Examples include district heating and a wide range of heating cooling and tap water solutions.
Alfa laval brazed plate heat exchanger manual.
They are used in a range of duties including cooling heating evaporation and condensing.
Ack units 49 bar.
Ach units 45 bar.
Copper brazed plate heat exchangers provide efficient heat transfer with a small footprint.
Units in the alfa laval ac line of copper brazed heat exchangers are mainly used as.
Ac units 32 bar.
While online ordering is currently only for brazed heat exchanger models some plate and frame heat exchangers and phe parts more equipment will be available soon.
The alfa laval ac line of brazed plate heat exchangers are available in four models corresponding to different maximum design pressures and optimized for use with different refrigerants.
Acp units 60 bar.
Alfa laval brazed heat exchangers 6 part number 3450021401 english protection against thermal or and pressure fatiguesudden temperature and pressure changes could cause fatigue damage to the heat exchanger.
The alfa laval web shop makes it easier than ever to select and order the equipment you need.
Finding your alfa laval ac heat exchanger.
They are maintenance free provide a long service lifetime and can withstand high temperatures and extremely high design pressures.
Therefore the following must be taken into consideration to ensure that the heat exchangers.
For complete product range see.
Alfa laval is the world s leading manufacturer of brazed plate heat exchangers.
Brazed plate heat exchangers are widely used in refrigeration plants.
Alfa laval copper brazed plate heat exchangers are a compact efficient and maintenance free solution for heating cooling evaporation and condensing in numerous applications.
Brazed and gas to liquid plate heat exchangers instruction manual zhcn pdf 2020 07 13 6835 kb 2020 07 13 6835 kb.
Each unit is designed for duty optimization with a range of unique features that ensure both superior thermal performance and maximum reliability.
They are normally used to transfer heat from the refrigerant the primary fluid and from water or brine as the secondary fluid.
