FINNED COIL HEAT EXCHANGER
CONSTRUCTION
As they are tube exchangers with independent helical fins, it is not a single finned block and therefore allows the geometry and construction to be adapted freely to the needs of each installation. The thermodynamic calculations we perform with each project allow us to accurately advise you on the optimal solutions for each project.
In addition, we can offer heat exchangers with straight fins, transverse along the tubes, ideal for applications where we want to capture thermal energy by radiation.
TAILOR-MADE
Special production line, with tailor-made geometries, very resistant, ideal for superheated water, steam and thermal oil.
They can be made with smooth tubes or with helical fins, with and without frame, air-tight and seamless circuits.
360º SERVICE
Available with threaded finish, flanges or smooth tubes for welding in the installation.
In addition, our products may also incorporate fans, drip separators, humidifiers, electric defrost heaters and air tight, pressurized structures.
INFORMATION TO REQUEST A COIL HEAT EXCHANGER
We can make an offer using two different methods.
1. In the first, we perform a thermodynamic calculation, this is used mainly for new projects or existing projects where you want to verify performance. To proceed we need you to select one of the following tabs depending on the type of exchanger desired and send us the data by email.
To size the water exchanger coil we need you to confirm 5 of the following values as well as the maximum available dimensions.
– Calorific capacity (kcal/h or kW)
– Air flow (m3/h)
– Air inlet temperature (ºC) and relative humidity (%)*
– Air outlet temperature (ºC) and relative humidity (%)
– Water flow (l/h or l/min.)
– Water inlet temperature (ºC)*
– Water outlet temperature (ºC)
– Maximum available sizes (length x height x depth)
To size the condenser we will need you to confirm 5 of the following values as well as the maximum available dimensions.
– Calorific capacity (kcal/h or kW)
– Air flow (m3/h)*
– Air inlet temperature (ºC)*
– Air outlet temperature (ºC)
– Refrigerant*
– Condensation temperature (ºC)*
– Maximum available sizes (length x height x depth)
To size the evaporator we will need you to confirm 5 of the following values as well as the maximum available dimensions.
– Calorific capacity (kcal/h or kW)
– Air flow (m3/h) *
– Air inlet temperature (ºC) and relative humidity (%)
– Air outlet temperature (ºC) and relative humidity (%)
– Refrigerant *
– Evaporation temperature (ºC) *
– Maximum available dimensions (length x height x depth)
To size the steam battery we will need you to confirm 4 of the following values as well as the maximum available dimensions.
– Calorific capacity (kcal/h or kW)
– Air flow (m3/h)
– Air inlet temperature (ºC)
– Air outlet temperature (ºC)
– Steam pressure (Kg/cm2 atm. or bar)*
– Maximum available dimensions (length x height x depth)
2. In the second, we start from the existing sizes, for this reason, if what you want is a replacement of the current equipment this may be the most practical system. You can send us a simple plan and a photo to our technical office.