• Valve have a balanced port design which reduces the influence from varying condensing pressures
• Patented built-in check valve for air conditioning and heat pumps
• Adjustable superheat setting
• Anti-hunt charge
• Robust stainless steel capillary tube and sensing bulb
• Hermetic, laser welded, non-replaceable stainless steel power head
• Factory static superheat setting 7.2 deg F
• 24" equalizer capillary tube

Danfoss DAN067L5956

Danfoss DAN067L5955

• Valve have a balanced port design which reduces the influence from varying condensing pressures
• Patented built-in check valve for air conditioning and heat pumps
• Adjustable superheat setting
• Anti-hunt charge
• Robust stainless steel capillary tube and sensing bulb
• Hermetic, laser welded, non-replaceable stainless steel power head
• Factory static superheat setting 7.2 deg F
• 24" equalizer capillary tube

Danfoss DAN067L5858

• Valve have a balanced port design which reduces the influence from varying condensing pressures
• Patented built-in check valve for air conditioning and heat pumps
• Adjustable superheat setting
• Anti-hunt charge
• Robust stainless steel capillary tube and sensing bulb
• Hermetic, laser welded, non-replaceable stainless steel power head
• Factory static superheat setting 7.2 deg F
• 24" equalizer capillary tube

Danfoss DAN067L5857

• Valve have a balanced port design which reduces the influence from varying condensing pressures
• Patented built-in check valve for air conditioning and heat pumps
• Adjustable superheat setting
• Anti-hunt charge
• Robust stainless steel capillary tube and sensing bulb
• Hermetic, laser welded, non-replaceable stainless steel power head
• Factory static superheat setting 7.2 deg F
• 24" equalizer capillary tube

Danfoss DAN067L5856

• Valve have a balanced port design which reduces the influence from varying condensing pressures
• Patented built-in check valve for air conditioning and heat pumps
• Adjustable superheat setting
• Anti-hunt charge
• Robust stainless steel capillary tube and sensing bulb
• Hermetic, laser welded, non-replaceable stainless steel power head
• Factory static superheat setting 7.2 deg F
• 24" equalizer capillary tube

Danfoss 068Z3400

• Stainless steel power element eliminates corrosion and prevents valve failure
• Hermetic, leak-free construction
• Compact size allows installation in limited spaces
• Mass spectrometer tested to ensure less than 0.1 oz/year External leakage rate

White Rodgers Cooling Controls D04830-489

• Filtration first for more effective use of surface area of desiccant
• High moisture and acid removal capacity
• Solid copper connection
• Desiccant blend optimized for high water capacity and acid capacity
• Approved for POE oils with Copeland compressors

  White Rodgers Cooling Controls D13-1

• Filtration first for more effective use of surface area of desiccant
• High moisture and acid removal capacity
• Solid copper connection
• Desiccant blend optimized for high water capacity and acid capacity
• Approved for POE oils with Copeland compressors

  White Rodgers Cooling Controls D13-4

• The STAS is a replaceable core filter drier for CFC, HCFC and HFC refrigerants
• Slotted cover/unique internal hardware for hassle-free installation
• Full flow fittings for low pressure drop
• Sturdy steel shells for long life
• Solid copper connections
• 100 mesh outlet screen
• 2 number of 48 cu-" core
• Steel take-apart series

White Rodgers Cooling Controls D14-7

• Slotted cover/unique internal hardware for hassle-free installation
• Full flow fittings for low pressure drop
• Corrosion resistant epoxy powder paint finish
• Sturdy steel shells for long life
• Solid copper connection or Flare Connection
• 100 mesh outlet screen
• 2 Cores,

  White Rodgers Cooling Controls D14-6

• Filtration first for more effective use of surface area of desiccant
• High moisture and acid removal capacity
• Solid copper connection
• Desiccant blend optimized for high water capacity and acid capacity
• Approved for POE oils with Copeland compressors

  White Rodgers Cooling Controls D13-62