AIR AND DIRT SEPERATOR 1-1/4in SWT BRASS

546097A MFG #: 546097A
  • Connection Type: C
  • Dimensions: 12-3/4 in H x 6-3/16 in W
  • End Style: Sweat
  • Flow Rate: 10
  • IsInactive: false
  • Pressure Rating: 150 psi
  • Series: 546
  • Type: air and dirt separator

Caleffi DISCALDIRTĀ® Air and Dirt Separator, Series: 546, 1-1/4 in Nominal Size, Sweat Connection, 150 psi Working, 32 to 250 deg F, Suitable Media: Water/Glycol Solution, 10 gpm, 50% Maximum Percentage of Glycol, 5 um Particle Separation Capacity, Brass, 12-3/4 in H x 6-3/16 in W

Air and dirt separators are used to continuously remove the air and debris contained in the hydronic circuits of heating and cooling systems. The air discharge of these devices is very high. They are capable of automatically removing all of the air present in the system down to the micro-bubble level. The DISCALDIRTĀ® air and dirt separator also separates any solid impurities in the system. The impurities collect at the bottom of the device and can be removed through the drain pipe for the steel versions, to which a separately sourced drain valve can be mounted, or drain shut-off cock for the brass version. The circulation of fully de-aerated and cleaned water enables the equipment to operate under optimum conditions, free from noise, corrosion, localized or mechanical damage.

  • Connection Type
  • Inlet Size
  • Inlet Connection
  • Flow Rate
  • Maximum Percentage of Glycol
  • Series
  • End Connection
  • End to End Distance
  • Particle Separation Capacity
  • Media
  • Media Handled
  • Material
  • Temperature Rating
  • Dimensions
  • Type
  • Body Material
  • Domestic/Import
  • Item
  • Trim Material
  • Suitable Media
  • End Style
  • Nominal Size
  • Pressure Rating
  • Working Pressure
  • Size
  • IsInactive
C
1 1/4 in
sweat
10
50%
546
sweat
6-3/16 Inch
5 um
Water/Glycol Solution
Water/Glycol
Brass
32 to 250
12-3/4 in H x 6-3/16 in W
air and dirt separator
Brass
Import
air and dirt separator
Brass
Water/Glycol Solution
sweat
1-1/4
150 psi
150
1-1/4 Inch
false