
“A” Address “C” Command [CR]
or
“C” Address ”CF_”Command ”_” Parameter [CR] Note) “_” means a space
Address: 3-digit number (”001”-”999”)
When using “FFF” as the address, the command is processed by all
projectors.
Ver. Rev.A Page 9 / 18
Command: strings（See Basic Command or Expand Command）
-The only projectors for which the address assigned matches the one in the received data
decodes received commands, and when it is ready to receive the next command, it returns
the response.
[ACK] [CR]: (0x06、0x0D) when receiving Functional Execution command
“?” [CR]: when the received data is failed to decode.
However, when address is “FFF”, it executes the function but does not return the
response.
-When the function requires consecutive execution;
For some functions, the consecutive execution is required. The operation of those functions
applys the same way of reception with remote control;
-Assuming that the source system issues commands every 100ms.
-When such commands are received, the corresponding funnction is executed repeatedly for
120ms.
-When the same command is received in succession within 120ms, the function is executed
for 120ms from that point.
-When any other command is not received within 120 ms, the consecutive execution of the
function is stopped.
-When the other command is received within 120ms, the consecutive execution of the
function is stopped.
Ver. Rev.A Page 10 / 18
EXPAND SERIAL COMMAND
1． Overview
-Tis Functional Specification defines the functions of the communication with Network card for
PLV-HD10 (1.65” Full HD 4-Lamp model).
-Support Projector Firmware Ver.1.x.
-Commands are to communicate with Wireless Imager, but most commands can be used for
remote controlling projectors through RS232C. Therefore commands are defined as Expand
Serial commands
-As for the commands with address, see “8. Command with Address Specification”.
2． Serial Interface Specification
2.1 Communication Specification
Specification
Synchro System Asynchronous
Transmission Speed 9600/19200
Data Length 8 bit
Parity N/A
Stop Bit 1
Flow Control N/A
Note1) transmission speed: initial setting value is 19200
Note2) transmission speed can be changed in the service mode.
2.2 Connection
Use a dedicated serial cable that come with Projector for the connection to Computer and Projector.
PC Projector
COM 1 Serial Port IN
（D-Sub 9Pin） （D-Sub 9Pin）
Connect COM port of Computer to Serial Port IN of Projector.
Ver. Rev.A Page 11 / 18
COM port (COM1 or COM2) of Computer is specified by control software of the computer.
3．
Note for communications
-The expand command is defined in single command/line that starts with “C” and ends with
carriage return (0x0D).
-When a projector receives carriage return (0x0D), it starts decoding.
-There are two types of command as below.
・ Functional Execution
(Ex.) ”CF_BRIGHT_032”[CR]
・ Status Read Command
(Ex.) “ CR_BRIGHT”[CR] Note) “_” means a space
-When it takes more than 1 second to receive single command, it does not execute the command.
-When it is more than 1 second from the first data “C” to a carriage return (0x0D) Projector
receives, the data in the receive buffer is cleared.
-When command pipelining is executed, allow 100ms of time interval after receiving the
response.
More than 100ms
Command
PC --> Projector “CF_BRIGHT_032” CR
Next Command
Projector -->PC
“000” CR
Response
（2-3 ms to 5s）
-When COMPUTER sends another command before receiving the response, the projector may
not operate properly.
-However, the case of no response for 5 seconds is exceptional.
-It takes about 7 seconds for internal initialization after plugging in AC. During this period,
commands are not processed. Do not issue any commands.
-Serial commands are invalid in the services mode or with the special menu displayed.
4． Notational Convention
-Data from a controller to a projector is represented as COMMAND, and data from a projector to a
controller for the incoming command is represented as RESPONSE.
- [CR]: Carriage Return Code
Command ends with carriage return code. Also Response ends with carriage return.
- _: Space Code
Space code is indicated by ( _ ); underscore.
- %1: Parameter included in Command
When there is more than one parameter, the parameters are defined as %2, %3…
Ver. Rev.A Page 12 / 18
- %%%: Error Code from a projector
- “000”: Normal Reception See “6. Error Code Table” for error numbers.
5． Functional Execution Command Table
5.1 Input Control Command Table
Execution Command Item
CF_INPUT_%1[CR] Select Input.
CF_SOURCE_%1[CR] Select Input Sauce.
CF_INPUT1_%1[CR] Select Input-1 and also set input %1
CF_INPUT2_%1[CR] Select Input-2 and also set input %1
CF_INPUT3_%1[CR] Select Input-3 and also set input %1
CF_INPUT4_%1[CR] Select Input-4 and also set input %1
CF_SYSTEM_%1[CR] Select System.
6． Error Code Table
Error Code Contents
?
-When receives data that cannot be decoded
-Parameter input error (digit number error, and
incorrect character included)
000 Normal Reception (not error)
101
The function is not available in the selected
mode
102
The specified value is out of range (the specified
value will not be reflected)
103
Command mismatched to the hardware.
(The command for the optional function which is
not provided)
201
When sending data increment or decrement, the
value reaches the upper or lower limit.
7． Functional Execution Command
7.1 Format
-PC issues commands in the following format.
Pattern1: ”CF_COMMAND” [CR]
Pattern2: ”CF_COMMAND_”%1 [CR]
CF_: Header
COMMAND: Characters
Ver. Rev.A Page 13 / 18
%1: Parameter (Characters)
_: Space（To separate COMMAND and parameter）
-When a projector has completed decoding received data and becomes ready to receive the
next command, it returns the following resopnses.
“000” [CR]: (0x06, 0x0D) when it received Function Execute Command
“nnn” [CR]: the values except for “000” for some causes.
See “Error Code Table” for the details
-When the received data is failed to decode.
”?” [CR]
7.2 Transfer Example
When setting projector total dots command to 1344 by Expand Command
PC --> PJ: ”CF_TDOTS_1344” [CR]
PC <-- PJ: ”000” [CR] ---------------- Reception OK
7.3 Operation Requirements
When Projector is in the status listed below, Functional Execution commands are limited.
(Status Read commands are available even in these statuses.)
Projector Status Available Function Execution Command
Standby Mode C00:POWER ON
Count Down process
C00:POWER ON
(forced termination of Count Down process)
Cooling Down process NONE
Cooling Down process due to Abnormal
Temperature
NONE
Abnormal Temperature NONE
Abnormal Power
(60seconds after Power has turned to
abnormal)
NONE
Cooling Down process with Power Save NONE
Power Save
C00:POWER ON
C01:POWER OFF
Note) When Projector receives other commands in the above status, they return error code to
indicate the status.
Ver. Rev.A Page 14 / 18
7.4 Input Control COMMAND
CF__INPUT COMMAND
COMMAND “CF_INPUT_%1”[CR]
%1
“1”------------ Select Input-1
“2”------------ Select Input-2
“3”------------ Select Input-3
“4”------------ Select Input-4
Details
Select Input. (Only valid when it is in the usual Power On state)
The operation is the same as “INPUT” button of the projector body or remote
control.
Acceptable “000” [CR]
Response
Unacceptable “%%%” [CR]
CF_SOURCE COMMAND
Command “CF_SOURCE_%1” [CR]
%1
“DIGITAL”............................................. Select DVI Digital input of computer
“ANALOG”...................................................... Select Analog input of computer
“VIDEO”......................................................... Select Composite Video input.
“S-VIDEO”.................................................................... Select S-Video input.
“SCART”........................................................................ Select SCART input.
“HDCP”.......................................................................... Select HDCP input.
“YC”...................................................................................... Select Y/C input.
“YPBPR”........................................................................ Select Y/Pb/Pr input
“YPBCR”........................................................................ Select Y/Cb/Cr input
“SDI1”............................................................................. Select SDI1 input
“SDI2”.............................................................................. Select SDI2 input
Details
Select current (input) source.
(Only valid when it is in the usual Power On state.)
Acceptable “000” [CR]
Response
Unacceptable “Error Code” [CR]
Ver. Rev.A Page 15 / 18
CF_INPUT1-4 COMMAND
Command “CF_INPUT1_%1_%2” [CR]
%1
“1”....................... Specify Input 1
“2”....................... Specify Input 2
“3”....................... Specify Input 3
“4”........................ Specify Input 4
%2
“DIGITAL”.......... Select Computer DVI Digital input
“ANALOG”“........ Select Computer Analog input
“VIDEO”............. Select Composite Video input
“S-VIDEO”......... Select S-Video input
“SCART”............ Select SCART input
“HDCP”.............. Select HDCP input
“YC”................... Select Y/C input
“YPBPR”........… Select Y/Pb/Pr input
“YPBCR”........…Select Y/Cb/Cr input
“SDI1”............... Select SDI1 input
“SDI2”............... Select SDI2 input
Details
Select Input specified by %1 as well as the source specified by %2. (Only valid
when it is in the usual Power On state.)
Acceptable “000” [CR]
Response
Unacceptable “Error Code” [CR]
Ver. Rev.A Page 16 / 18
CF_SYSTEM COMMAND
Command “CF_SYSTEM_%1” [CR]
Computer
inputs
“VGA1”............................. Select VGA1
“VGA2”............................. Select VGA2
“D-WXGA3”.......................Select D-WXGA3
“D-WXGA4”...................... Select D-WXGA4
“MODE16-MODE20”....... Select MODE16-20
“EXT21”-”EXT60”.......... Select MODE “EXT21”-”EXT60”
%1
Video inputs
“AUTO”.............................Select System” Auto”
“NTSC”............................. Select NTSC
“NTSC443”....................... Select NTSC4.43
“PAL”................................ Select PAL
“SECAM”......................... Select SECAM
“PAL-M”........................... Select PAL-M
“PAL-N”............................ Select PAL-N
“1080I60”.......................... Select 1080i 60Hz
“1080I60”.......................... Select 1080i 50Hz
“1035I”.............................. Select 1035i
“720P”............................... Select 720p
“575P”............................... Select 575p
“480P”............................... Select 480p
“
575I
”
................................ Select 575i
“480I”................................ Select 480i
“1080P30”......................... Select 1080p30
“1080PSF30”................... Select 1080psf30
“MODE1”-”MODE15”.......Select Mode1-Mode15
“EXST21”-”EXT60”.......... Select ExMode21-ExMode60
Details
Select the system for current input.
(Only valid when it is in the usual Power On state.)
Acceptable “000” [CR]
Response
Unacceptable “Error Code” [CR]
Ver. Rev.A Page 17 / 18
8． COMMAND with Address Specification
8.1 Overview
-Commands with address are to remote control multiple projectors by one computer.
-The command with address is defined single command/ line that starts with ” A” and ends with
carriage return (0x0D).
-When a projector receives carriage return (0x0D), it starts decoding.
-This Command is represented Basic Command or Expand Command with address such as
“A001”.
(Ex) Functional Execution Command
“A001C05” [CR]
(Ex) Status Read Command
“A001CR0” [CR]
-There is a function that can set up the projector address.
Default setting is “No. 001”
Possible range is “001” to “999”
-In the following cases, the data in the receive buffer is cleared.
・ When receiving LF (0xoA) or EOF (0x1A)
・ When it takes more than 1 second to receive one command.
(More than 1 second from the first data “C” to carriage return (0x0D)
Projector receives.)
8.2 Functional Execution Command with address
8.2.1 Format
-
PC issues commands in the following format.
“A”Address”Ｃ” COMMAND [CR]
or
“A”Address”CF_” COMMAND”_”Parameter [CR]
Address: 3-digit number (”001” to ”999”)
When using “FFF” as the address, the command is processed by all
projectors.
Command: strings (See Basic Command or Expand Command)
-The only projectors for which the address assigned matches the one in the received data
decodes received commands, and when it is ready to receive next commands, it returns
the response.
[ACK] [CR]: （0x06, 0x0D） when receiving Functional Execution command
“?” [CR]: when the received data is failed to decode.
Ver. Rev.A Page 18 / 18
However, when address is “FFF”, it executes the function but does not return the
response.
-When the function requires consecutive execution;
For some functions, the consecutive execution is required. The operation of those functions
applys the same way of reception with remote control;
-Assuming that the source system issues commands every 100ms.
-When such commands are received, the corresponding funnction is executed repeatedly for
120ms.
-When the same command is received in succession within 120ms, the function is executed
for 120ms from that point.
-When any other command is not received within 120 ms, the consecutive execution of the
function is stopped.
-When the other command is received within 120ms, the consecutive execution of the
function is stopped.
/