White Rodgers Cooling Controls A-AS 5 139 Suction Accumulator 5" x 12"
The A-AS protects the compressor from liquid slugging and is used with CFC, HCFC and HFC refrigerants. It is available for systems through 28 tons nominal capacity.

Designed to operate in a range of +40°F to -40°F evaporator temperature

Fusible plug on larger diameter units

Solid copper connections

Corrosion resistant epoxy powder paint finish

Inlet deflector directs refrigerant flow to prevent internal splashing and aid in the collection of refrigerant oil,

White Rodgers Cooling Controls A-AS 5 139

White Rodgers Cooling Controls Cooling Controls A-AS 3 84 Suction Accumulator 3" x 8"
The A-AS protects the compressor from liquid slugging and is used with CFC, HCFC and HFC refrigerants. It is available for systems through 28 tons nominal capacity.

Designed to operate in a range of +40°F to -40°F evaporator temperature

Fusible plug on larger diameter units

Solid copper connections

Corrosion resistant epoxy powder paint finish

Inlet deflector directs refrigerant flow to prevent internal splashing and aid in the collection of refrigerant oil,

White Rodgers Cooling Controls A-AS 3 84

White Rodgers Cooling Controls A-AS 6 1411 Suction Accumulator 1-3/8", 6" x 14"
The A-AS protects the compressor from liquid slugging and is used with CFC, HCFC and HFC refrigerants. It is available for systems through 28 tons nominal capacity.

Designed to operate in a range of +40°F to -40°F evaporator temperature

Fusible plug on larger diameter units

Solid copper connections

Corrosion resistant epoxy powder paint finish

Inlet deflector directs refrigerant flow to prevent internal splashing and aid in the collection of refrigerant oil,

White Rodgers Cooling Controls A-AS 6 1411

White Rodgers Cooling Controls A-AS 5 97 Suction Accumulator 5" x 9"
The A-AS protects the compressor from liquid slugging and is used with CFC, HCFC and HFC refrigerants. It is available for systems through 28 tons nominal capacity.

Designed to operate in a range of +40°F to -40°F evaporator temperature

Fusible plug on larger diameter units

Solid copper connections

Corrosion resistant epoxy powder paint finish

Inlet deflector directs refrigerant flow to prevent internal splashing and aid in the collection of refrigerant oil,

White Rodgers Cooling Controls A-AS 5 97

Henry Technologies A-1900-30 Replacement Bottom Plate Float Assembly.

Henry Technologies A-1900-30

Henry Technologies S-5587 Non Serviceable Conventional Oil Separator, 7/8" ODS, 3/8" SAE Return, 1/8" NPT Drain

The function of a helical oil separator is to remove oil from the discharge gas and return it to the compressor either directly or through an oil management system
• Conventional oil separators can be used in a wide variety of applications, common applications include multi-compressor racks and remote condensing units
• These separators are designed for use with scroll and reciprocating type compressors, they are not recommended for screw or rotary vane compressors
• Conventional oil separators are intended for low pressure oil management systems
• ODS refrigerant connection
• SAE flare oil connections
• Low pressure drop
• No moving parts within oil separation zone
• Magnet on oil float to collect debris
• The main components- shell, end caps and connections are made from carbon steel
• The separation screens are made from brass
• The float assemblies are made from stainless steel, brass and copper
  
  

  Henry Technologies S-5587

Henry Technologies 2-023-001

Oil Separator Gasket for 1900 Series,



Henry Technologies 2-023-001

Refrigeration Research 1911 Liquid Receiver 6" x 12" 10 Pounds 3/8" Flare x 3/8" Flare,

Refrigeration Research 1911

Refrigeration Research 1918 Liquid Receiver 5" x 10" 6 Pounds,

Refrigeration Research 1918

Refrigeration Research 1921 Liquid Receiver Tank Assembly 4" x 10" 4 LBS,

Refrigeration Research 1921

Refrigeration Research 3212 Liquid Receiver Tank Assembly 6" x 8" 16 LBS,

Refrigeration Research 3212

Air conditioning, heat pump, truck refrigeration and many other applications require intermittent operation of the refrigeration compressor. Especially in remote applications, the suction line may trap or hold quantities of liquid which are suddenly dumped into the compressor as it starts up. This is frequently the cause of broken valves, pisTons, broken or bent connecting rods, blown gaskets and bearing washout. Proper installation of the Refrigeration Research suction accumulator in the suction line, just before the compressor, eliminates damage. If correctly sized, relatively large quantities of liquid refrigerant may return through the suction line and the suction accumulator prevents damage to the compressor. Liquid is temporarily held in the suction accumulator and metered back to the compressor along with any oil, at a controlled rate, through the metering orifice. Therefore, damage to the compressor is prevented and the compressor immediately and quietly goes to work.

Refrigeration Research 3700-01