Read the first segment pulse power of the first group as 5W.
9) Function: Set the time of X group Y in custom mode
X value range is 01-06; Y value range is 01-16;
Example: Set the pulse time of the first segment of the first group to 50ms; 50 is converted into hexadecimal
to 00 32;
The byte sent is AA A6 01[group] 01[segment] 00 32 E0; the returned byte is B6 01 F0, which means the setting
is successful.
10) Function: Read the Y segment time of X group in custom mode
X value range is 01-06; Y value range is 01-16;
Example: Read the first segment pulse time of the first group as 50ms; send byte AA C6 01 01 00 00 E0;
Return byte D6 01 01 00 32 F0.
00 32 is converted into decimal number 50, which represents 50ms;
Reading the first segment pulse time of the first group is 50ms.
※
Note The laser can set 6 groups of process waveforms, and each group of process waveforms can be set
with 16 segments of power and time. The setting method is the same as above.
11) Function: Set working mode
01 means continuous, 02 means modulation, 03 means customization. Example: Set the control mode to
continuous mode;
The sent byte is AA A7 00 00 00 01[Working Mode] E0; the returned byte is B7 F0, which means the setting is
successful.
12) Function: Read working mode
Example: Send byte AA C7 00 00 00 00 E0; return byte D7 01[Working Mode] F0.
Indicates that the current working mode is continuous.
13) Function: Read system status
Example: Read system status (over temperature, over current, etc.); send byte AA A9 00 00 00 00 E0;
The returned byte is B9 00 F0 and the system status is normal;
The returned byte is B9 01 F0 system power overcurrent alarm; the returned byte is B9 02 F0 system ambient
temperature alarm; the returned byte is B9 03 F0 system temperature control alarm;
The returned byte is B9 04 F0 system Intlocck disconnects the alarm; the returned byte is B9 05 F0 system
emits light alarm;
