The purpose of a chiller is to remove heat from a liquid via a vapor-compression or absorption refrigeration cycle. The evaporator and the condenser are essential parts in a vapor-compression cycle. SWEP offers highly efficient evaporators and condensers with dedicated ranges for R410A, R134a, and R407C. These ranges have been thoroughly tested and verified in our in-house laboratory.
Our AsyMatrix® plate pattern concept enables an asymmetric channel configuration. AsyMatrix® for evaporators and condensers results in high thermal performance, lower pressure drop on the water side and a reduced refrigerant charge. All contributing to more environmentally friendly air conditioning solutions.
In addition to evaporators and condensers, SWEP offer a wide range of other heat exchanger solutions for vapor-compression chillers:
- Heat recovery (de-superheaters)
- Internal heat exchangers
- Oil coolers
An absorption chiller uses a heat source to generate the energy needed to drive the refrigeration cycle. SWEP BPHEs enable tight temperature approaches on the low- and/or high-temperature stream thereby increasing system performance.
The DB300, equipped with our patented AsyMatrix® technology, is an asymmetric condenser combining low water pressure drop with high performance. The DB300 is a highly effective, versatile True Dual condenser which is the perfect choice for chillers and heat pump applications. Its advantage is its…
The DB400 is a highly effective, versatile True Dual condenser which is the perfect choice for flexible chillers and climate control applications. Its advantage is its ability to deliver full performance at both full and half load.
The DB700 is a highly effective, versatile True Dual evaporator optimized for high performance with high-efficiency refrigerants. It is a perfect choice for flexible chillers and climate control applications. Its advantage is its ability to deliver full performance at both full and half load.
The B30 is an asymmetric cross-flow heat exchanger. It is particularly suitable for gas-to-liquid applications and for tapping tributary flows from main streams. With 2½″ piping, it handles water flow of up to 58 m³/h (255 gpm). It can be used as a suction gas heat exchanger in chillers of up to 350…