BPHE Brazed Plate Heat Exchangers

Brazed Plate Heat Exchangers Why choose SECESPOL brazed plate heat exchangers? SECESPOL is a global company that is successful in the field of heat transfer for over 30 years. Our products work in installations all over the world. and have a positive impact on the environment. HIGH PERFORMANCE Heat exchangers are designed for very efficient operations within a wide range of applications. They guarantee compact and flexible solutions. WIDE RANGE OF APPLICATIONS The team of engineers develop new technological solutions that reduce costs, save time, FLEXIBILE DESIGN Heat exchangers are used in central...

Heat exchangers dedicated to standard heating or cooling systems. Working parameters Advantages •  High heat transfer coefficient •  Domestic hot water systems •  Propylene glycol solutions •  Easy assembly and dismantle •  Solar and geothermic heating systems •  Central heating systems Exemplary media •  Resistance to high temperature and pressure •  Other (consult the manufacturer) •  Installations with fireplace with water jacket •  Installations with heat pump Product line

Technical drawing Exemplar designation Standard location of connections K3/ K2 – inlet/outlet cold side K3/ D3 – inlet/outlet cold side brazed plate heat exchanger 2-pass with 6 connections additionally: K1 – vent connection/ inlet of central heating return no. of plates 2S- 2-pass with 6 connections K2 – vent connection/ inlet of domestic hot water circulation return 2- 2-pass with 4 connections no letter - 1-pass type and size of connections Technical parameters All dimensions and technical data are approximate only and may be changed without further notice. Dimensions mm/inch

LJ30M Microchannel Brazed Plate Heat Exchangers Traditional plates LJ30M is a compact microchannel heat exchanger with exceptionally high performance. Microchannel plates. Higher flow turbulence enhances heat exchange thanks to optimization of flow velocity Dense system of microchannels creates large heat exchange area. Thanks to special corrugation pattern pressure loss is much lower comparing to other competitive microchannel heat exchangers. APPLICATION •  Domestic hot water systems TECHNICAL DRAWING TECHNICAL PARAMETERS Standard location of connections: K1/ K4 – inlet/ outlet hot side K3/...

LUNA Heat exchangers entirely made of stainless materials designed to work in increased sanitary requirements TECHNICAL PARAMETERS Materials Application: WHEN RELIABILITY IS ESSENTIAL •  Systems with aggressive media •  Systems with galvanized pipes • Higher level of hygiene •  Industrial cooling systems • Resistant to pressure and temperature changes as well as corrosion •  Group II fluids •  Other (consult the manufacturer) • High durability When high level of hygiene is crucial Exemplary media • The use of stainless brazing allows homogeneous material construction • Made completely of stainless...

Technical drawing Exemplar designation Standard location of connections LA14LN-60-2S-3/4" 1-pass heat exchanger K1/ K4 – inlet/outlet hot side K3/ D3 – inlet/outlet cold side brazed plate heat exchanger K3/ K2 – inlet/outlet cold side stainless brazing 2-pass with 6 connections additionally K1 – vent connection/ inlet of central heating return K2 – vent connection/ inlet of domestic hot water circulation return 2- 2-pass with 4 connections no letter - 1-pass type and size of connections Technical parameters All dimensions and technical data are approximate only and may be changed without further...

R-line Brazed plate heat exchangers designed for use in cooling or heating installations. Refrigerant evaporators and condensers. Materials Application: TECHNICAL PARAMETERS •  Copper brazing •  Refrigeration units •  Special channel pattern ensures effective evaporation or condensation •  Ice water generators •  Installations with heat pump •  Cooling systems with special construction Exemplary media •  Optimized for R410A refrigerant, the RH version enables work with pressure up to 4,5 MPa /653 psi refrigerant side: Refrigerant side Other side water, glycol side: Hot refrigerant vapours are...

RDS system Refrigerant Distribution System is a unique system of dynamical distribution of a boiling agent which has been developed by SECESPOL for evaporators with higher refrigerating capacity. Exemplar designation This system ensures a balanced distribution of the agent inside the channels and simultaneously reduces the fluctuations in vapour overheating. Technical drawing brazed plate heat exchanger for refrigerating systems size of heating plate Standard location of connections (depending on whether it is evaporator or condenser) K4/ K1 – inlet or outlet of refrigerant K3/ K2 – inlet or...

SafePLATE double wall •  Stainless steel •  Copper brazing Heat exchangers designed for applications where it is crucial to double-protect media WORKING PARAMETERS Max. temperature: from mixing and quickly detect any potential internal leak. Exemplary media Application: •  Propylene glycol solutions •  Tap water heating systems •  Central heating systems •  Effective leak detection •  Preventing media from mixing in case of an internal leakage (leading the leak outside). •  Other (consult the manufacturer) TECHNICAL DRAWING Standard location of connections Double-wall system K1/ K4 – inlet/outlet...

Exemplar designation Flow arrangement One-pass brazed plate heat exchanger size of heating plate double wall heating plate Channels are parallel type and size of connections Technical parameters All dimensions and technical data are approximate only and may be changed without further notice. Dimensions [mm/inch] Type with 6 connections N P- n o. o f pl ates Plates divided into two groups which are connected in series Plates divided into two groups which are connected in series