DOUBLE WALL CALORIFIERS
GX…D/DEC Range Capacities 90-600 Litre
Tank In Tank Concept
The water contained in the surrounding tank or primary tank is heated by an external energy source (boiler, heat pump, solar collectors, etc.) that passes through this vessel and transmits its thermal energy to the water contained in the inner 316 stainless steel tank or DHW storage tank.
- RAPID HEAT UP TIME
- QUICK RECOVERY
- HIGH OUTPUT
- AISI 316 STAINLESS STEEL SUPERIOR QUALITY
STORAGE TANKS WITH COIL(S)
GX…M1/M2 Range 200 -1000 Litre Capacities
MXV…SB / SSB / S2B / SS2B 1500-5000 Litre Capacities, larger on request
Tanks with high-efficiency, single or dual oversized high performance 25 bar rated 316 Stainless Steel heat exchange coils for high DHW production demands at peak flow.
Models with one or two coils for the production of DHW using one or two energy sources, with the option of adding backup electric heating elements.
Over-dimensioned, rigid, mould injected PU thermal insulation maintains the DHW storage temperature over long periods of time without requiring additional energy input.
This means less start-ups and adjustments of external energy sources, which translates into energy savings.
BUFFER STORAGE TANKS, HOT WATER
GX…R Range Capacities from 200-1000 Litres
MXV…RB Range Capacities from 1500-5000 Litres, larger on request
Designed to provide maximum energy storage capacity, with over-dimensioned rigid, mould-injected PU thermal insulation, these models maintain the DHW storage temperature for a long time without the need for any additional energy input, affording users continued savings throughout the storage tank’s service life.
BUFFER TANKS, CARBON STEEL, CHILLED WATER & LPHW
G…I & MV…I Ranges Capacities from 50-5000 Litres, larger on request
Tanks in the G…I & MV…I series are designed for exclusive use in closed heating or cooling circuits. Made of carbon steel, the storage tank includes all necessary hydraulic connections to build facilities with energy storage or thermal inertia and are especially suitable for renewable energy applications, where storing energy is an essential factor for the effective functioning of the system.
