H509: Difference between revisions

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H509 Raspberry Pi 5 aluminum alloy Passive Cooler offers efficient and noiseless cooling. Its wave-shaped fins increase cooling area while its 6W thermal pad ensures optimal heat transfer. The easy installation and compatibility with stress tests make it a reliable addition to your Raspberry Pi 5 setup.

~~~~Note: ~~ ~~

H509 supports custom silk-screen print, please contact~~ ~~info@geekworm.com~~ ~~if you need a customised.~~~~

{{Red|H509 supports custom silk-screen print, please contact}} {{Blue|info@geekworm.com}} {{Red|if you need a customised.}}

[[File: IMG-8875-w2000-1.jpg|500px]]

==Features==

* '''Model:''' H509

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* '''Fanless design:''' No noise, no fan life issues

* '''Wave-shaped cooling fins:''' Increase the heat dissipation area, thus improving the heat dissipation capacity

* '''Simple installation:''' Use M2.~~5*6~~ nylon screws to fix from the bottom, easy to install and remove

* '''Simple installation:''' Use M2.5x6mm nylon screws to fix from the bottom, easy to install and remove

* '''Good heat dissipation:''' The stress test can meet the full-load stress test of the Raspberry Pi 5 3-core (room temperature 22 degrees, test time 20 minutes), which is a supplement to the active radiator and can meet most usage scenarios

* '''Better thermal pad:''' Thermal conductivity of the thermal pad is 6W

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==Packing List==

* H509 Aluminum Heatsink ~~x 1~~

* 1x H509 Aluminum Heatsink

* M2.~~5*6~~ mm Nylon Screw ~~x 2~~

* 2x M2.5x6 mm Nylon Screw

* Thermal Pads ~~x 1~~ (Cut into ~~appropriciate~~ size as need)

* 2x M2.5x5mm Metal Screws for backup

* 1x 0.8mm Thickness Thermal Pads (Cut into appropriate size as need)

[[File: H505-IMG-8756-Packing-List.jpg|500px]]

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@@ Line 9: / Line 9: @@
 H509 Raspberry Pi 5 aluminum alloy Passive Cooler offers efficient and noiseless cooling. Its wave-shaped fins increase cooling area while its 6W thermal pad ensures optimal heat transfer. The easy installation and compatibility with stress tests make it a reliable addition to your Raspberry Pi 5 setup.
-<span class="tb_red">Note: <br>
+{{Warn|Note: }}
-H509 supports custom silk-screen print, please contact</span> <span class="tb_blue">info@geekworm.com</span> <span class="tb_red">if you need a customised.</span>
+{{Red|H509 supports custom silk-screen print, please contact}} {{Blue|info@geekworm.com}} {{Red|if you need a customised.}}
 [[File: IMG-8875-w2000-1.jpg|500px]]
 {{Geekworm Cooler}}
 ==Features==
 * '''Model:''' H509
@@ Line 21: / Line 23: @@
 * '''Fanless design:''' No noise, no fan life issues
 * '''Wave-shaped cooling fins:''' Increase the heat dissipation area, thus improving the heat dissipation capacity
-* '''Simple installation:''' Use M2.5*6 nylon screws to fix from the bottom, easy to install and remove
+* '''Simple installation:''' Use M2.5x6mm nylon screws to fix from the bottom, easy to install and remove
 * '''Good heat dissipation:''' The stress test can meet the full-load stress test of the Raspberry Pi 5 3-core (room temperature 22 degrees, test time 20 minutes), which is a supplement to the active radiator and can meet most usage scenarios
 * '''Better thermal pad:''' Thermal conductivity of the thermal pad is 6W
@@ Line 32: / Line 34: @@
 ==Packing List==
-* H509 Aluminum Heatsink x 1
+* 1x H509 Aluminum Heatsink
-* M2.5*6 mm Nylon Screw x 2
+* 2x M2.5x6 mm Nylon Screw
-* Thermal Pads x 1 (Cut into appropriciate size as need)
+* 2x M2.5x5mm Metal Screws for backup
+* 1x 0.8mm Thickness Thermal Pads (Cut into appropriate size as need)
 [[File: H505-IMG-8756-Packing-List.jpg|500px]]
@@ Line 52: / Line 55: @@
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-<comments />
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