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CALEFACTIO CXT-075SC Image 1

CALEFACTIO CXT-075SC 3/4 SWT BRASS COMPACT AIR SEPARATOR

MFR Part #: CXT-075SC
SKU #: 1291339
Brand: Calefactio
UPC: 628235832595
Calefactio CAL-X-TRACT Series CXT-075SC Air Separator, 3/4 in, C, Brass

Calefactio Air Separator, CAL-X-TRACT Series, 3/4 in Nominal, C Connection, 150 psi, 32 to 250 deg F, 50 % Maximum Percentage of Glycol, 6 gpm Flow Rate, Brass, 6-7/8 in H x 3-5/8 in W

Calefactio Cal-X-Tract air separators are equipped with a brush-type coalescing media, a calvent automatic air vent and designed with an oversized housing leading to a very high-efficiency. Their function is to take air out of hydronic heating systems, allowing a better energetic performance while reducing the costly maintenance frequency. Their sturdy design allows to maintain their efficiency for whole duration of the system's lifetime.

Product Details

Calefactio Air Separator, CAL-X-TRACT Series, 3/4 in Nominal, C Connection, 150 psi, 32 to 250 deg F, 50 % Maximum Percentage of Glycol, 6 gpm Flow Rate, Brass, 6-7/8 in H x 3-5/8 in W

Calefactio Cal-X-Tract air separators are equipped with a brush-type coalescing media, a calvent automatic air vent and designed with an oversized housing leading to a very high-efficiency. Their function is to take air out of hydronic heating systems, allowing a better energetic performance while reducing the costly maintenance frequency. Their sturdy design allows to maintain their efficiency for whole duration of the system's lifetime.

Attributes

Connection TypeC
Flow Rate6 gpm
MaterialBrass
Maximum Percentage of Glycol50 %
Nominal Size3/4 in
Pressure Rating150 psi
Temperature Rating32 to 250 deg F

Features

  • Equipped with calvent automatic air vent
  • Anti-clogging vent (the head is designed to stay dry and clean, reducing the risks of clogging)
  • A drain port is installed at the bottom of the separator
  • Brush-type coalescing media to catch the finest micro bubbles without affecting the flow
  • Reduce the risk of pump cavitating and rust by oxygen
  • Improve the system's efficiency