Select your heat exchanger

Use our order form below and we’ll help you choose the correct heat exchanger.

The form contains all the info necessary to identify the right equipment.

At the same time, however, you can contact us at any step if you need help filling in the form and choosing the heat exchanger.

Selection Form

Other Info & Contact Details

Has upload?

If you only need to replace an existing SWEP brazed plate heat exchanger, then all you have to do is to send us a picture of its label. It's that simple!
Based on it we'll determine the correct BPHE replacement for it.

Else just continue with the selection form below.

Heat exchanger label

You can upload JPG, JPEG, PNG or PDF files

You can upload a maximum of 3 files

The maximum file size allowed is 3 MB

Selection Form

General Info

Select the intended application

Fluid-fluid

Evaporator

Condenser

Select the number of circuits on the main side

1 circuit

2 circuits

For what type of equipment will you use the evaporator?

Chillers

Other type of equipment

Do you know the chiller's manufacturer and model?

Yes

Then write them here. You can also upload the chiller's label.
Based on this info we'll determine the correct BPHE replacement for it.

Chiller's manufacturer and model – Text

Chiller's manufacturer and model – Label

You can upload JPG, JPEG, PNG or PDF files

You can upload a maximum of 3 files

The maximum file size allowed is 3 MB

General one phase applications

One circuit on side 1 and one circuit on side 2

Heat load (kW)

Side 1 – MAIN

Fluid used

Temperature in (°C)

and

Temperature out (°C)

Temperature in (°C)

and

Flow rate (m³/h)

Side 2 – SECONDARY

Fluid used

Temperature in (°C)

and

Temperature out (°C)

Temperature in (°C)

and

Flow rate (m³/h)

General two phase applications

Two circuits on side 1 and one circuit on side 2

Total heat load (kW)

Side 1a + Side 1b = Side 2

Side 1a + Side 1b – MAIN

Fluid used

Temperature in (°C)

and

Temperature out (°C)

Temperature in (°C)

and

Flow rate (m³/h)

Side 2 – SECONDARY

Fluid used

Temperature in (°C)

and

Temperature out (°C)

Temperature in (°C)

and

Flow rate (m³/h)

Evaporator one phase applications

One circuit on side 1 and one circuit on side 2

Heat load (kW)

Side 1 – REFRIGERANT

Refrigerant used (type)

Side 2 – FLUID TO BE COOLED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Evaporator one phase applications

One circuit on side 1 and one circuit on side 2

Heat load (kW)

Side 1 – REFRIGERANT

Refrigerant used (type)

Evaporation temperature (°C)

Superheating (K)

Flow rate (kg/h)

Side 2 – FLUID TO BE COOLED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Evaporator two phase applications

Two circuits on side 1 and one circuit on side 2

Total heat load (kW)

Side 1a + Side 1b = Side 2

Side 1a + Side 1b – REFRIGERANT

Refrigerant used (type)

Side 2 – FLUID TO BE COOLED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Evaporator two phase applications

Two circuits on side 1 and one circuit on side 2

Total heat load (kW)

Side 1a + Side 1b = Side 2

Side 1a + Side 1b – REFRIGERANT

Refrigerant used (type)

Evaporation temperature (°C)

Superheating (K)

Flow rate (kg/h)

Side 2 – FLUID TO BE COOLED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Condenser and desuperheater applications

One circuit on side 1 and one circuit on side 2

Heat load (kW)

Side 1 – REFRIGERANT

Refrigerant used (type)

Hot gas temperature in (°C)

Condensation temperature (°C)

Subcooling (K)

Flow rate (kg/h)

Side 2 – FLUID TO BE HEATED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Condenser and desuperheater applications

Two circuits on side 1 and one circuit on side 2

Total heat load (kW)

Side 1a + Side 1b = Side 2

Side 1a + Side 1b – REFRIGERANT

Refrigerant used (type)

Hot gas temperature in (°C)

Condensation temperature (°C)

Subcooling (K)

Flow rate (kg/h)

Side 2 – FLUID TO BE HEATED

Fluid used

Temperature in (°C)

Temperature out (°C)

Flow rate (m³/h)

Other info

Contact details

Name

Phone

Company

This field should be left blank

Select your heat exchanger

Use our order form below and we’ll help you choose the correct heat exchanger.

Selection Form

General Info

General one phase applications

Side 1 – MAIN

Side 2 – SECONDARY

General two phase applications

Side 1a + Side 1b – MAIN

Side 2 – SECONDARY

Evaporator one phase applications

Side 1 – REFRIGERANT

Side 2 – FLUID TO BE COOLED

Evaporator one phase applications

Side 1 – REFRIGERANT

Side 2 – FLUID TO BE COOLED

Evaporator two phase applications

Side 1a + Side 1b – REFRIGERANT

Side 2 – FLUID TO BE COOLED

Evaporator two phase applications

Side 1a + Side 1b – REFRIGERANT

Side 2 – FLUID TO BE COOLED

Condenser and desuperheater applications

Side 1 – REFRIGERANT

Side 2 – FLUID TO BE HEATED

Condenser and desuperheater applications

Side 1a + Side 1b – REFRIGERANT

Side 2 – FLUID TO BE HEATED

Other info

Contact details

Contact us if you need help choosing the right heat exchanger for you

Contact us if you need help choosing
the right heat exchanger for you