The cleanliness requirements of the laminar flow transfer window: Class B; the inner and outer double shells of the laminar flow transfer window, and the inner circumference is treated with arcs to ensure seamless connection;
The laminar flow transfer window adopts the laminar flow design, the air flow direction adopts the up-feeding-down-return mode, and the bottom is designed with 304 stainless steel cold-rolled plate punching design, and stiffeners are provided;
Laminar flow transfer window filter: G4 primary filter is used, and H14 high efficiency filter without clapboard is used;
Laminar flow transfer window wind speed: after passing through the high-efficiency filter, the outlet wind speed is controlled at 0.38-0.57m/s (tested at 150mm below the high-efficiency outlet air flow plate);
Pressure difference function: display filter pressure difference (range high efficiency 0-500Pa/medium efficiency 0-250Pa), accuracy ±5Pa;
Laminar flow transfer window control function: fan start/stop button, equipped with built-in electronic door interlock; set the UV lamp, design a separate switch, when the two doors are closed, the UV lamp should be in the on state; set the lighting lamp, design separate The switch;
The laminar flow transfer window high-efficiency filter can be disassembled and installed separately from the upper box, which is convenient for maintenance and replacement of the filter;
The laminar flow transfer window is an inspection port set at the lower part of the transfer window for the maintenance of the fan;
Laminar flow transfer window noise: noise during normal operation of the transfer window;
Laminar flow transfer window and high-efficiency air flow sharing plate: 304 stainless steel mesh plate is used.
