

Efficient and controlled heat transfer is a fundamental pillar in the Automation and Specialty Industries (such as pharmaceuticals, food processing, fine chemicals, and high-performance refrigeration). In this context, 4ManPro® (Elements for manufacturing processes) a Hann Kuen Machinery & Hardware, Co., Ltd. BRANCH OFFICE, distributes a robust portfolio of Heat Exchangers that leverages the cutting-edge engineering of leading manufacturers such as HYDROME© and KAORI©.

These systems are essential for maintaining process stability, ensuring accurate temperature control in critical systems, and crucially, maximizing energy efficiency in automated industrial environments, guaranteeing reliability and continuous performance. Therefore, heat transfer is vital for:
- Cooling of Machinery and Hydraulic Circuits:
- In automation systems, machinery and hydraulic systems (milling machines, presses, CNC machines, etc.) generate excessive heat. Heat exchangers are used as lubricant coolers or oil coolers to maintain optimal operating temperatures, preventing wear and component failures.
- Temperature Control in Cabinets and Control Panels:
- Electronic logic control components (PLCs, servo drives) in enclosed cabinets must operate within strict ranges. Heat exchangers help dissipate this heat, protecting automation systems from overheating.
- Temperature Control in Cabinets and Control Panels:
- Electronic logic control components (PLC’s, servo drives) in enclosed cabinets must operate within strict ranges. Heat exchangers help dissipate this heat, protecting automation systems from overheating.


The main focus of 4ManPro® (Elements for manufacturing processes) una Hann Kuen Machinery & Hardware, Co., Ltd. BRANCH OFFICE, in this segment is on Brazed Plate Heat Exchangers (BPHE), a KAORI© area of specialization. These units are the ideal solution for automation and specialized applications thanks to their characteristics:
- Compact Design and High Performance:
- They utilize corrugated and welded stainless steel plates (typically with copper or nickel) to create flow channels that maximize the heat transfer surface area in a small volume. This allows for high efficiency, even with minimal temperature differences (∆T).
- Sturdiness and Durability:
- By eliminating gaskets and seals, BPHE‘s are suitable for operation at high pressures (up to 45 bar) and wide temperature ranges (up to 200°C), common conditions in industrial processes and advanced refrigeration (such as high-pressure transcritical CO2 systems).
- Application Versatility:
- The K Series and other KAORI© series are used as evaporators, condensers, economizers, and lubricant coolers in key applications such as:
- High-efficiency heat pumps.
- Injection molding and foundry machines.
- Refrigeration systems using environmentally friendly refrigerants.
- The K Series and other KAORI© series are used as evaporators, condensers, economizers, and lubricant coolers in key applications such as:


A SERIES
Secador De Aire

C SERIES
Equipo Para Presión Muy Elevada

D SERIES
Equipos De Doble Pared

E-F SERIES
Equipos De Baja Presión

H SERIES
Celdas De Energía

I SERIES
Equipos Resistentes A Los Impactos

K-S SERIES
Reducción del llenado de refrigerante y de la caída de presión

M SERIES
Equipo Resistentes A La Corrosión

Q SERIES
Equipos De Baja Presión

enfriador de aceite tipo tubo con Y SIN aletas


ENFRIADOR DE ACEITE DE TIPO MULTITUBO

ENFRIADOR DE ACEITE DE TIPO TUBOS ROSCADOS

INTERCAMBIADORES DE CALOR DE PLACAS PLANAS Y AIRE FORZADO

Para evitar fugas causadas por la presión máxima, siempre debe instalarse una válvula anti rotura o una válvula de derivación. Se recomienda encarecidamente la refrigeración fuera de línea. Bombee el aceite del tanque al intercambiador de calor con una bomba de refrigeración independiente.


Los Intercambiadores de Calor de 4ManPro® (Elements for manufacturing processes) una Hann Kuen Machinery & Hardware, Co., Ltd. BRANCH OFFICE,con la ingeniería de KAORI y HYDROME ofrecen a los clientes de automatización y especialidades una combinación de Alta Eficiencia Térmica, Compacidad, y Robustez, elementos indispensables para el control preciso de la energía térmica en sistemas industriales de alto rendimiento.




























