Name: QuickCool QY-SHP-D6-300SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 300 mm
Brand: QuickCool
SKU: 180987
Availability: InStock

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

Collection

Product type

Heat pipe

Type

Sintered

Fastener length (tail end)

5 mm

Type

QY-SHP-D6-300SA

Material

Copper

Water

Datasheet (PDF)

EAN:

Part number:

Item no:

Fast track dispatch on Thu 29 Oct

27 Piece(s)

Sales and shipping:

Conrad ElectronicTerms & Conditions

Number

Piece(s)

Total (€ 12.99 / piece)

€ 12.99

incl. VAT

14-day return policy included

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Highlights & Details

QuickCool QY-SHP-D6-300SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 300 mm

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Technical specifications

Product type: Heat pipe

Type: QY-SHP-D6-300SA

Type: Sintered

Material: Copper
Water

Material properties: nickel plated

Q (max) at T(e) (70 °C): 40 W

Thermal resistance R(th) (min.): 0.15 K/W

Thermal resistance R(th) (max.): 0.2 K/W

Fastener length (front end): 9 mm

Fastener length (tail end): 5 mm

Length: 300 mm

(Ø): 6 mm

Dim: (Ø x L) 6 mm x 300 mm

RoHS-compliant: Yes

Variants(All information include VAT, plus shipping costs)

Dim

Fastener length (tail end)

Type

QuickCool QY-SHP-D6-300SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 300 mm

Item no:180987

Fast track dispatch on Thu 29 Oct

27 Piece(s)Conrad Electronic

This article

(Ø x L) 6 mm x 300 mm

5 mm

QY-SHP-D6-300SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 12.99^*

QuickCool QY-SHP-D 4-150 SA Heat pipe 0.7 K/W (Ø x L) 4 mm x 150 mm

Item no:182568

Fast track dispatch on Thu 29 Oct

11 Piece(s)Conrad Electronic

(Ø x L) 4 mm x 150 mm

2 mm

QY-SHP-D 4-150 SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 10.99^*

QuickCool QY-SHP-D3-200SA Heat pipe 0.8 K/W (Ø x L) 3 mm x 200 mm

Item no:180984

Fast track dispatch on Thu 29 Oct

31 Piece(s)Conrad Electronic

(Ø x L) 3 mm x 200 mm

1 mm

QY-SHP-D3-200SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 10.99^*

QuickCool QY-SHP-D4-200 SA Heat pipe 0.7 K/W (Ø x L) 4 mm x 200 mm

Item no:182569

Fast track dispatch on Thu 29 Oct

13 Piece(s)Conrad Electronic

(Ø x L) 4 mm x 200 mm

2 mm

QY-SHP-D4-200 SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 5.99^*

QuickCool QY-SHP-D6-200SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 200 mm

Item no:180986

Fast track dispatch on Thu 29 Oct

125 Piece(s)Conrad Electronic

(Ø x L) 6 mm x 200 mm

5 mm

QY-SHP-D6-200SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 12.99^*

QuickCool QY-SHP-D6-250SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 250 mm

Item no:182579

Fast track dispatch on Thu 29 Oct

8 Piece(s)Conrad Electronic

(Ø x L) 6 mm x 250 mm

5 mm

QY-SHP-D6-250SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 11.99^*

QuickCool QY-SHP-D8-100 SA Heat pipe 0.2 K/W (Ø x L) 8 mm x 100 mm

Item no:182581

Available soon

Conrad Electronic

(Ø x L) 8 mm x 100 mm

6 mm

QY-SHP-D8-100 SA

Piece(s)

Minimum order quantity: 10

Multiple: 10

€ 12.99^*

QuickCool QY-SHP-D8-200SA Heat pipe 0.2 K/W (Ø x L) 8 mm x 200 mm

Item no:182584

Fast track dispatch on Thu 29 Oct

2 Piece(s)Conrad Electronic

(Ø x L) 8 mm x 200 mm

6 mm

QY-SHP-D8-200SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 13.99^*

QuickCool QY-SHP-D8-300SA Heat pipe 0.2 K/W (Ø x L) 8 mm x 300 mm

Item no:182585

Fast track dispatch on Thu 29 Oct

7 Piece(s)Conrad Electronic

(Ø x L) 8 mm x 300 mm

6 mm

QY-SHP-D8-300SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 14.99^*

QuickCool QY-SHP-D8-400SA Heat pipe 0.2 K/W (Ø x L) 8 mm x 400 mm

Item no:182587

Fast track dispatch on Thu 29 Oct

2 Piece(s)Conrad Electronic

(Ø x L) 8 mm x 400 mm

6 mm

QY-SHP-D8-400SA

Piece(s)

Minimum order quantity: 1

Multiple: 1

€ 15.99^*

Documents & Downloads

Datasheet

Datasheet 180987 QuickCool QY-SHP-D6-300SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 300 mm

Information

Information 180987 QuickCool QY-SHP-D6-300SA Heat pipe 0.2 K/W (Ø x L) 6 mm x 300 mm

Description

Sinter-Heatpipes are the heatpipes which are attributable to a special capillary system, that can also be relocated/switched against the gravitation heat.
Di.e.that the heat source can be above and the heat sink can be below. This is extremely unordered to the point of being unfeasible with the conventional heatpipes.