Diode Laser System Contents LASER SAFETY ..........................3 DESCRIPTION AND SPECIFICATIONS .................. 4 System Description ....................... 4 Specifications ........................ 6 ENVIRONMENT AND PRECAUTIONS ..................7 OPERATION ..........................8 Preparation for Use ....................... 8 System Turn-on ......................8 Menu Displays ......................8 Controls, Indicators and Features ..................
Diode Laser System 1. Laser Safety The BWT Laser Model XXX is a Class IV laser product. This laser emits more than 10 Watts of visible and/or invisible laser radiation in a wavelength of 400-1200nm. Avoid eye or skin exposure to direct or scattered radiation emitted from the optical output.
Diode Laser System 2. Description and Specifications 2.1 System Description The XXX Series Diode Laser System was developed to meet industrial market demands. These lasers are compact and efficient providing dependable optical power at a wide range of wavelengths. 2.1.1 Main Features: ...
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Diode Laser System 2.1.2 Front Panel Description 2.1.3 Rear Panel Description - 5 -...
Diode Laser System 2.2 Specifications Model DS3-51422-1411 Parameters Test condition Series No. EXMC00014/LEUB00709 Output power Center Wavelength 976nm Rated output power Rated Current Rated output power Continuous running Output Power Instability <3% time:≥5hrs Temperature:25℃ 105μm 135μm Fiber Core ...
Diode Laser System Working mode Pulse Single Pulse Modulation 50Hz-20kHz Rated output power Operating current <15A Power Supply Requirement AC220V,50-60Hz Input AC90-220V,50-60Hz Power loss < 560W Mechanical Parameters 307mm×295mm×135mm Dimensions(L×W×H) 380mm×373mm×156mm other dimensions ...
Diode Laser System During operation there is no need to remove any protective coverings. No operator serviceable parts inside. Do not expose the device to a high moisture environment. The XXX has equipment for active air cooling. Allow a minimum of 10cm clearance for airflow through the fans.
Diode Laser System then press the knob to select the digit. Rotate the knob again to get the desired values, clockwise for value increasing and anti-clockwise for value reducing. Press the Parameter Adjust Knob to return the status of cursor “_”, and click the parameter area of the screen to finish the parameter setting.
Diode Laser System System parameters still displayed Laser Type No., Series No., Maximum power of power supply, Maximum Current, Threshold Current, Operating Temperature, Current Limitation, ect. User couldn’t modify these parameters. 4.6 System Turn-off Press down “Laser” button to off, at the same time the green indicator dimmed.
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Diode Laser System YY: 01 Single pulse Pulse For example: Setting the laser working mode with single pulse mode 7E 01 00 01 02 7F 01 00 01 02 7E 02 XX 01 YY 7F 02 XX 01 YY XX:Channel 01~FF General control channel: 00 (when defined the general control channel);...
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Diode Laser System 7E 05020200 FA 7F 04020200 FA 7E 060102YY ... 7F 060102YY ... YY ...:Frequency (hexadecimal code with unit Hz, 2bits) Frequency Setting For example:Setting the frequency with 10kHz 7E 06010227 10 7F 06010227 10 7E 070104YY ... 7F 070104YY ...
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