Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-216

Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-206

Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-210

Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-202

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

Henry Technologies A-1900-30

Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-212

Henry Technologies' Magni-Chek Valves are used in discharge lines to prevent flow from the condenser to the compressor during the"off" cycle, or to prevent flow from an operating Compressor to one that is idle. They are also used in liquid lines to prevent reverse flow through the unused expansion device on heat pump systems, or to prevent backup into the low pressure liquid line of a recirculating system during a defrost period. Henry Technologies Magni-Chek Valves are suitable for use with HFC and HCFC refrigerants and their associated oils, as well as other industrial fluids noncorrosive to copper, brass, steel and aluminum.

Robust design
• Compact
• Heat stabilized nylon seat ring for positive shut-off
• Positive back-seating with valve in open position
• Raised seat reduces debris induced sealing issues
• Large diameter diaphragm for greater lift, better flow and longer life
• Hermetic seal between bonnet, diaphragms and body
  
  

  Henry Technologies D28-204

Henry Technologies 9298 SAE Flare Side x MPT Bottom Positive Oil Exchange Valve for Semi-Hermetic Type Compressors and HCFC/HFC Refrigerants, 500 psi

Easy-to-install
• Reduces service time and cost
• Designed for oil charge and drain
• Pressure gauge connection with Schrader valve
• Full port valve for fast charging and draining
• Designed to be permanently fitted to the compressor for future servicing
• SAE flare gauge connection with Schrader valve
  
  

  Henry Technologies M6-1

Henry Technologies Steel Oil Strainer for HFC and HCFC Refrigerants and Their Associated Oils, 3/8"

The function of an oil strainer is to remove system debris from the refrigerant oil to protect the compressor and other oil management system components from damage
• Oil strainers can be used in both low and high pressure oil management systems
• Oil strainers should be fitted in the oil return line between the oil reservoir and oil level regulator
• High flow capacity with low pressure drop
• Particle retention down to 150 micron
• The shell and caps are made of steel, SAE flare connections are made of plated steel and the 100 mesh strainer cartridge is made of stainless steel
  
  

  Henry Technologies S-9105

Henry Technologies S-5585 Oil Separator 5/8" OD

Henry Technologies S-5585

Henry Technologies S-9130 Oil Level Regulator

Henry Technologies S-9130

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