Kelvion GVH-HP 700M Brazed Plate Heat Exchangers

Technical Specification

Features:
Additional info:

free of non-ferrous metals high thermal efficiency high operating pressures

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Make Kelvion
Manufacturer Kelvion
Category Ships' equipment and fittings>Heat exchangers
Model code GVH-HP 700M
Series Kelvion GVH-HP Series Brazed Plate Heat Exchangers
Type Plate
Design Flow through
Design pressure 46 bar
Max. number of plates 150

Product description

Discover the GVH-HP Series of Brazed Plate Heat Exchangers from Kelvion, expertly crafted for industrial environments requiring high pressure handling. Featuring a revolutionary design, these exchangers boast stainless steel plates coupled through advanced VacInox brazing, ensuring exceptional corrosion resistance alongside compact form factors.

Distinctive Features

  • Corrosion Resistance: Constructed without non-ferrous metals, ensuring long-lasting durability.
  • High Thermal Efficiency: Engineered for optimal heat transfer in demanding conditions.
  • Robust Design: Withstand pressures of up to 46 bar (667 psi) for superior performance.

Performance and Versatility

The GVH-HP range supports a variety of connection diameters (DN15 to DN100) and includes models equipped with our exclusive Delta Injection™ and Safety Chamber™ technologies, tailored to your specific industrial needs.

Ideal Use Cases

Perfect for ammonia refrigeration systems and cascade system evaporators and condensers, the GVH-HP Series provides economically tailored solutions to meet a broad spectrum of applications. Customisable options ensure precise alignment with operational requirements, offering the relevant configuration to maintain optimal efficiency.

Specifications

  • Material: Stainless steel AISI 316L / 1.4404
  • Brazing Material: VacInox
  • Operating Temperature: -40°C to +150°C / -40°F to +302°F
  • Approval: PED (CE) Certified

For detailed compatibility and selection aid, contact Kelvion with temperature range, flow rates, pressure drop, and working conditions to configure your optimal heat exchanger model.

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