Reed Diffuser Oils

ASCOM designed separators guarantee a very high performance because of:    1. Application of state-of-the-art design rules based on empirically verified CFD design models and    2. Use of the proprietary range of high performance ASCOM HiPer internals Design philosophy: 4 sections of a separator Generally, in the mostly horizontal orientated gas/liquid separators, the incoming multiphase mixture flows into the vessel through an ‘inlet device’. The inlet section (1) ensures: a) preliminary gas/liquid(s) separation and b) a good flow distribution across the vessel The design of separators generally include subsequently a gas/liquid gravity separation section (2), that ensures the creation and fall out of large liquid droplets. The gravity separation section can include a coalescer stage (either a mesh type or vane type coalescer). After the fall out of the bulk liquids, the demisting section (3) ensures the separation of finer mist particles. The clean gas exi...

The Temprite 320 and 340 Series    are the first oil separators designed for refrigerant recovery/reclaim systems. Based on our robust 900 Series, the 320 and 340 Series units are 99.995% efficient in removing particulates between 0.3 and 0.6 microns (μm) and separating oil from the mass flow. The elimination of the float ball and the internal oil reservoir maximizes efficiency by minimizing oil carryover. It also has the advantage of being one of the smallest oil separators available for its capacity. Metering the oil return back to the compressor may be done by a variety of methods including capillary tube, a metered orifice or a timed solenoid. Use the actual tonnage CFM to correctly size the 320 or 340 Series for your application. The 500 and 600 Series are impingement screen-type oil separators. In these units, the compressed mass flow enters a larger separator chamber, which lowers the velocity. The aerosol oil droplets collect on the impingeme...

 500 SERIES CONVENTIONAL OIL SEPARATORS: ACCESSIBLE IMPINGEMENT The 500 Series Conventional Oil Separators are impingement screen-type conventional oil separators. In these units, the compressed mass flow enters a larger separator chamber, which lowers the velocity of the mass. The atomized oil droplets then collect on the impingement screen surface. As the oil droplets become larger, they fall to the bottom of the separator oil reservoir.     * The 500 Series is designed for the OEM who needs oil separation and accessibility to the unit for filter changes.     * The 600 Series is designed for the OEM who needs oil separation but does not require the accessibility of the 500 Series. Installation Instructions for All 500 series, Oil Separators 500-600 Series Sizing Chart 1. Locate the separator in a warm, draft free area, or wrap separator with insulation. 2. Install the separator in a vertical position, close to the compressor, in between ...

Temprite , the first company to design and manufacture coalescent oil separators and reservoirs, has expanded its product lines to address the unique and challenging demands of CO2 systems. Working with engineers and scientists in the refrigeration field, Temprite has developed the 130 Series, a line of R744 coalescent oil separators for transcritical CO2 applications, featuring the most efficient oil/refrigerant filtering and separation technology available. The Temprite 130 Series are the first products designed for CO2 to undergo performance testing at internationally recognized testing organizations and have proven to perform the best of any filtration and separation technology. The best attributes of the 920/R separation technology have been incorporated into the design of 130 Series models, establishing the benchmark for efficiency in CO2. Temprite engineers will continue to work with customers and specialists in the CO2 field to develop products that work with the leading re...