1. Catalogs
  2. Cooliance GmbH
  3. Product selection guide

Product selection guide

Product selection guide

Product catalog summary
Product Lookup Table: Thermal Performance
This section provides a detailed lookup table for various Cooliance models, specifying their thermal performance based on temperature assumptions. The table includes both passive and active cooling solutions, with key parameters such as model setting, ordering number, dimensions (diameter and height), weight, thermal resistance (°C/W), and capacity in Watts.

Key Specifications:
  • Model and Ordering Number: Each model is identified by a unique ordering number, with an extension '-xxx' for designating hole patterns. The default is '-101', indicating no holes.
  • Dimensions: The diameter (Ø) and height (Ht.) are provided in millimeters (mm).
  • Weight: The weight of each model is listed in grams (g).
  • Thermal Resistance (°C/W): This value indicates the thermal resistance of the model, affecting its cooling efficiency.
  • Capacity (Watts): The capacity is expressed as Watts of electrical power into the light engine, calculated under specific assumptions.

Capacity Calculation Assumptions:
  • Ambient Temperature: 35 °C
  • Case Temperature: 85 °C
  • Temperature Difference (ΔT): 50 °C
  • Power Dissipation Ratio: 70% (Total Watts / Watts Thermal)

Contact Information:
For further inquiries, contact Cooliance GmbH at +49 7243 33 29 734 or via email at [email protected].
See more

Catalog excerpts

Product selection guide-1

*Based on temperature assumptions Passive Cooling which can be entered below. Active Cooling Coolstrate 750 - short SuperQuiet Coolstrate 750 - medium SuperQuiet Coolstrate 750 - short Quiet Coolstrate 750 - tall SuperQuiet Coolstrate 750 - medium Quiet Coolstrate 750 - tall Quiet Coolstrate 780 - short SuperQuiet Coolstrate 780 - short Quiet Coolstrate 780 - medium SuperQuiet Coolstrate 780 - tall SuperQuiet Coolstrate 780 - medium Quiet Coolstrate 780 - tall Quiet -xxx extension for desginating hole pattern; default is -101, no holes Capacity calculation assumptions: Power dissipation ratio 70% (Total Watts / Watts Thermal) Capacity is expressed as Watts of electrical power into the light engine. Cooliance GmbH

 Open the catalog to page 1

All Cooliance GmbH catalogs and technical brochures

  1. CME012121-12

    1  Page

  2. CME011919-15

    1  Page

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.