Hon San Technology CO.,LTD.
Hon San Technology CO.,LTD.
  • HOME
  • ABOUT US
  • PRODUCTS
  • LANGUAGE
    • Traditional Chinese
  • More
    • HOME
    • ABOUT US
    • PRODUCTS
    • LANGUAGE
      • Traditional Chinese
  • HOME
  • ABOUT US
  • PRODUCTS
  • LANGUAGE
    • Traditional Chinese

MODEL No. HS08SWCP / Liquid cold plate

HS08SWCP & HS09SWCP liquid cold plates

Description:

The HS08SWCP is a liquid-cooled module with an efficient internal water flow system for cooling heat sources. It measures 58mm x50mm x 26.5mm, weighs 0.kg, and operates safely at a flow rate of 10L/min. Its thermal resistance approximately 0.0269℃/W (reference), and it has a heat dissipation surface area of 2900mm². Additionally, the HS08SWCP can be connected in series with the HS09SWCP to expand the cooling area.

Technical Specifications:

  • Dimensions: 58mm x 50mm x 26.5mm, compact size
  • Weight: 0.175kg
  • Material: High thermal conductivity aluminum alloy for superior heat dissipation
  • Safe liquid flow rate: 10L/min or below
  • Maximum liquid flow rate: 16L/min for enhanced cooling efficiency
  • Maximum liquid pressure: 0.58kg/cm², ensuring operational safety

Cooling Performance:

  • Thermal resistance (reference): Approximately 0.0269℃/W at 20°C cooling liquid temperature with a standard flow rate of 10L/min
  • Cooling effect for a 2000W heat source: Heat conduction surface temperature is approximately 36.7°C

Design Features:

  • Cooling liquid inlet/outlet connectors: Compatible with 1/2″ hoses for convenient setup
  • Heat dissipation area: Around 2900mm², offering outstanding cooling performance despite the compact size
  • Cooling structure: Can be connected in series with the HS09SWCP to form a linear liquid-cooling module, extending the cooling range

Structure:

  • Heat source mounting holes: Customizable based on client requirements for securely fixing the heat source

CHARACTERS & FEATURES

HS08SWCP Flowrate vs. Thermal Resistance

    Copyright © 2024 Hon San Technology  CO.,LTD. 

    This website uses cookies.

    We use cookies to analyze website traffic and optimize your experience on the website. By accepting our use of cookies, your data will be combined with other users' data. 

    RefuseAccept