CALEFACTIO HGTV-150 280L HTG TANK W/BASE RING (RPLC BLADDER)
Product Details
Attributes
Features
Resources
Calefactio Replaceable Bladder Heating Expansion Tank With Base Ring, HGTV Series, 282 L Capacity, 1-1/4 in Connection, MNPT Connection, Steel, 115 psi, 240 deg F, 63.1 in H x 19.7 in Dia
The (HGT-HGTV) series bladder expansion tanks are available in sizes from 2 to 80 gal in either in-line or stand models. The two-shell welded construction allows the tank to withstand high pressure and therefore adds safety to your installation. The EPDM bladder separates air from water and prevents waterlogging while saving space and energy. These devices are indicated for use in hot water, solar and cooling systems, in addition to being compatible with glycol.
- Acceptance factor of 100%
- Water remains permanently separated from the air throughout the useful life of the installation
- The water does not escape the circuit
- The steel tank never comes into contact with water
- Pre-charged at the factory to 12 psi, tank need to be adjusted on site at the system operating pressure
Product Details
Calefactio Replaceable Bladder Heating Expansion Tank With Base Ring, HGTV Series, 282 L Capacity, 1-1/4 in Connection, MNPT Connection, Steel, 115 psi, 240 deg F, 63.1 in H x 19.7 in Dia
The (HGT-HGTV) series bladder expansion tanks are available in sizes from 2 to 80 gal in either in-line or stand models. The two-shell welded construction allows the tank to withstand high pressure and therefore adds safety to your installation. The EPDM bladder separates air from water and prevents waterlogging while saving space and energy. These devices are indicated for use in hot water, solar and cooling systems, in addition to being compatible with glycol.
Attributes
Features
- Acceptance factor of 100%
- Water remains permanently separated from the air throughout the useful life of the installation
- The water does not escape the circuit
- The steel tank never comes into contact with water
- Pre-charged at the factory to 12 psi, tank need to be adjusted on site at the system operating pressure