52
Refrigeration
Oil Separators - Hermetic Coalescent
Oil Separator - Hermetic Impingement
Part #
Maximum
Working
Pressure
Oil
Connector
Size
Diameter
Dimensions
Oil Change
Amount
Weight
"A"
"B"
"C"
58-600
450 PSIG 1/4" SAE 4"
3/8" ODS 8 1/8"
3/4" 15oz 445ml
6lbs.
58-601
450 PSIG 1/4" SAE 4"
1/2" ODS 10 1/4" 3/4" 12oz 355ml
6lbs.
58-602
450 PSIG 1/4" SAE 4"
5/8" ODS 12 7/8" 3/4" 12oz 355ml
8lbs.
58-603
450 PSIG 1/4" SAE 4"
7/8" ODS 14 5/8" 3/4" 12oz 355ml
8lbs.
58-604
450 PSIG 1/4" SAE 4"
1 1/8" ODS 15 1/2" 3/4" 12oz 355ml
8lbs.
58-605
450 PSIG 1/4" SAE 4"
1 3/8" ODS 18 7/8" 3/4" 12oz 355ml 10lbs.
Oil Separator - Hermetic Impingement
Part #
Maximum
Working
Pressure
Oil
Connector
Size
Diameter
Dimensions
Oil Change
Amount
Weight
"A"
"B"
"C"
58-606
450 PSIG 3/8" SAE 6"
1 5/8" ODS 13 1/2" 18 3/8" 29oz 850ml 15lbs.
58-607
450 PSIG 3/8" SAE 6"
2 1/8" ODS 14 1/2" 19 3/8" 29oz 850ml 16lbs.
58-606R
450 PSIG 3/8" SAE 6"
1 5/8" ODS 18 1/2" 23 3/8" 128oz 3.78L -
58-607R
450 PSIG 3/8" SAE 6"
2 1/8" ODS 19 1/2" 24 3/8" 128oz 3.78L -
The Temprite 58-900 / 58-920 Series
Unquestionably, these are the standard in ultra low temperature applications by virtue of its extreme performance
range. When it is advantageous to minimize cycle times or to downsize a compressor, higher temperature
applications may be performed. The 58-900 and 58-920 Series also enhance the performance of other
components (filter/dryers) by eliminating the thin film of oil that prevents moisture from being absorbed by the
desiccant. These Series work so well by employing a matrix type borosilicate coalescent filter to do the work
formerly done by the impingement screens. These exceptionally pure, extremely fine glass fibres matrices excite
the oil molecules to collide thus agglomerating them into bigger droplets until they are forced to the outer drain
layer of the filter. These droplets fall to the bottom of the separator reservoir and the oil is then returned to the
compressor. Because this filter is finer than a filter/drier, it will pick up any and all effluent and dirt circulating in
the system down to 0.3 microns. Normally, on short, self contained applications, the amount of effluent is minute,
but on large parallel rack/multiplex systems with long lines, cleanliness problems can be overcome by using the
58-920 Series of accessible coalescent separators which can be opened up after 24 to 48 hours of initial run time
to change the filter and thereby clean up the system. Solid contaminants in your system are harmful to TXV valves,
sensors and other delicate instrumentation, and with the new refrigerant’s enhanced solvent effect, more solid
contaminants than ever are circulating in your system.
The filter will not function at its optimum performance level if dirty, so you merely have to isolate the separator and
change out the filter without unbrazing it. The 58-920 Series has another advantage - in the event of a compressor
burnout, all effluent is localized to the oil separator thus sparing delicate metering devices from a rush of
carbonized particles. Temprite coalescent separators are not velocity dependant. With conventional or centrifugal
oil separators, when the compressor unloads, velocity drops and so does the separators efficiency. Coalescent
separators work at all mass flows, giving you efficiency across the compressors pumping range. The most
accurate way to size a 58-900/ 920 series oil separator for your application is to determine the actual cubic feet per
minute that your compressor will be pumping and select the correct separator from the sizing chart.
58-600
to
58-605
Series
58-606
&
58-607
58-602
Illustrated
58-900 / 58-920 Series
Continued On Next Page
Oil Separators
