Buy QuickCool QG-SHP-D 3-100 MN Heat pipe 0.8 K/W (Ø x L) 3 mm x 100 mm

Three brass cylindrical rods of different lengths lie side by side on a white background.

Collection

'Diagram of a Heat Pipe: Showing Evaporation, Vapour Flow, Condensation, Heat Input, Condensate Backflow, Heat Extraction.'

1/2

Collection

Product type

Heat pipe

Type

Mesh

Fastener length (tail end)

1 mm

Type

QG-SHP-D 3-100 MN

Material

Copper

Water

Datasheet (PDF)

Fast track dispatch on Wed, 23 Sep

10 Piece(s)

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Highlights & Details

QuickCool QG-SHP-D 3-100 MN Heat pipe 0.8 K/W (Ø x L) 3 mm x 100 mm

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Technical specifications

Product type: Heat pipe

Type: QG-SHP-D 3-100 MN

Type: Mesh

Material: Copper
Water

Material properties: nickel plated

Q (max) at T(e) (70 °C): 18 W

Thermal resistance R(th) (min.): 0.6 K/W

Thermal resistance R(th) (max.): 0.8 K/W

Fastener length (front end): 5 mm

Fastener length (tail end): 1 mm

Length: 100 mm

(Ø): 3 mm

Dim: (Ø x L) 3 mm x 100 mm

RoHS-compliant: Yes

Material (details): Hollow body with liquid⇨ copper/water

Documents & Downloads

Datasheet

Datasheet 182531 QuickCool QG-SHP-D 3-100 MN Heat pipe 0.8 K/W (Ø x L) 3 mm x 100 mm

Information

Information 182531 QuickCool QG-SHP-D 3-100 MN Heat pipe 0.8 K/W (Ø x L) 3 mm x 100 mm

Description

A heatpipe is a component that transports heat very efficiently from one location to another. It can transport 2 to 3 orders of magnitude (100 to 1000 times) more amount of heat than a solid copper component of similar geometric dimensions. The heatpipe uses the physical effect whereby the evaporation and condensation of a liquid is converted into large quantities of energy. This physical process is also known as thermosyphon. A heatpipe is made from high-purity copper and the working medium is water. The water is distilled several times, completely degassed and demineralised. With the low amounts in a heatpipe there are no effects that are damaging to health or the environment. There are no safety considerations if the heatpipe is used correctly. Care should, however, be taken if the heatpipe is overheated. If the temperature exceeds 250 °C the pressure in the heatpipe becomes so high that it can explode.