L5~C high-purity nitrogen generator

什么是 L5~C high-purity nitrogen generator?

L5~C laser supporting high-purity nitrogen production host (one for five models) L5~C PSA high-purity nitrogen production host is designed for large-scale multi-station handheld laser welding scenarios. It has stable nitrogen output 5Nm³/h, rated nitrogen purity 99.99%, and the highest purity can reach 99.999%. It has sufficient gas volume and supports one-to-five synchronous gas supply, which can simultaneously meet the continuous production gas demand of five 1500W handheld laser welding machines. ⚠️Important note: This machine is only a nitrogen generator, not an integrated machine. It does not include an air compressor and a cold dryer. When used, an independent air compressor and refrigerated dryer are required to provide a dry and clean compressed air source of 7~8bar. During welding operations, 99.99% or above high-purity nitrogen forms an inert protective gas layer to isolate oxygen in the air, effectively solving problems such as yellowing, blackening, and pores in stainless steel, aluminum alloy, and carbon steel welds, and improving the smoothness and appearance of the weld. The standby power consumption of the equipment is only 20W, and it adopts universal 220V/50Hz mains power supply, without the need to set up 380V industrial lines; the nitrogen output pressure is steplessly adjusted 1~6.5bar, perfectly matching the air supply standard of handheld laser welding equipment; the equipment air inlet requires 7~8bar compressed air, and the air inlet temperature is ≤45℃, adapting to various workshop working conditions. The overall size of the machine is 6250115cm, the net weight is 83KG, and the cabinet structure is stable. It can be placed centrally and then divided into five welding stations through pipelines. The panel is equipped with multiple sets of pressure gauges to monitor air pressure in real time. The operation is stable, the noise is low, and daily maintenance is simple and convenient. Nitrogen is produced on site, eliminating the need for frequent transportation and replacement of high-pressure nitrogen cylinders, and avoiding safety hazards caused by cylinder storage and transportation. Long-term mass production can significantly reduce gas costs. It is widely used in five-station handheld laser welding, medium-sized hardware processing plants, and continuous laser welding production lines.