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CALEFACTIO CV050 1/2 FNPT HI-CAPACITY AIR VENT
MFR Part #: CV050
SKU #: 1238181
Brand: Calefactio
UPC: 628235830478
Calefactio CV050 Air Vent, 1/2 in, FNPT, Brass
Product Details
Attributes
Features
Resources
Calefactio Air Vent, 1/2 in Nominal, FNPT Connection, 150 psi, 32 to 250 deg F, Brass, 2-1/4 in Dia x 5 in H
The air vent's chamber is under a smaller chamber, increasing the distance between the water level and the deareation valve, thereby reducing the risk of contamination.
Connection Type:
FNPT
Dimensions:
2-1/4 in Dia x 5 in H
Material:
Brass
Nominal Size:
1/2 in
Pressure Rating:
150 psi
Temperature Rating:
32 to 250 deg F
- Oversized chamber giving more space between water and the deareation valve to release a greater amount of air at each opening while protecting the valve from contamination due to contact with liquid
- Pin guided float
- Easy to disassemble hexagonal head for cleaning and maintenance
- Enhances heating systems efficiency
- Limits system component's corrosion
- A system without air allows a full contact between the liquid and transfer surfaces offering an optimized temperature control
Product Details
Calefactio Air Vent, 1/2 in Nominal, FNPT Connection, 150 psi, 32 to 250 deg F, Brass, 2-1/4 in Dia x 5 in H
The air vent's chamber is under a smaller chamber, increasing the distance between the water level and the deareation valve, thereby reducing the risk of contamination.
Attributes
Connection Type: FNPT
Dimensions: 2-1/4 in Dia x 5 in H
Material: Brass
Nominal Size: 1/2 in
Pressure Rating: 150 psi
Temperature Rating: 32 to 250 deg F
Features
- Oversized chamber giving more space between water and the deareation valve to release a greater amount of air at each opening while protecting the valve from contamination due to contact with liquid
- Pin guided float
- Easy to disassemble hexagonal head for cleaning and maintenance
- Enhances heating systems efficiency
- Limits system component's corrosion
- A system without air allows a full contact between the liquid and transfer surfaces offering an optimized temperature control