Manual

Manual-22
To write a stored parameter value:
Send: SPL,n1,n2
Where: n1 is the stored parameter index.
n2 is the value to be stored.
Example: SPL,1,0 sets Auto Level parameter to 0, disabling the
Auto Level function.
Response: "OK"
Encoder Input Commands
ILD
Read/Write LED Enable byte
Reads or writes the LED Enable byte. e format of the LED Enable byte is as fol-
lows: bit 0 set enables LED indication of the main level, bit 1 set enables the LED
indication of the second level (only applicable when Auto Second Level is enabled and
the encoder is pushed in). is LED Enable is volatile, meaning upon power-up of the
device the LED Enable byte is always set to 3 enabling both main and second level
LED indication.
To read the LED Enable byte:
Send: ILD
Response: n1,"OK"
Where: n1 is the LED Enable byte. e range is [0, 3].
Example: 1,"OK" means that the main level LED indication
is enabled and the second level LED indication is
disabled.
To write the LED Enable byte:
Send: ILD,n1
Where: n1 is the LED Enable byte. e range is [0, 3].
Example: ILD,0 disables both main and second level LED
indication.
Response: "OK"
ILK
Read/Write Software Input Lock
Reads or writes the input encoder software lock byte. e format of the lock byte is
as follows: bit 0 set locks the main level (no action when encoder is turned), bit 1 set
locks the second level (no action when the encoder is pushed in and turned), bit 2 set
locks the enter state (no enter command state change when the encoder is pushed and
released without turning). is lock byte is volatile, meaning upon power up of the
device the software lock byte is always cleared to zero.
To read the Software Input Lock byte:
Send: ILK
Response: n1,"OK"
Where: n1 is the Software Input Lock byte. e lock byte
range is [0, 7].
Example: 3,"OK" means that both the main level and second
level are locked.