Fluidguard Machinery Equipment Co., Ltd. amy@aida-machinery.com
Call Us : 0086-15137376132
Model : 1613760200
Type : Oil Separators Filters
Replacement for : 1613760200
It adopts high-efficiency gradient glass fiber coalescing technology to capture micron-scale lubricant oil aerosol mixed in small-flow compressed air. Separated lubricant flows back to airend via built-in return channel for cyclic reuse, greatly reduce oil refilling frequency and extend whole machin
Part numbers marked "replacement" are not affiliated with the original manufacture.
Part No: 1613760200
Filter Media: Imported multi-layer HV borosilicate micro glass fiber coalescing composite media
Filtration Precision: ≤0.1 μm fine oil mist capture
Separation Efficiency: ≥99.999%
Residual Oil Content at Air Outlet: ≤3 ppm
Standard Service Life: 4000 working hours
Operating Temperature Range: -20℃ ~ 120℃
Initial Pressure Drop: ≤0.02 MPa
Replacement Alarm Differential Pressure: ≥0.08 MPa
Gross Weight: 0.86 KG
Dimensions (mm): Outer Diameter 120, Overall Height 140
Application Scenarios
Small electronic assembly workshops, laser marking & small laser cutting equipment, laboratory clean air supply, mini food packaging lines, small hardware machining workshops, dental medical air systems
Product Features
Multi-gradient high-density glass fiber media with stable oil holding capacity, anti-saturation under light continuous load, residual oil stably controlled ≤3 ppm throughout full service cycle.
Compact spin-on cylindrical design with slow differential pressure rise, effectively reduce power consumption of small low-power main units.
Integral thickened anti-rust metal shell, shock & corrosion resistant; filter media will not deform under medium-low airflow, eliminate static ignition risk of oil mist.Fluorine seal withstand high temperature & aging, zero leakage under frequent start-stop and temperature fluctuation to avoid air-oil bypass and excessive oil carry-over.
Product Description
It adopts high-efficiency gradient glass fiber coalescing technology to capture micron-scale lubricant oil aerosol mixed in small-flow compressed air. Separated lubricant flows back to airend via built-in return channel for cyclic reuse, greatly reduce oil refilling frequency and extend whole machine maintenance cycle.
It fully protects downstream small refrigerated dryers, micro precision pneumatic valves, laser marking heads and mini spray guns, lower failure rate & maintenance cost of miniature post-air-treatment purification systems.