Roland M-5000 Owner's manual

Roland
Brand
Roland
Model
M-5000
Type
Owner's manual

This manual is also suitable for

Roland M-5000

The Roland M-5000 is a versatile and powerful device that offers a wide range of capabilities for remote control and monitoring. With its advanced features and intuitive interface, the M-5000 is the perfect choice for users who demand precision and efficiency in their operations.

Key Features

  • Remote Control: The M-5000 allows you to remotely control your devices and systems from anywhere with an internet connection. This makes it easy to manage your operations, even when you're away from the office.
  • Monitoring: The M-5000 provides real-time monitoring of your devices and systems. This allows you to quickly identify and resolve any issues that may arise, ensuring that your operations run smoothly.

Roland M-5000

The Roland M-5000 is a versatile and powerful device that offers a wide range of capabilities for remote control and monitoring. With its advanced features and intuitive interface, the M-5000 is the perfect choice for users who demand precision and efficiency in their operations.

Key Features

  • Remote Control: The M-5000 allows you to remotely control your devices and systems from anywhere with an internet connection. This makes it easy to manage your operations, even when you're away from the office.
  • Monitoring: The M-5000 provides real-time monitoring of your devices and systems. This allows you to quickly identify and resolve any issues that may arise, ensuring that your operations run smoothly.
1
RS-232C/Telnet Reference
Model : M-5000/M-5000C
Date : Nov. 19th, 2015
Version : 1.20
* In this document, the M-5000 and the M-5000C are both referred to as “M-5000.”
Contents
RS-232C Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
About the RS-232C Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Setup Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Connection with the Control Computer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Settings on the Control Computer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Settings on the M-5000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Telnet Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Telnet Server Specications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Network Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Setting the M-5000’s Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Setting the Computer Network . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Overview of Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Converting the RS-232C Commands to the Telnet Commands . . . . . . . . . . . . . . . . 6
Overview of Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Protocol . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Command Syntax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Input Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Output Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Special Purpose Commands (Telnet) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Cautions during Use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Command Details. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Channel Selection Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Commands Sent from the Control Computer to the M-5000 . . . . . . . . . . . . . . . . . 9
Details of Commands Sent from the Control Computer to the M-5000 . . . . . . . . 9
Control Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Request Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Details of Reply Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Commands Transmitted from the Control Computer to the M-5000 . . . . . 20
Commands Transmitted from the M-5000 to the Control Computer . . . . . 20
2
RS-232C Setup
About the RS-232C Interface
RS-232C is a standard serial interface. An explanation of the connections used by the M-5000 is given
below.
Connector No. Signal name Pin connections
1 NC
1 5
6 9
2 RXD
3 TXD
4 DTR
5 GND
6 DSR
7 RTS
8 CTS
9 NC
Computer
1 :
2 : RXD
3 : TXD
4 :
5 : GND
6 :
7 :
8 :
9 :
M-5000
1 : NC
2 : RXD
3 : TXD
4 : NC
5 : GND
6 : NC
7 : RTS
8 : CTS
9 : NC
* Pins 7 and 8 are connected inside the M-5000.
* For the M-5000 to function, the three pins RXD, TXD, and GND must be connected as shown in the gure.
Setup Procedure
1. Connect the control computer.
Use a RS-232C cable to connect your computer and the M-5000.
0
“Connection with the Control Computer” (p. 2)
2. Power up the computer that will be controlling the M-5000.
3. Make settings for the control computer
Perform the communication settings.
0
“Settings on the Control Computer” (p. 3)
4. Make settings on the M-5000.
Perform the communication settings.
0
“Settings on the M-5000” (p. 3)
5. Start operating the M-5000.
The data transmission between the control computer and the M-5000 will begin.
Connection with the Control Computer
1. Power o the M-5000 and the computer.
2. Use an RS-232C cable to connect the RS-232C connector of your computer to the RS-232C connector located on the back of the
M-5000.
3
Settings on the Control Computer
Communication settings on the computer
+----------------------+------------------------------------------------+
| Communication method | Synchronous (asynchronous), full-duplex |
+----------------------+------------------------------------------------+
| Communication speed | 4800bps |
| | 9600bps |
| | 14400bps |
| | 31250bps |
| | 38400bps |
| | 57600bps |
| | 115200bps |
| | You can select this as desired, but it must be |
| | the same as the setting on the M-5000. |
+----------------------+------------------------------------------------+
| Parity | none |
+----------------------+------------------------------------------------+
| Data length | 8bit |
+----------------------+------------------------------------------------+
| Stop bit | 1bit |
+----------------------+------------------------------------------------+
| Code set | ASCII |
+----------------------+------------------------------------------------+
| XonXoff | on |
+----------------------+------------------------------------------------+
Settings on the M-5000
In the default settings, the communication speed is set to 115,200 bps. If you’re using the M-5000 via
RS-232C, you’ll need to set its communication speed to match the setting of the computer.
4
Telnet Setup
The M-5000 supports Telnet server functions.
Logging in from a computer that features Telnet client functionality permits remote operation of M-5000
units.
Telnet Server Specications
+-----------------+--------------------------------------+
| Connector | LAN connector |
+-----------------+--------------------------------------+
| TCP port | 8023 |
+-----------------+--------------------------------------+
| Control Mode | Character mode |
| | (character-at-a-time mode) |
+-----------------+--------------------------------------+
| Echo Control | Remote echo |
+-----------------+--------------------------------------+
| Termination Key | Processing reception CR, LF or CR-LF |
| | Processing transmission CR-LF |
+-----------------+--------------------------------------+
Network Settings
The computer and the M-5000 must be connected on same network.
NOTE
The network trac where the M-5000 is connected is too busy, the unit cannot operate properly.
Take counter measures as follows when necessary.
5 Separate the network for the M-5000 control from the others.
5 Decrease the trafc amount of broadcast packet.
5 Decrease the trafc amount addressed to the M-5000 unit like PING.
Setting the M-5000’s Network
You can set the IP address for the M-5000 unit using one of following methods.
5 Use xed IP address
5 Use DHCP
You can check the current IP address of the M-5000 unit on the NETWORK window.
Using the Fixed IP Address
Set the M-5000’s LAN as follows.
+-------------+----------------------------------------------+
| CONFIGURE | MANUALLY |
+-------------+----------------------------------------------+
| IP ADDRESS | As necessary |
| | (follow the network to connect) |
+-------------+----------------------------------------------+
| SUBNET MASK | As necessary |
| | (follow the network to connect) |
+-------------+----------------------------------------------+
5
Using DHCP
Set the M-5000’s LAN as follows.
+-------------+----------------------------------------------+
| CONFIGURE | USING DHCP |
+-------------+----------------------------------------------+
Setting the Computer Network
Under surveillance of your network administrator, set IP address, subnet mask and gateway.
If the network cannot be connected properly, check followings.
5 Check that the IP address is not overlapped by another device.
5 Check that the subnet mask and gateway setting are properly set.
5 Check that rewall or other securities are properly set on the computer.
6
Overview of Commands
The M-5000 and the control computer communicate via commands. There are several types of commands, and
you can control the M-5000 by using the command that’s appropriate for your purpose.
Converting the RS-232C Commands to the Telnet Commands
The commands for Telnet remote controls are common with RS-232C commands except for the control codes
(stx, ack).
The control codes of the RS-232C commands should be converted as follows.
+-------+------------------------+----------------------------+
| Codes | Hexadecimal Expression | Processing |
+-------+------------------------+----------------------------+
+-------+------------------------+----------------------------+
| stx | 0x02 | Delete |
+-------+------------------------+----------------------------+
| ack | 0x06 | Convert to the text “OK” |
+-------+------------------------+----------------------------+
Overview of Commands
Single-byte alphanumeric characters are used for commands. In general, the command syntax is an ASCII
string consisting of “stx” and “three uppercase letters” followed by a “;” (semicolon). The three
letters indicate the type of command. However, there are other types depending on the command.
0
“Command Syntax” (p. 7)
* “stx” : This is the name of the signal in ASCII code (code number 02H in hexadecimal); it is a control code that indicates the beginning of a
command.
* “;” : This code lets the M-5000 detect the end of the command.
<Ex.> To transmit the *** command, transmit the ASCII string “stx***;”
Protocol
Depending on the command, there are two types of communication protocols between the control computer
and the M-5000.
When specifying an operation or setting for the M-5000
This type corresponds to the “Control Commands” (p. 9). These commands use the procedure shown in the
following diagram.
a. stx + command
COMPUTER ---------------------------> M-5000
b. ack or stxERR command
COMPUTER <--------------------------- M-5000
a. Transmit the command from the computer to the M-5000.
b. The M-5000 will output “ack” if the command was received correctly, or an ERR command in case of
invalid reception.
* “ack” : This is the ASCII code name of the control code (06H in hexadecimal) acknowledging successful reception.
* Invalid reception corresponds to cases in which the syntax of the received command was incorrect.
* stxERR is the command used to transmit or receive an error indication.
7
To learn the settings of the M-5000
This type corresponds to the “Request Commands” (p. 14). Commands used to check the status of a setting
in the M-5000 use the following procedure.
a. stx + command
COMPUTER ---------------------------> M-5000
b. ack or stxERR command
COMPUTER <--------------------------- M-5000
c. ack or stxERR command
COMPUTER ---------------------------> M-5000
a. Transmit the command from the computer to the M-5000.
b. If the M-5000 receives the command correctly, it will send back a command containing the information
that was requested.
If the command was not received correctly, an ERR command will be sent back.
c. If the output of the M-5000 was received correctly, an “ack” will be sent back. (* This “ack” can be
omitted.)
* If the ERR command is sent to the M-5000, the M-5000 will re-transmit the command it sent in step “b.” This command can also be omitted; instead
of returning anything, you can repeat the procedure from step “a.”
* The M-5000 will not transmit anything when a setting is changed by a controller operation on the M-5000 itself.
Command Syntax
There are several possible types of syntax for commands (control signals).
Type 0: Commands consisting only of a control code
“;” is not added to these. They consist only of the control code.
<Ex.> ack
Type 1: Commands that have no parameters
These commands end with “;”.
<Ex.> stxVRQ;
Type 2: Commands that have parameters
Command: parameter, parameter...;
5
The command is separated from the parameters by a ":" (colon).
5
Parameters are separated by a "," (comma).
5
The end of the parameters is indicated by a ";" (semicolon).
* No spaces or tabs are allowed between commands or parameters.
Input Parameters
In general, parameters are given as decimal numbers or letters, and are of variable length.
<Ex.> stxFDC:l1,-25; / stxFDC:l24,0; / stxFDC:AX16,0; / stxFDC:MA1,-10;
Output Parameters
Parameters are generally given in decimal or alphabetic form, and their length may vary.
<Ex.> stxFDS:l5,-12; / stxFDS:l24,0; / stxFDS:AX8,-6; / stxFDS:MA1,-12;
8
Special Purpose Commands (Telnet)
Followings are the special purpose commands to be transmitted from the computer to the M-5000.
+-------------+--------------------------+
| Commands | Processing |
+-------------+--------------------------+
+-------------+--------------------------+
| Text “OK” | Send “ack” to the server |
+-------------+--------------------------+
| Text “QUIT” | Terminate connection |
+-------------+--------------------------+
* You can use capital letters or small letters.
Cautions during Use
Do not perform the following actions while the control computer and the M-5000 are communicating. Doing
so may cause the M-5000 to malfunction.
5 Disconnect the RS-232C cable
5 Power off the M-5000
9
Command Details
Channel Selection Parameters
Some commands have a parameter that select a channel, DCA group, MUTE group, or user fader. These
parameters are called the “channel selection parameter.” The relationship between the M-5000’s channels
and channel selection parameters are shown below.
+--------------------+-------------------------------+------------------------------+
| | M-5000’s channels | Channel selection parameters |
+--------------------+-------------------------------+------------------------------+
| Input channels | CH 1, ... CH 128 | I1, ... I128 |
+--------------------+-------------------------------+------------------------------+
| SUBGROUP channels | GRP 1, ... GRP 64 | SG1, ... SG64 |
+--------------------+-------------------------------+------------------------------+
| AUX channels | AUX 1, ... AUX 64 | AX1, ... AX64 |
+--------------------+-------------------------------+------------------------------+
| MIX-MINUS channels | MINUS 1, ... MINUS 64 | MM1, ... MM64 |
+--------------------+-------------------------------+------------------------------+
| MATRIX channels | MTX 1, ... MTX 64 | MX1, ... MX64 |
+--------------------+-------------------------------+------------------------------+
| MAIN channels | MAIN 1, MAIN 2 | MA1, MA2 |
+--------------------+-------------------------------+------------------------------+
| MONITOR channels | MON 1, MON 2 | MON1, MON2 |
+--------------------+-------------------------------+------------------------------+
| DCA groups | DCA 1, ... DCA 24 | DCA1, ... DCA24 |
+--------------------+-------------------------------+------------------------------+
| MUTE groups | MUTE 1, ... MUTE 8 | MG1, ... MG8 |
+--------------------+-------------------------------+------------------------------+
| User faders | USER 1: FADER 1, ... FADER 64 | U1, ... U64 |
| | USER 2: FADER 1, ... FADER 64 | U65, ... U128 |
| | USER 3: FADER 1, ... FADER 64 | U129, ... U192 |
+--------------------+-------------------------------+------------------------------+
Commands Sent from the Control Computer to the M-5000
The following three types of commands are sent from an external device to the M-5000.
5 Control (execution) commands
These commands are used to adjust the volume and to make various settings.
5 Request commands
These commands are used to check the current state of the M-5000’s settings.
*After performing a control operation, you should use a request command to check the state of the settings.
5 Reply commands
Commands such as “ack” and “ERR” are in this category.
These commands are used to reply to the M-5000 when a request command is used.
Details of Commands Sent from the Control Computer to the M-5000
Control Commands
PTC: Phantom power supply on/o
Function: Turns the +48 V phantom power supply on/off.
Syntax: stxPTC: a, b; (Command syntax: type 2)
10
a: Channel selection
I1-I128, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxPTC:I1,1;
Turns the CH 1 phantom power on.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel that does not have phantom power.
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
EQC: EQ on/o
Function: Turns the EQ on/off.
Syntax: stxEQC: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxEQC:I1,1;
Turns the CH 1 EQ on.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
AXC: AUX send setting
Function: Sets the AUX send level and AUX pan for input channel.
Syntax: stxAXC: a,b,c,d; (Command syntax: type 2)
a: Channel selection
I1-I128, U1-U192
b: AUX channel selection
AX1-AX64
c: AUX send level (INF, -80.0 - 10.0) *0.1 dB steps
d: AUX pan (L100-C-R100) *Steps of 1
<Ex.> stxAXC:I1,AX1,4.0,R30;
Sets the AUX 1 send level to +4.0 dB, and the AUX pan to R30 for CH1.
Note:
If you specify a monaural AUX channel, the M-5000 will ignore the AUX pan parameter.
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
PNC: PAN setting
Function: Sets the pan.
Syntax: stxPNC: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, U1-U192
b: Pan (L100-C-R100) *Steps of 1
<Ex.> stxPNC:I1,L45;
Sets the CH 1 pan to L45.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
11
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
MUC: Mute on/o
Function: Switches mute on/off.
Syntax: stxMUC: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, DCA1-DCA24, MG1-MG8, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxMUC:I1,1;
Turns mute on for CH 1.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
FDC: Fader level
Function: Sets the fader level.
Syntax: stxFDC: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, MON1-MON2, DCA1-DCA24, U1-U192
b: Fader level (INF, -80.0 - 10.0) *0.1 dB steps
<Ex.> stxFDC:I1,INF;
Sets the CH 1 fader to -Inf.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
RFC: Relative fader level
Function: Sets the fader level as a relative value.
Syntax: stxRFC: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, MON1-MON2, DCA1-DCA24, U1-U192
b: Relative fader level (-99.9 - 99.9) *0.1 dB steps
<Ex.> stxRFC:I1,-1.0;
Sets the CH 1 fader to -1.0 dB.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify 0.0 as the relative fader level.
5 If you specify a positive value for the relative fader level for a channel with a fader level of
10.0 dB.
5 If you specify a negative value for the relative fader level for a channel with a fader level of
-Inf dB.
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
SCC: Scene recall
Function: Recalls a scene memory.
Syntax: stxSCC: a; (Command syntax: type 2)
a: Scene number (1.00-300.00) *Steps of 0.01
<Ex.> stxSCC:1.50;
Recalls scene number 1.50.
Note:
12
If you specify a scene that does not exist, the M-5000 will return an ERR command (stxERR:5;) and
ignore your command.
RSC: Relative scene recall
Function: Recalls a scene memory relatively; e.g., “the previous memory” or “two scenes ahead.”
Syntax: stxRSC: a; (Command syntax: type 2)
a: Relative scene number (-299-299) *Steps of 1
<Ex.> stxRSC:-3;
Recalls the scene memory three memories earlier than the current scene number.
Note:
If the scene memory number specied by relative scene is one of the following scenes, the M-5000
will return an ERR command (stxERR:5;) and ignore your command:
5 A scene number outside the range of 1.00–300.00.
SSC: Scene store
Function: Stores a scene memory.
Syntax: stxSSC: a; (Command syntax: type 2)
stxSSC: a,b; (Command syntax: type 2)
stxSSC: a,b,c; (Command syntax: type 2)
a: Scene number (1.00-300.00) *Steps of 0.01
b: Scene name (maximum 32 characters, variable length)
c: M-48 memory number (0=Off, 01-16= Memory 1-16)
<Ex.> stxSSC:1.00,SCENE,05;
Stores current mixing parameters to scene number 1.00 with scene name “SCENE”.
Also stores connected M-48’s current memory to memory number 5.
Note:
If you don’t specify an M-48 memory number, M-48 settings of the current scene will be used. You can
see the M-48 settings in the SCENE window on the M-5000.
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a scene that does not exist.
5 If you specify a scene that is locked.
SNC: Create new scene
Function: Creates new scene.
Syntax: stxSNC: a; (Command syntax: type 2)
stxSNC: a,b; (Command syntax: type 2)
a: Scene name (maximum 32 characters, variable length)
b: M-48 memory number (0=Off, 01-16= Memory 1-16)
<Ex.> stxSNC:Scene,05;
Adds a new scene following the current scene with scene name “SCENE”.
Also stores connected M-48’s current memory to memory number 5.
Note:
If you don’t specify an M-48 memory number, M-48’s current memory will not be stored.
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 The total number of scene memories reached 300.
DBC: Display brightness setting
Function: Sets the brightness of the main display.
Syntax: stxDBC: a; (Command syntax: type 2)
a: Brightness: 0-100 (%)
<Ex.> stxDBC:100;
Sets the brightness of the main display to 100%.
PBC: Panel brightness setting
13
Function: Sets the panel brightness.
Syntax: stxPBC: a; (Command syntax: type 2)
a: Brightness: 0-100 (%)
<Ex.> stxPBC:100;
Sets the panel brightness to 100%.
LBC: Lamp brightness setting
Function: Sets brightness of the lamp connected to the LAMP jack.
Syntax: stxLBC: a; (Command syntax: type 2)
a: Brightness: 0-100 (%)
<Ex.> stxLBC:100;
Sets the lamp brightness to 100%.
DMC: Monitor dimmer on/o
Function: Switches monitor dimmer on/off.
Syntax: stxDMC: a; (Command syntax: type 2)
a: Channel selection
MON1-MON2
b: On/Off (0: Off, 1: On)
<Ex.> stxDMC:MON1,1;
Turns monitor 1 dimmer on.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
RTC: USB memory recorder transport
Function: Controls the transport of USB memory recorder.
Syntax: stxRTC: a; (Command syntax: type 2)
a: Transport
0 or S: Stop playback/recording.
1 or P: Starts playback. Starts recording when recording is paused.
2 or R: Make the unit to REC pause status.
<Ex.> stxRTC:1;
Starts playback the song. Starts recording the song when recording is paused.
RLC: USB memory recorder locate
Function: Jumps to specied location of USB memory recorder.
Syntax: stxRLC: HHhMMmSSs; (Command syntax: type 2)
HH: Hour
MM: Minute
SS: Second
<Ex.> stxRLC:02m34s;
Jumps to 02:34.
Note:
5 This command is valid only during playback
5 The value of h/m/s not specicated in the syntax will be 00.
5 The h/m/s can be capital or small.
RIC: USB memory recorder song select
Function: Select the current song of USB memory recorder.
Syntax: stxRIC: a; (Command syntax: type 2)
a: Song number
14
0-999 : Song number
+1 - +999: Relative song number
-999 - -1: Relative song number
N : Next song
P : Previous song
<Ex.> stxRIC:-1;
Select the previous song.
Request Commands
CNQ: Channel name request
Function: Requests the channel/group name.
Syntax: stxCNQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, DCA1-DCA24, MG1-MG8, U1-U192
<Ex.> stxCNQ:I1;
Requests the channel name of CH 1.
Command returned by the M-5000
Syntax: stxCNS: a,”b”; (Command syntax: type 2)
a: Channel number
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, DCA1-DCA24, MG1-MG8, U1-U192
b: Channel name (xed at 12 characters)
<Ex.> stxCNS:I1,”A.BASS”;
Output the channel name A.BASS for CH 1.
PTQ: Phantom power supply request
Function: Requests the on/off status of the +48V phantom power supply.
Syntax: stxPTQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, U1-U192
<Ex.> stxPTQ:I1;
Requests the on/off status of the +48 V phantom power supply for CH 1.
Command returned by the M-5000
Syntax: stxPTS: a,b; (Command syntax: type 2)
a: Channel number
I1-I128, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxPTS:I1,0;
Reports that the CH1 phantom power is off.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel that does not have phantom power.
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
EQQ: EQ request
Function: Requests the on/off setting of the EQ.
Syntax: stxEQQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, U1-U192
<Ex.> stxEQQ:I1;
15
Requests the on/off setting of the CH 1 EQ.
Command returned by the M-5000
Syntax: stxEQS: a,b; (Command syntax: type 2)
a: Channel number
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxEQS:I1,0;
Reports that the CH 1 EQ is off.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
AXQ: AUX send request
Function: Requests the AUX send level and AUX pan settings.
Syntax: stxAXQ: a,b; (Command syntax: type 2)
a: Channel selection
I1-I128, U1-U192
b: AUX channel selection
AX1-AX64
<Ex.> stxAXQ:I1,AX3;
Requests the AUX 3 send level and AUX pan setting for CH1.
Command returned by the M-5000
Syntax: stxAXS: a,b,c,d; (Command syntax: type 2)
a: Channel number
I1-I128, U1-U192
b: AUX channel number
AX1-AX64
c: AUX send level (INF, -80.0 - 10.0) *0.1 dB steps
d: AUX pan (L100-C-R100) *Steps of 1
<Ex.> stxAXS:I1,AX3,-6.5,C;
Reports that for CH 1, the AUX 3 send level is -6.5 dB and the AUX pan is at center.
Note:
If you specify a monaural AUX channel, the M-5000 will return “0” as the value of the AUX pan.
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
PNQ: PAN request
Function: Requests the pan setting.
Syntax: stxPNQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, U1-U192
<Ex.> stxPNQ:I1;
Requests the CH 1 setting.
Command returned by the M-5000
Syntax: stxPNS: a,b; (Command syntax: type 2)
a: Channel number
I1-I128, SG1-SG64, AX1-AX64, U1-U192
b: Pan (L100-C-R100) *Steps of 1
<Ex.> stxPNS:I1,C;
16
Reports that the pan of CH 1 is set at the center.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify U1–U192 that is assigned to the above.
5 If you specify a channel that does not exist.
MUQ: Mute request
Function: Requests the mute on/off setting.
Syntax: stxMUQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, DCA1-DCA24, MG1-MG8, U1-U192
<Ex.> stxMUQ:I1;
Requests the CH 1 mute on/off setting.
Command returned by the M-5000
Syntax: stxMUS: a,b; (Command syntax: type 2)
a: Channel number
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, DCA1-DCA24, MG1-MG8, U1-U192
b: On/Off (0: Off, 1: On)
<Ex.> stxMUS:I1,0;
Reports that the CH 1 mute is off.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
FDQ: Fader request
Function: Requests the fader level setting.
Syntax: stxFDQ: a; (Command syntax: type 2)
a: Channel selection
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, MON1-MON2, DCA1-DCA24, U1-U192
<Ex.> stxFDQ:I1;
Requests the fader setting of CH 1.
Command returned by the M-5000
Syntax: stxFDS: a,b; (Command syntax: type 2)
a: Channel number
I1-I128, SG1-SG64, AX1-AX64, MM1-MM64, MX1-MX64, MA1-MA2, MON1-MON2, DCA1-DCA24, U1-U192
b: Fader level (INF, -80.0 - 10.0) *0.1 dB steps
<Ex.> stxFDS:I1,-6.0;
Reports that the CH 1 fader level is -6.0 dB.
Note:
In the following cases, the M-5000 will return an ERR command (stxERR:5;) and will ignore your
command:
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
SCQ: Current scene request
Function: Requests the number and name of the currently recalled scene.
Syntax: stxSCQ; Command syntax: type 1)
<Ex.> stxSCQ;
Requests the currently recalled scene number and name.
17
Command returned by the M-5000
Syntax: stxSCS: a,”b”; (Command syntax: type 2)
a: Scene number (1.00-300.00)
b: Scene name (maximum 32 characters, variable length)
<Ex.> stxSCS:23.00,”JAZZ BAND MUSIC”;
Reports that the currently recalled scene is number 23.00, and that its name is
JAZZ BAND MUSIC.
Note:
If no scene memory is currently recalled, the M-5000 will return an ERR command (stxERR:5;).
5 If you specify a channel outside the range of channel selections listed in the syntax.
5 If you specify a channel that does not exist.
VRQ: Version request
Function: Requests version information.
Syntax: stxVRQ; Command syntax: type 1)
<Ex.> stxVRQ;
Requests version information for the M-5000.
Command returned by the M-5000
Syntax: stxVRS: a; (Command syntax: type 2)
a: MIXER ENGINE version (ve characters)
<Ex.> stxVRS:1.200;
Reports that the M-5000 is using MIXER ENGINE version 1.200.
RCQ: REAC connection status request
Function: Requests status of REAC connection.
Syntax: stxRCQ:a; (Command syntax: type 2)
a: REAC port selection
A: REAC A
B: REAC B
<Ex.> stxRCQ:A;
Requests REAC A port status.
Command returned by the M-5000
Syntax: stxRCS: a,b; (Command syntax: type 2)
a: REAC port
A: REAC A
B: REAC B
b: Status
0: Not connected
1: Establishing the connection
2: Proper connection
<Ex.> stxRCS:A,2;
Reports that the REAC A port is properly connected.
Note:
The reply command is automatically send when REAC connection status is altered.
DBQ: Display brightness request
Function: Requests the display brightness.
Syntax: stxDBQ; Command syntax: type 1)
<Ex.> stxDBQ;
Requests the display brightness.
Command returned by the M-5000
Syntax: stxDBS: a; (Command syntax: type 2)
18
a: Brightness 0-100%
<Ex.> stxDBS:100;
Outputs the display brightness is 100%.
PBQ: Panel brightness request
Function: Requests the panel brightness.
Syntax: stxPBQ; Command syntax: type 1)
<Ex.> stxPBQ;
Requests the panel brightness.
Command returned by the M-5000
Syntax: stxPBS: a; (Command syntax: type 2)
a: Brightness 0-100%
<Ex.> stxPBS:100;
Outputs the panel brightness is 100%.
LBQ: Lamp brightness request
Function: Requests the lamp brightness.
Syntax: stxLBQ; Command syntax: type 1)
<Ex.> stxLBQ;
Requests the lamp brightness.
Command returned by the M-5000
Syntax: stxLBS: a; (Command syntax: type 2)
a: Brightness 0-100%
<Ex.> stxLBS:100;
Outputs the lamp brightness is 100%.
DMQ: Monitor dimmer request
Function: Requests the monitor dimmer on/off setting.
Syntax: stxDMQ:a; (Command syntax: type 2)
a: Channel selection
MON1-MON2
<Ex.> stxDMQ:MON1;
Requests the monitor dimmer on/off setting of MONITOR 1.
Command returned by the M-5000
Syntax: stxDMS: a,b; (Command syntax: type 2)
a: Channel number
MON1-MON2
b: On/Off (0: Off, 1: On)
<Ex.> stxDMS:MON1,1;
Reports that the monitor dimmer setting of MONITOR 1 is on.
RTQ: USB memory recorder status request
Function: Requests status of USB memory recorder.
Syntax: stxRTQ; Command syntax: type 1)
Command returned by the M-5000
Syntax: stxRTS: a; (Command syntax: type 2)
a: Status
-1 : Playback/Recording is not t possible (The USB memory is not inserted etc.)
0 : Stop
19
1 : Playing
2 : Recording
3 : Prepare for playback
4 : Rec pause
<Ex.> stxRTS:1;
Reports the song is in playing status.
RLQ: USB memory recorder current position request
Function: Request for current position of USB memory recorder.
Syntax: stxRLQ; Command syntax: type 1)
Command returned by the M-5000
Syntax: stxRLS:HHhMMmSSs; (Command syntax: type 2)
HH: Hour
MM: Minute
SS: Second
<Ex.> stxRLS:02m34s;
Reports that the current position is 02:34.
RIQ: USB memory recorder song number request
Function: Request the song number currently selected, and the number of songs in the USB memory
recorder.
Syntax: stxRIQ; Command syntax: type 1)
Command returned by the M-5000
Syntax: stxRIS:a,b; (Command syntax: type 2)
a: Current song number
b: Number of songs
<Ex.> stxRIS:1,10;
Reports that the current song number is 1 and the number of songs in the USB memory is 10.
RNQ: USB memory recorder song name request
Function: Request the song name of the USB memory recorder.
Syntax: stxRNQ; Command syntax: type 1)
stxRNQ:a; (Command syntax: type 2)
a: Song number
Command returned by the M-5000
Syntax: stxRNS:a,b; (Command syntax: type 2)
a: Song number
b: Song name
<Ex.> stxRNS:1,”SONG01.WAV;
Output the song name SONG01.WAV for the song number 1.
RRQ: USB memory recorder recording remain time request
Function: Request the remaining amount of time that can be record to the USB memory.
Syntax: stxRRQ; Command syntax: type 1)
Command returned by the M-5000
Syntax: stxRRS:HHhMMmSSs; (Command syntax: type 2)
HH: Hour
MM: Minute
SS: Second
20
<Ex.> stxRRS:01h02m34s;
Reports the remaining amount of time that can be record to the USB memory is 01:02:34.
Details of Reply Commands
Commands Transmitted from the Control Computer to the M-5000
ack (06H): Active reply
Function: Transmitted following successful reception.
Syntax: ack (06H) Command syntax: type 0)
Note:
This “ack” may be omitted.
ERR: Error
Function: Transmitted when a problem occurred in the control computer in response to a command
transmitted by the M-5000.
Syntax: stxERR:a; (Command syntax: type 2)
a: Error number
0: When the signal from the M-5000 could not be read.
Note:
If error number 0 is returned in response to a command sent by the M-5000 in response to a Request
command, the M-5000 will once again transmit the response to that Request command.
In the case of a command that has parameters, the M-5000 will re-transmit the most recently
transmitted parameter.
Commands Transmitted from the M-5000 to the Control Computer
ack (06H): Active reply
Function: Transmitted following successful reception.
Syntax: ack (06H) Command syntax: type 0)
ERR: Error
Function: Transmitted when a problem occurred in the M-5000 in response to a command sent from the
control computer.
Syntax: stxERR:a; (Command syntax: type 2)
a: Error number
0 (Syntax error) : Transmitted when the command syntax was incorrect.
2 (Busy error) : The M-5000 is busy and cannot process the command.
5 (Out of range errer) : The parameter of the received command was out of
range.
6 (Something error) : Some other error has occurred. This will be
transmitted if the M-5000 was unable to correctly
process the command.
Note:
If one of these commands occurs, the command that was sent to the M-5000 immediately prior to this
will be ignored.
ERS: Error statuses of the M-5000
Function: Transmitted when the M-5000 is in error status.
Syntax: stxERS:a; (Command syntax: type 2)
a: Error number
Page is loading ...
  • Page 1 1
  • Page 2 2
  • Page 3 3
  • Page 4 4
  • Page 5 5
  • Page 6 6
  • Page 7 7
  • Page 8 8
  • Page 9 9
  • Page 10 10
  • Page 11 11
  • Page 12 12
  • Page 13 13
  • Page 14 14
  • Page 15 15
  • Page 16 16
  • Page 17 17
  • Page 18 18
  • Page 19 19
  • Page 20 20
  • Page 21 21

Roland M-5000 Owner's manual

Roland
Brand
Roland
Model
M-5000
Type
Owner's manual
This manual is also suitable for

Roland M-5000

The Roland M-5000 is a versatile and powerful device that offers a wide range of capabilities for remote control and monitoring. With its advanced features and intuitive interface, the M-5000 is the perfect choice for users who demand precision and efficiency in their operations.

Key Features

  • Remote Control: The M-5000 allows you to remotely control your devices and systems from anywhere with an internet connection. This makes it easy to manage your operations, even when you're away from the office.
  • Monitoring: The M-5000 provides real-time monitoring of your devices and systems. This allows you to quickly identify and resolve any issues that may arise, ensuring that your operations run smoothly.
Download PDF
report

Ask a question and I''ll find the answer in the document

Finding information in a document is now easier with AI

Related papers

Other documents