Meet application needs with maximum performance
Our semi-welded plate heat exchangers are optimized for industrial applications and include extensive improvements. The semi-welded plate heat exchangers from Danfoss is designed for ammonia systems and can be used for applications such as Condensers, flooded and pumped evaporators, Sub-coolers, Desuperheaters, Superheaters, Economizers and Oil coolers. The product range includes the sizes SW19-SW59, with more to come, and can handle temperatures ranging from -40°C up to 120°C (-40°F up to 248°F) and pressure ranges up to 25 bar (300 psi).
Features and benefits
Excellent heat transfer capabilities
Reliable design - operational safety
Easy product configuration
Part of diversified product range for IR systems
New plate design delivers excellent heat transfer capabilities
The SW19-59 range features excellent heat transfer capabilities via improved thermal performance due to optimized plate geometry supporting high turbulent flow enabling a compact design and supporting lower charge.
New gasket system improves plate pack stability
The new gasket system ensures high gasket stability and optimal plate alignment due to new gasket and gasket grove design, enabling easy and fast service and maintenance. The new design improves the sealing effect and prevents gasket-blow out. Furthermore, the risk of contamination is reduced due to the double gasket barrier that will drain potential leakages outside of the plate pack. The new gasket system is glue free for easy maintenance.
Easy maintenance and service
The new range is easy to service and maintain. Easy access to the plate pack with the non-corrosive nylon roller that makes it easy to slide the follower along the carrying bar. assembly of the plate heat exchanger is fast and safe thanks to fixed bolt heads and lock bushes which prevent the nut and bolt head from rotating when opening and closing the unit. The enhanced gasket system ensures easy and precise plate pack alignment.
High quality product - fully tested
The Danfoss semi-welded plate heat exchanger design has been verified through thermal and mechanical tests. Furthermore, each semi-welded plate cassette and fully assembled plate heat exchanger are thoroughly leak tested with helium before they leave the Danfoss factory.
Our new line of Semi-welded plate heat exchangers is available now in Europe, Middle East and Africa. It will be available in the rest of the world during 2019.
The new series of semi-welded plate heat exchangers has been optimized for industrial applications and include improvements to both plate design and the gasket system.
|Type||Name||Language||Valid for||Updated||Download||File type|
|Brochure - AD||Semi-welded plate heat exchanger||English||Multiple||25 Feb, 2019||10.0 MB|
|Brochure - AD||Semi-welded plate heat exchanger||Danish||Denmark||04 Mar, 2019||8.6 MB|
|Brochure - AD||Semi-welded plate heat exchanger||French||France||04 Mar, 2019||8.8 MB|
|Brochure - AD||Semi-welded plate heat exchanger||Italian||Italy||04 Mar, 2019||8.7 MB|
|Brochure - AD||Semi-welded plate heat exchanger||Spanish, Castilian||Spain||05 Mar, 2019||8.7 MB|
|Brochure - AD||Semi-welded plate heat exchanger||Swedish||Sweden||14 Mar, 2019||2.7 MB|
|Brochure - AD||Semi-welded plate heat exchanger||Finnish||Finland||14 Mar, 2019||2.7 MB|
Gas detection for industrial refrigeration
The next generation of Danfoss gas detectors are based on a digital platform that delivers multiple communication and integration options for improved operational reliability, easy calibration and maintenance efficiency, cost effectiveness, and regulatory compliance.
Pilot valves for ICS Flexline™
The extensive range of Danfoss pilot valves include: Constant-pressure pilot valve, type CVP Differential-pressure pilot valve, type CVPP Pressure-operated pilot valve with reference pressure connection, type CVC Electronically operated constant-pressure pilot valve, type CVE Solenoid pilot valve, type EVM (NC) Solenoid pilot valve, type EVM (NO) Housing, type CVH for pilot valves, for mounting in external pilot lines.