Wuhan Raycus Fiber Laser Technologies Co., Ltd.
User Guide of RFL-C3000XZ~RFL-C12000XZ
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When the Pin A6 of the XP1 port is set low or suspended, the laser emission power is set by the Raycus
Laser Control System or by sending command (“SDCXX”) directly.
5.2.2
External Control
When XP1's A1 and A3 are both set high, the laser is in the Internal Control mode, the laser is
controlled by the Host Computer Software on button or the communication sends “EMON” to control the
laser emission, “EMOFF” controls the laser emission off; when XP1's A1 is high, A3 is suspended or set
low, the laser is in external control mode, and the laser emission is determined by the high and low levels
of XP1's A2 and XP2-1, 2 pin MOD signal together.
5.2.3
Guide laser Control
When both A1 and A3 of XP1 are set high, the laser is in the guide laser internal control mode, and
the guide laser is controlled by the guide laser button of the Host Computer Software or the communication
sending “ABN” and “ABF”; when A1 of XP1 is set high, A3 is suspended or set low, the laser is in external
control mode, and the guide laser is controlled by A5 of XP1.
The guide laser component of the product works by means of communication, so there is a time delay
of at least 10ms when the guide laser is turned on and off;
When the guide laser is turned on, the laser cannot be set to “Ready”. Only when the guide laser is turned
off, the laser beam with a wavelength about 1080nm is then allowed to set to the “Ready” condition (if this
limit needs to be changed, please contact Raycus regarding the users’ specific need).
5.2.4
Programming Mode
When XP1's A1 is set high and A8-A14 is not 0, the laser is in “Programming” mode. At this time, the
laser emission is controlled by XP1's A2, and the laser emission waveform is determined by the edited
waveform.
