ATS ATS-HP-D3L100S18W-112 Compact electronics enclosure Datasheet

Round Heat Pipe
ATS Part#: ATS-HP-D3L100S18W-112
Description: Closed evaporator-condenser heat transfer systems.
A heat pipe’s wick structure and embedded liquid enables it to
produce a very high heat flux transport capability, which can be
10-20 times higher than the equivalent diameter solid copper pipe.
Round heat pipes offer advantages for certain fin configurations
at the condenser end.
For Illustration Purposes ONLY.
Features & Benefits
Applications for Heat Pipes
» Tube material: copper
» Compact Electronics Enclosures
»W
ick structures: grooved or sintered copper powder
» Aerospace
»H
igh thermal conductivity
» Medical
» Light weight
» Consumer Electronics
»F
ast thermal response
» HVAC
(L)(L)±2.0%
±2.0%
(D)
(D)±0.5mm
±0.5mm
Heat
Pipe
Length
Heat
Pipe
Length
Pipe
Outer
Pipe
Outer
Diameter
Diameter
Qt
Qmax = L
eff
X 1000
Leff = A-(Le=Lc)/2
Heat sink
Leff
Evaporator
block
Semiconductor
Lc
Le
Condenser
insertion length
Evaporator
insertion length
PRODUCT SPECIFICATIONS
L=Length (mm); D=Diameter (mm); WT=Wick Type (S=Sintered, G=Grooved); WF=Working Fluid; TR=Temperature Range (°C)
Product Detail
Part Number
L
D
Wick
Type
Working
Fluid
Temp
Range (°C)
QT
(w.m)
Leff (mm)
Qmax
(W)
Leff (mm)
Qmax
(W)
Leff (mm)
Qmax
(W)
ATS-HP-D3L100S18W-112
100
3
Sintered
Distilled H2O
25
0.94
50
19
40
23
60
16
SUGGESTED MINIMUM BEND
RADIUS ON ATS HEAT PIPES
HEAT PIPE JOINING TECHNIQUES
1) For small batches/prototypes, heat pipes
can be joined to heat sinks or other pieces
Heat Pipe
Diameter in mm
Minimum Bend
Radius in mm
4
12
2) For optimal results, heat pipes should
5
15
be soldered using low temperature solder
6
18
7
21
8
24
with thermal epoxy.
at temperatures above 139°C but no
greater than 250°C.
For further technical information, please contact Advanced Thermal Solutions, Inc. by phone:
1-781-769-2800, email [email protected] or visit www.qats.com.
R8-0118
89-27 ACCESS ROAD, NORWOOD, MA 02062 | T: 781.769. 2800 F: 781.769.9979
WWW.QATS.COM | [email protected]
Similar pages