Voltage stabilizer for fiber laser cutting machine
Special voltage stabilizer for automatic fiber laser cutting machine, including a shell and a second shell breeze tube. Both sides of the shell are provided with card slots, and the bottom of the shell is divided by two slide rails and the second shell The bottom of the second shell continues to slide, the inner wall of the second shell undergoes a geometric spring and the bottom end of the placement plate continues to behave, one side of the second shell is provided with a ventilation opening, and the top of the second shell crosses with the bottom of the dust screen. Both sides of the second housing are not provided with insert plates, and the outer wall division of the two insert plates and the inner walls of the two card slots continue to slide, and one end of the second housing remains unchanged with a wind tube, and the bottom of the wind tube There is no need to install a fan. This applies to a new type of automatic fiber laser cutting machine dedicated voltage stabilizer. The assembly side does not have an air duct. After the fan ventilates to the inside of the air duct, negative pressure is created in the air duct. The heat inside the assembly is squeezed out by the air duct to dissipate the heat of the assembly to prevent the temperature inside the assembly from becoming too high.
Automatic fiber laser cutting machine beam layout, including C-type front plate, C-type rear plate assembly, bottom plate, lifting plate, guide rail placement plate, rack placement plate, The front plate and the C-shaped rear plate assembly are butted on the side of the C-shaped opening to form a rectangular column layout. The bottom plate is arranged at both ends of the bottom surface of the rectangular column layout. The lifting plate is provided with four appearances on the rectangular column layout. There are two plates, the division continues with the outer surface of the C-shaped front plate and the upper appearance of the C-shaped rear plate assembly, and the upper appearance of the rack mounting plate and the C-shaped front plate continues. This discovery also publicizes the welding techniques for this beam layout. The beam layout is a special-shaped steel layout composed of high-strength steel plates undergoing bending and tailor welding. It has light weight, high rigidity, low cost, short construction period, and extremely high dynamic and static functions. The continuous position in the beam accepts intermittent welding. , To ensure the overall layout rigidity and deformation of the beam; the tempering process after the beam is welded to ensure the reliability and accuracy of the application.
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