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Page | 1
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
User Manual
Planar Simplicity M Series RS232
SLM432 | SLM432-T
SLM502 | SLM502-T
SLM552 | SLM552-T
SLM652 | SLM652-T
SLM752 | SLM752-T
SLM862 | SLM862-T
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 2
Copyright © March 2024 by Planar Systems, Inc.
All rights reserved.
This document may not be copied in any form without permission from Planar. Information in
this document is subject to change without notice.
Trademark Credits
Windows™ is a trademark of Microsoft Corp.
Planar utilizes HDMI® standards in this product.
The terms HDMI, HDMI High-Definition Multimedia Interface, HDMI Trade dress and the HDMI
Logos are trademarks or registered trademarks of HDMI Licensing Administrator, Inc.
All other companies are trademarks or registered trademarks of their respective companies.
Disclaimer
The information contained in this document is subject to change without notice. Planar Systems,
Inc. makes no warranty of any kind with regard to this material. While every precaution has
been taken in the preparation of this manual, the Company shall not be liable for errors or
omissions contained herein or for incidental or consequential damages in connection with the
furnishing, performance, or use of this material.
Warranty and Service Plans
Planar warranty and service plans will help you maximize your investment by providing great
support, display uptime, and performance optimization. From post-sale technical support, to a
full suite of depot services, our services are performed by trained employees. When you
purchase a Planar product, you get more than a display; you get the service and support you
need to maximize your investment. To find the latest warranty and service information regarding
your Planar product, please visit http://www.planar.com/support
RoHS Compliance Statement
The Planar Simplicity M Series is fully RoHS Compliant.
Software Update Support
Software update support for cyber security and other product issues is provided at minimum for
the same period of time as the product warranty period. To nd the latest warranty and service
information regarding your Planar product, please visit http://www.planar.com/support
Part Number: 020-1430-00A
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 3
Table of Contents
RS232 Communication ................................................................................................. 4
1. Applicable Models ..............................................................................................................4
2. RS232 Setup .....................................................................................................................4
3. Connecting the RS232 Cable .............................................................................................5
Male D-Sub 9-Pin (outside view) .................................................................................. 5
4. RS232 Command Protocol ................................................................................................6
4.1 Command Structure ...........................................................................................6
4.2 Protocol Encoding ..............................................................................................7
4.3 Examples ...........................................................................................................7
5. RS232 Codes 9....................................................................................................................
5.1 Key ..................................................................................................................25
5.2 Timezone .........................................................................................................27
6. Sending RS232 Commands Over a Network Connection ................................................31
6.1 Sending RS232 Commands Via TCP or UDP ..................................................31
6.2 Sending RS232 Commands Via SSH ...............................................................33
Page | 4
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
RS232 Communication
RS232 control is not necessary for operation, but is a convenient way to control Planar
Simplicity M Series displays from a computer at a distance. Most things you can do with the
remote, you can do with RS232 commands. Plus, you can send inquiries to the displays and
find out the current settings and values. RS232 connections are made with standard straight-
through cables.
Note: Serial communication can occur over the RS232 In port or over a network connection.
1. Applicable Models
This RS-232 user manual applies to all Planar Simplicity M Series model s.
2. RS232 Setup
The use of RS232 over a network connection requires the display's Power Down Mode to be in
Wake on Signal Always On or . See the "Power Down Mode section of the ”Planar Simplicity M
Series User Manual.
A serial connection to the RS232 In port requires the following settings:
• 19200 baud rate
• 8 data bits
• 1 stop bit
• No parity bit
• No HW (RTS/CTS) or SW (XON/XOFF) ow control
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 5
3. Connecting the RS232 Cable
The male DB9 connector is wired as a null model serial connection.
Male D-Sub 9-Pin (outside view)
DB9 Pin #
Signal
2.5mm Pin Description
1
NC
2
RXD
Input to LCD Monitor = 1st Ring on 2.5mm TRRS
3
TXD
Output from LCD Monitor = Tip on 2.5mm TRRS
4
NC
5
GND
Sleeve on 2.5mm TRRS
6
NC
7
NC
2.5mm TRRS Pin Diagram
Note: Use a crossover cable (null modem) for connection to the host controller:
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 6
4. RS232 Command Protocol
4.1 Command Structure
[ OPCODE](MODIFIERS)[OPERATOR][OPERANDS][TERM]
• OPCODE is the command code (e.g. “GAIN”). This can be written either using the named
command code (see the “Command Code” column in the table) or the numeric command
code (see the “Numeric Command Code” column in the table).
• MODIFIERS are modifier values [e.g. “(ZONE.1, ALL)”]. There are zero or more modifiers
for each command. The modiers can be written either with their named value or their
numeric value (see "Examples" on page 7). See the “Modifiers” column in the table.
• OPERATOR is the action to be performed. See the “Operators” column in the table.
• ‘=’ writes the setting value.
• ‘?’ reads the setting value in name form (see "Examples" on pag 7 e ).
• ‘#’ reads the setting value in numeric form (see "Examples" on page 7 ).
• ‘+’ increments the setting value.
• ‘ ‘ decrements the setting value.-
• ‘:’ indicates that the message is a response to one of the following operators: =?#+-
• ‘!ERR’ indicates that the message is a failure response. An error code will be listed
after the “ERR”, with a space before it. Error codes are as follows:
• ERR 1: Invalid syntax
• ERR 2: [Reserved for future use]
• ERR 3: Command not recognized
• ERR 4: Invalid modier
• ERR 5: Invalid operands
• ERR 6: Invalid operator
• ‘@ACK’ indicates that the message is an acknowledgment (ACK) to a command that
has no operator.
• ‘^NAK’ indicates that the message is a negative acknowledgment (NAK) to a
command. This indicates that the command was received but cannot be processed at
this time.
• [No operator] denotes an action. In this case, there’s no operator and no operand.
• OPERAND indicates the data to be sent with the message. In some cases, there can be
multiple operands. See the “Operands” column in the table.
• Enumerated operands can be written either with their named value or their numeric
value (see "Examples" on page 7 ).
• String operands are written with quotation marks at the beginning and end. Example:
“this is a string operand”. Special characters, [CR], [LF], “ and \ can be included in a
string by escaping them with the \ character (see "Examples" on page 7 ).
• Integer (or signed integer / unsigned integer) are always numeric values.
• Fixed point operands are numeric values with fractional parts. They use decimal point
notation.
• Note that enumerated and integer values can be written either in decimal or
hexadecimal. For example, a decimal value of ‘50’ can be written in hexadecimal as
‘0x32’.
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 7
• TERM is the termination character for the command. This can either be the ASCII carriage
return character (0x0D), the ASCII line feed character (0x0A) or a semicolon. The response
will use the same termination character.
4.2 Protocol Encoding
• All parts of the command structure are case insensitive (e.g. “BRIGHTNESS”, “brightness”
and BrIgHtNeSs” are all the same). Responses will always be in capital letters.
• Excessive white space is allowed (e.g. “BRIGHTNESS=50”, “BRIGHTNESS = 50” and
“BRIGHTNESS = 50” are all the same).
• Modiers and operands can be separated by commas, spaces or both (e.g.
“GAIN=100,100,100”, “GAIN=100 100 100” and “GAIN=100, 100, 100” are all the same).
Responses will always separate with one space between modiers and operands).
4.3 Examples
Note: [CR] is the ASCII carriage return character (0x0D).
Command
Response
Notes
brightness = 100 [CR]
BRIGHTNESS:100 [CR]
Sets the Brightness value to 100
brightness = 100;
BRIGHTNESS:100;
Also sets the Brightness value to
100, but uses the ‘;’ termination
character instead of [CR]. The
response uses the same termination
character.
200=100 [CR]
200:100 [CR]
“200” is the numeric command code
for “BRIGHTNESS”
brightness+ [CR]
BRIGHTNESS:101 [CR]
Increments the current Brightness
value
brightness- [CR]
BRIGHTNESS:100 [CR]
Decrements the current Brightness
value
gain = 101 102 103 [CR]
GAIN:101 102 103 [CR]
Example command with multiple
operators (sets Red Gain to 101,
Green Gain to 102 and Blue Gain to
103, on the current zone)
gain(current red)+
GAIN(CURRENT RED):102
Increments the Red Gain on the
current zone
gain(zone.1, all) = 104,105,106
GAIN(ZONE.1 ALL):104 105 106
Example command with multiple
modiers, multiple operators and
dierent separators between the
modiers and operators (sets Red
Gain to 104, Green Gain to 105 and
Blue Gain to 106, on Zone 1)
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 8
Command
Response
Notes
ipv4.address(static)=”10.15.0.220”
[CR]
IPV4.ADDRESS(STATIC)=”10.15.0.
220” [CR]
Example command with a string
operator
reset(user) [CR]
RESET(USER)@ACK [CR]
Example action command (no
operator or operand)
reset(user) [CR]
RESET(USER)^NAK [CR]
Example action command that
cannot be processed at this time
aspect? [CR]
ASPECT:AUTO [CR]
The name for the Aspect Ratio
setting value is returned
aspect# [CR]
ASPECT:0 [CR]
The number for the Aspect Ratio
setting value is returned
aspect=ll [CR]
ASPECT:FILL [CR]
Sets the Aspect Ratio to Fill
aspect=3 [CR]
ASPECT:3 [CR]
Also sets the Aspect Ratio to Fill
brightness @@ [CR]
BRIGHTNESS!ERR 1 [CR]
Example of an invalid syntax (“@@”
isn’t a valid operator)
fake.command = 1 [CR]
FAKE.COMMAND:ERR 3 [CR]
Example of an invalid opcode
(“FAKE.COMMAND” doesn’t exist)
brightness(zone.999) = 100 [CR]
BRIGHTNESS(ZONE.999)!ERR 4
[CR]
Example of an invalid modier
(“ZONE.999” isn’t a valid modifier for
“BRIGHTNESS”)
brightness=”new value” [CR]
BRIGHTNESS!ERR 5 [CR]
Example of an invalid operand (the
Brightness command doesn’t accept
a string operand)
model.id = 1 [CR]
MODEL.ID!ERR 6 [CR]
Example of an invalid operator
(cannot write to this command)
display.name = “Name containing \”
and \\ ”
DISPLAY.NAME:”Name containing \”
and \\ ”
The name will appear on the remote
monitor as Name containing “ and \
power.on.delay = .1
POWER.ON.DELAY:0.1
Example of a xed point operand.
Sets the Power On Delay to 0.1
seconds.
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Page | 9
5. RS232 Codes
Notes:
• The examples are written with the command first and the response in italics. Example:
• Command: ASPECT(ZONE.1)=AUTO
• Response: ASPECT(ZONE.1):AUTO
• In many instances, a modifier may be omitted and the display will replace it with a default
value. For example, the default modifier for the ASPECT command is CURRENT, so the
following two commands are identical:
• ASPECT(CURRENT)=AUTO
• ASPECT=AUTO
• ‘!’ in the Operators column indicates that the command accepts the execute operator,
which uses no operator symbol. The ‘!’ symbol is not included in the command.
Pag
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Command Code
Numeric
Command Code
Operators
Modiers
Operands
Available in
Standby
Example
ASPECT
500
=?+-
1 = FILL
2 = 4X3
3 = NATIVE
4 = 21X9
5 = CUSTOM
No
ASPECT=FILL
ASPECT:FILL
AUDIO.VOLUME.
LINE
5005
=?+-
0- 100
No
AUDIO.VOLUME.LINE=50
AUDIO.VOLUME.LINE:50
AUDIO.OUT.SYNC
5009
=?
0 = OFF
1 = ON
No
AUDIO.OUT.SYNC=OFF
AUDIO.OUT.SYNC:OFF
AUTO.ADJUST
5004
!
No
AUTO.ADJUST
AUTO.ADJUST@ACK
AUTO.ON
1407
=?+-
0 = OFF
1 = ON
2 = LAST.STATUS
No
AUTO.ON=ON
AUTO.ON:ON
SOURCE.SCAN
105
=?+-
0 = OFF
1 = ON
2 = FAILOVER
No
SOURCE.SCAN=OFF
SOURCE.SCAN:OFF
BACKLIGHT.
INTENSITY
1400
=?+-
1- 100
No
BACKLIGHT.INTENSITY=75
BACKLIGHT.INTENSITY:75
PANEL.SAVING.
BACKLIGHT
5010
=?
0 = OFF
1 = ON
No
PANEL.SAVING.BACKLIGHT=OFF
PANEL.SAVING.BACKLIGHT:OFF
AUDIO.BALANCE
1000
=?+-
0- 100
No
AUDIO.BALANCE=50
AUDIO.BALANCE:50
AUDIO.BASS
1001
=?+-
0- 100
No
AUDIO.BASS=50
AUDIO.BASS:50
BOOT.SOURCE.
INPUT
5013
=?
Source
1 = HDMI.1
2 = HDMI.2
No
BOOT.SOURCE.INPUT=HDMI.1
BOOT.SOURCE.INPUT:HDMI.1
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Pag
Command Code
Numeric
Command Code
Operators
Modiers
Operands
Available in
Standby
Example
7 = VGA
8 = MEDIA.
PLAYER
9 = BROWSER
10 = CMS
11 = ANDROID
12 = ANDROID.
APP
15 = USB
BOOT.SOURCE.
LAST
5012
=?
0 = OFF
1 = ON
No
BOOT.SOURCE.LAST=OFF
BOOT.SOURCE.LAST:OFF
BOOT.SOURCE.
PLAYLIST
5014
=?+-
0-7
No
BOOT.SOURCE.PLAYLIST=2
BOOT.SOURCE.PLAYLIST:2
BRIGHTNESS
200
=?+-
0- 100
No
BRIGHTNESS=55
BRIGHTNESS:55
COLOR
202
=?+-
0- 100
No
COLOR=55
COLOR:55
COLORSPACE
207
=?+-
Value Type
0 = SETTING
1 = ACTUAL
2 = RGB
3 = RGB.VIDEO
4 = AUTO
No
[Setting Color Space]
COLORSPACE(SETTING)=AUTO
COLORSPACE(SETTING):AUTO
[Reading the actual Color Space]
COLORSPACE(ACTUAL)?
COLORSPACE(ACTUAL):RGB
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Pag
Command Code
Numeric
Command Code
Operators
Modiers
Operands
Available in
Standby
Example
COLOR.
TEMPERATURE
208
=?+-
0 = 3200K
1 = 5500K
2 = 6500K
3 = 7500K
4 = 9300K
5 = NATIVE
6 = USER1
7 = USER2
No
COLOR.TEMPERATURE=NATIVE
COLOR.TEMPERATURE:NATIVE
CONTRAST
201
=?+-
0- 100
No
CONTRAST=55
CONTRAST:55
CUSTOM.ZOOM
5003
=?+-
0 = ZOOM
1 = HZOOM
2 = VZOOM
3 = HPOS
4 = VPOS
0- 100
No
CUSTOM.ZOOM(HZOOM)=50
CUSTOM.ZOOM(HZOOM):50
IPV4.GATEWAY
1206
=?
None = Current
(for reads only)
0 = STATIC
(for writes only)
String
No
[Read the current default gateway
value]
IPV4.GATEWAY?
IPV4.GATEWAY:"10.15.0.1"
[Write the default gateway for static
IP]
IPV4.GATEWAY (STATIC)=
"192.168.12.1"
IPV4.GATEWAY (STATIC):"192.168
12.1"
NETWORK.DHCP
1207
=?
0 = OFF
1 = ON
No
NETWORK.DHCP=ON
NETWORK.DHCP:ON
DISPLAY.POWER
1408
=?
0 = OFF
1 = ON
Yes
DISPLAY.POWER=ON
DISPLAY.POWER:ON
NETWORK.DNS1
1212
=?
None = Current
(for reads only)
String
No
[Read the current DNS server 1
value]
Planar Simplicity M Series RS232 User Manual
020 1430- -00A
Pag
Command Code
Numeric
Command Code
Operators
Modiers
Operands
Available in
Standby
Example
0 = STATIC
(for writes only)
NETWORK.DNS1?
NETWORK.DNS1:"172.16.0.140"
[Write the DNS server 1 for static IP]
NETWORK.DNS1(STATIC)="8.8.8.8
NETWORK.DNS1(STATIC):"8.8.8.8
NETWORK.DNS2
1213
=?
None = Current
(for reads only)
0 = STATIC
(for writes only)
String
No
[Read the current DNS server 2
value]
NETWORK.DNS2?
NETWORK.DNS2:"172.16.0.191"
[Write the DNS server 2 for static IP]
NETWORK.DNS2(STATIC)="8.8.4.4
NETWORK.DNS2(STATIC):"8.8.4.4
AUDIO.SPEAKERS
1004
=?
0 = OFF
1 = ON
No
AUDIO.SPEAKERS=ON
AUDIO.SPEAKERS:ON
LED.ENABLE
1902
=?
0 = DISABLE
1 = ENABLE
No
LED.ENABLE=ENABLE
LED.ENABLE:ENABLE
RESET
2400
!
0 = USER
5 = PICTURE
6 = AUDIO
7 = CONFIG1
8 = CONFIG2
9 = ADV.
SETTINGS
10 = SCREEN
No
RESET(USER)
RESET(USER)@ACK

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Modell: Simplicity M RS232

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