SWEP Brazed Plate Heat Exchangers for HVACR and Industrial Heat Transfer

SWEP brazed plate heat exchangers provide compact, efficient and configurable heat transfer solutions for HVACR, district heating, district cooling and industrial energy applications.

SWEP brazed plate heat exchangers are designed to make efficient use of energy, materials and installation space across air-conditioning, refrigeration and industrial systems. The available BPHE range supports a modular approach, allowing heat exchanger solutions to be configured according to actual operating conditions and system requirements. Applications include air-conditioning systems, district heating and cooling stations, energy infrastructure and specialised industrial heat transfer processes.

Optimised System Design and Operating Value

Correct system dimensioning helps match heat exchanger capacity and supporting components to the actual needs of the premises. SWEP’s ISAC software supports dynamic dimensioning, simulation and analysis to create a more accurate basis for system decisions. A properly configured system can provide more stable control, improved cooling performance, reduced fouling risk and lower wear on connected components, while helping minimise running and maintenance costs over the system’s service life.

What You Get

• Compact brazed plate heat exchanger solutions

• Configurations for HVACR and industrial applications

• Modular product options for customised system design

• Solutions for air-conditioning systems

• Support for district heating and district cooling stations

• Dynamic dimensioning, simulation and analysis through ISAC software

• Heat transfer solutions for energy-industry applications

• Conversion options from older heat transfer technologies to BPHE systems

Discuss your required heat load, system conditions, available installation space and application requirements to identify a suitable brazed plate heat exchanger configuration.

Contact us today to request a quotation or enquire about SWEP brazed plate heat exchangers.