thermal management

THERMAL MANAGEMENT
AC/DC fans, heat sinks, thermally conductive materials,
graphite sheets, thermo electric products, thermal analysis
w w w. a v n e t - a b a c u s . e u
Electronic devices are shrinking rapidly to
become lightweight devices that fit easily in any
pocket. This is possible due to the phenomenal
rate at which electronic components are
FANS
axial fan
AC/DC VOLTAGE INC. MICROBLOWER,
COMPACT & FULL SIZE
reducing in size whilst simultaneously
increasing in power.
There is however a ‘thermal challenge’ that
comes with this high power, small size trend.
The processing components of the device
generate significant levels of heat that need to
be controlled to stop the device overheating
and burning out.
Fans create active cooling of components by
expelling warm air and drawing in cooler air.
Fans are often used in conjunction with heatsinks
where superior cooling is required. Different fan
types include:
radial fan
»Axial fans work by drawing air in one side of
the fan and blowing it out the other side.
»Radial fans function by drawing the air in one
Avnet Abacus can offer a complete range of
solutions to ensure that heat does not become
a threat to your application or device operation,
side of the fan then guiding it out at a 90°
angle
to the side.
»Diagonal fans work using a mixture of the axial
from low noise fans to soundless solutions.
and radial principles.
»Blowers work differently as the air is moved,
CONTENTS
FANS
2
HEATSINKS
6
Thermally conductive materials
7
Graphite sheets
8
Thermo electric products
9
Thermal analysis
10
diagonal fan
not via a rotor like the previous types, but with
a long tube where the air is moved around the
tube.
»Micro-blowers function differently again as
they have no moving parts. The air is moved by
activating a piezoelectric ceramic membrane
that oscillates at ultrasonic frequencies so
that air is compressed in a chamber and then
pushed out with high pressure through the
nozzle. These are much smaller in size (around
20x20x1.8mm) compared to even the smallest
compact fans.
blower fan
Intake channel
2
Nozzle
Piezoelectric element
Diaphragm
microblower fan
w w w. a v n e t - a b a c u s . e u
Pump
microblower fan
Considerations for new designs
»What kind of voltage is required? (AC or DC).
»Which type of fan? (axial, radial, blower, diagonal).
»What size? (e.g. 60x60x25mm).
»What airflow is needed? (e.g. cfm, m³/h, m³/min).
»What pressure is needed? (e.g. bar, Pa, mmH2O, inchH2O).
»Is there a limitation to power consumption? (W).
»Hot air or gas being transported? (plastic or metal materials).
»How much current is available? (A).
»Is there a limitation to noise level? (dB(A)).
»What kind of bearing system? ((full) ceramic; ball; sleeve).
»Any special requirements? (e.g. speed/tacho signal;
temperature control; PWM control; auto restart).
»Are there special assembly requirements? (customised cable
length; connector; cable colour).
maintenance is not possible. Spot cooling can be achieved with
low power consumption but very high pressure.
»Tangential blowers (ebm-papst) offer a significant airflow at low
noise and low pressure.
»Different types of air moving for individual requirements:
• Axial fan: high air flow with medium to relatively high
pressure.
• Radial fan: limited flow rate at high pressure.
• Diagonal fan: high flow rate at relatively high pressure.
• Blower: high flow rate at low pressure.
• Micro blower: limited flow rate at high pressure.
Cons:
»Ball bearings and motors are more susceptible to dust which
can increase noise and shorten lifespan.
»Ceramic bearings are limited to a 38mm axis length max.
»Micro-blowers only suitable for small areas/spot cooling.
»Fans require additional space within the unit which can affect
housing design.
Pros:
»Can be used in conjunction with other cooling devices, e.g.
heat sinks, for improved cooling.
»Different bearings types offer various benefits:
• Ceramic bearings: ultra quiet, sturdy and superior standard
dust protection, lower production costs than ball-bearings.
Ideal for high RPM and very long life (higher than ball
bearings).
• Ball-bearings: long life and robust.
• Sleeve bearing: low production costs, silent.
»Metal housing and impellers (ebm-papst) available for harsh
environments.
»AC compact fans (ARX) can be used from 100-240VAC globally
without modification.
»Micro-blowers (Murata) are ultra small with no mechanical and
moving parts. Ideal for applications where space is limited and
Applications:
»Cooling within housings with small openings and heat
generating components inside.
»Spot cooling semiconductors in units with limited space.
»Cooling micro-processors/CPUs.
»Cabinets for heavy machine control.
»Telecommunication racks/cabinets.
»Battery pack cooling for high power applications (electric
vehicles).
»Cooling converters for solar panels, often mounted under the
roof tiles.
»Air flow for heat exchangers in e.g. passive houses.
ebm-papst: A global, market leading manufacturer of axial, radial,
blower and diagonal fans. With an exceptional, high quality
reputation and large portfolio ranging from DC to AC voltages,
ball or sleeve bearings and compact axial fans to special air
movers such as hot gas blowers.
sleeve bearings (ceramics), they also have a competitive
portfolio in DC fans as well as a brand new range of AC fans in
size 60/80/92/120 x 28/38mm with a wide range AC voltage
use of 100VAC-240VAC (can be used worldwide without any
changes).
ARX: Experienced, high quality manufacturer of a complete
range of thermal management solutions including fans,
heatsinks, heat pipes, graphite sheets, pads, tapes, gap fillers,
heaters and calculation services. Particularly well known for
Murata: With an established reputation in the passive
components market, Murata have utilised their core competence
to create micro-blowers, a special micro device suited to precisely
cooling a small area only.
3
CROSS REFERENCE
4
CROSS REFERENCE
Voltage
AC / DC
w w w. a v n e t - a b a c u s . e u
Framesize
mm
Thickness
Voltage ARX P/N
mm
DC
25
8
12
FD1225-A1041A3AL
DC
40
10
12
FD1240-S3211A3AL
DC
40
10
12
FD1240-S2211A2AL
DC
40
10
24
in development
DC
40
10
5
FD0540-A2211A2AL
DC
50
15
12
FD1250-S3141C2AL
DC
50
15
24
in development
DC
40
20
12
FD1240-A3012D0JL
DC
40
20
24
FD2440-A3141D2AL
DC
40
20
12
FD1240-A2111D5AL
DC
60
15
12
FD1260-A2011C2JL
DC
60
15
24
FD2460-A2041C2AL
DC
40
25
24
in development
DC
60
25
24
FD2460-S3441E2AL
DC
60
25
24
FD2460-A2441E2AL
DC
60
25
12
FD1260-A2541E2AL
DC
60
25
12
FD1260-A1641E2AL
DC
60
25
12
FD1260-D2441E2AL
DC
60
25
24
FD2460-D2441E2AL
DC
60
25
12
FD1260-A2651E2AL
FD2460-D2441E2AL
DC
60
25
24
DC
60
25
24
FD2460-D2441E2AL
DC
80
25
12
FD1280-A0141E2AL
DC
80
25
24
FD2480-A0141E5AL
DC
80
25
24
FD2480-A3241E2AL
DC
80
25
24
FD2480-D3241E2AL
DC
80
25
24
FD2480-D0011E2DL
DC
80
25
24
FD2480-D1241E2AL
DC
80
25
12
FD1280-D0111E3AL
FD1290-D2141E2AL
DC
92
25
12
DC
92
25
24
FD2490-D2441E2AL
DC
92
25
24
FD2490-D0041E2AL
DC
119
25
24
FD2412-D1241E2AL
DC
119
25
24
FD2412-D2241E2AL
DC
119
25
24
FD2412-D1251E2AL
DC
80
32
12
FD1280-D2341E2AL
FD2480-D2241E2AL
DC
80
32
24
DC
80
32
24
FD2480-D1241E2AL
DC
92
32
24
FD2490-D1011E0JL
DC
119
32
12
FD1212-D2241E2AL
DC
119
32
24
FD2412-D2241E2AL
DC
80
32
24
FD2480-D2241E2AL
DC
119
32
12
FD1212-A3541E2AL
DC
80
32
24
FD2480-D0241E2AL
DC
119
38
24
FD2412-D3241G2AL
DC
119
38
24
FD2412-D3241G2AL
DC
119
38
24
FD2412-D0241G2AL
DC
119
38
24
FD2412-D0251G2AL
DC
119
38
24
FD2412-D2241G2AL
DC
119
38
24
FD2412-D0241G2AL
AC
119
38
100~240 AC
FA8B12-D1041G3AL
AC
80
38
100~240 ACP/N not available yet
AC
80
38
100~240 ACP/N not available yet
AC
119
38
100-240 AC
FA8B12-D1041G3AL
AC
119
38
100~240 AC
FA8B12-D1041G3AL
AC
119
25
100~240 ACP/N not available yet
AC
119
25
100~240 ACP/N not available yet
AC
92
25
100~240 ACP/N not available yet
AC
92
25
100~240 ACP/N not available yet
AC
60
28
100~240 AC
FA6B60-A1042E2AL
ARX
cfm
ebm-papst P/N
ebm-papst
description
Papst
cfm
NMB
P/N
NMB
cfm
2
9290904203
252 N
1.9
1004KL-04W-B50-M00
2
5
9291705002
412 F
4.7
1604KL-04W-B30-M00
3
5.3
1604KL-04W-B40-M00
4.2
4.7
in development
6.1
9291705004
412 FH
9291705005
414 F
6.1
9291705010
405 F
4.7
1604KL-01W-B30-M00
9.2
9291706501
512 F
11.8
2004KL-04W-B50-M00
10.2
9291706507
514 F 11.8
2004KL-05W-B50-M00
10.2
6
3
8.5
9291708001
412
5.9
1608KL-04W-B20-L00
8.5
9291708002
414
5.9
1608KL-05W-B20-L00
6
9.9
9291708012
412 H
7.9
1608KL-04W-B30-L00
7.4
17.8
9291708601
612 F
17.1
2406KL-04W-B40-L00
15.9
17.8
9291708612
614 F
17.1
2406KL-05W-B40-L00
15.9
12.9
not available in 24VDC
33.0
2410ML-05W-B70-E00
33.2
24.7
2410ML-05W-B60-D00
25.1
25.1
9291906001
414 JHH
33.3
9292206007
614 NGHH
42.1
9292206008
614 NGN
33.4
9292206015
612 NGN
32.7
9292206017
612 NGHH
33.4
9292206026
612 NH 24.7
2410ML-04W-B60-D00
33.0
2410ML-04W-B70-E00
33.2
27.1
2410ML-04W-B60-D00
25.1
33.4
9292206033
614 NHH 33.0
2410ML-05W-B70-E00
33.2
29.1
9292206038
612 N/2GH 27.1
2410ML-04W-B69-D00
25.1
33.4
9292206072
614 NH
27.1
2410ML-05W-B60-D00
25.1
33.4
9292207008
624 N 23.5
2410ML-05W-B50-D00
23.3
40.6
9292506104
8412 NG 40.6
3110KL-04W-B60-P00
40.3
40.6
9292506109
8414 NG 40.6
3110KL-05W-B60-P00
40.3
45.9
41.6
9292506110
8414 NGH 46.5
3110KL-05W-B70-P00
41.6
9292506124
8414 NH
46.5
3110KL-05W-B70-P00
45.9
40.6
9292506126
8414 N
40.6
3110KL-05W-B60-P00
40.3
33.4
9292506143
8414 NM 34.1
3110KL-05W-B40-P00
35.3
40.6
9292506243
8412 NU 40.6
3110KL-04W-B60-P00
40.3
53.7
9292506316
3412 NHH 60
3610KL-04W-B60-D00
61.8
65
9292506320
3414 NHH 60.0
3610KL-05W-B60-D00
61.8
47.7
56.6
9292506321
3414 N
49.4
3610KL-05W-B40-D00
131
9293505405
4414 F
100.1
4710KL-05W-B40-E00
100.6
117
9293505407
4414 FM
82.4
4710KL-05W-B30-E00
88.3
131
9293505420
4414 F/2
100.1
4710KL-05W-B49-E00
100.6
45.2
9294303001
8312
31.8
3112KL-04W-B30-E00
36.1
54.4
9294303004
8314
31.8
3112KL-05W-B30-E00
36.1
35.5
9294303063
8314 HL 39.4
3112KL-05W-B30-E00
36.1
50
9294305004
3314
47.1
3612KL-05W-B30-B00
47.3
102.2
9294305007
4312
100.1
4712KL-04W-B30-P00
99.9
99.9
102.2
9294305013
4314
54.4
9294305094
8314H
73.4
9294305316
4312 GL
100.1
4712KL-05W-B30-P00
47.1
3112KL-04W-B40-E00
47
55.9
4712KL-04W-B10-P00
56.1
47.1
3112KL-04W-B40-E00
47
105.9
4715SL-05W-B20-D00
102.7
139.5
4715SL-05W-B40-D00
142
147.1
4715SL-05W-B40-D00
142
68
9294305525
8314 HU 133.6
9294310103
4184 NX
133.6
9294310138
4184 NXH
181.9
9294310217
4184 NXHH
181.9
9294310219
4184 NXHR 139.5
4715SL-05W-B40-D00
142
119.6
9294310434
4214 H
108.3
4715SL-05W-B30-D00
122.2
181.9
9694300234
4114 NH3
182.4
4715SL-05W-B60-D00
181.1
105.7
9244014139
4656 N 94.2
4715MS-12T-B4A-A00 (or 4715MS-23T-B4A-A00 )
95.3
9244014208
8550 N
29.4
3115PS-12T-B30-A00 (or 3115PS-23T-B30-A00 )
31.8
31.8
9244014210
8556 N 29.4
3115PS-12T-B30-A00 (or 3115PS-23T-B30-A00 )
105.7
9244014351
4650 N
94.2
4715MS-12T-B4A-A00 (or 4715MS-23T-B4A-A00 )
95.3
105.7
9244014801
4650 Z
94.2
4715MS-12T-B4A-A00 (or 4715MS-23T-B4A-A00 )
95.3
9282708001
9956
68.9
4710PS-12T-B3A-A00 (or 4710PS-23T-B3A-A00 )
70.6
70.6
9282708005
9956 M
61.2
4710PS-12T-B3A-A00 (or 4710PS-23T-B3A-A00 )
9282708100
3956
34.7
3610PS-12T-B30-A00 (or 3610PS-23T-B30-A00 )
34.6
9282708102
3956 L
18.2
3610PS-12T-B10-A00 (or 3610PS-23T-B10-A00 )
20.5
not available
-
not available
9.2
16.9
5
Heat sinks, heat pipes, liquid cold plates
Heat sinks are the first choice when it comes to cooling. They
are simple to use, have an easy to understand principle and
are cost effective. If mounted correctly, they offer an almost
failure-free functionality for the lifetime of the application. This
type of cooling is called natural convection as the heat from
the component is exchanged with the cooler ambient air
temperature. A heat sink is physically designed to maximise the
surface area in contact with the air. The same principle is used for
heat pipes and liquid cold plates but with a greater cooling effect.
Pros
» Solid-state, simple construction.
» Different cooling options for heat sinks or fluid supported
systems (heat pipes) depending on space available and the
heat energy needed to be transported.
» Minimum maintenance due to absence of moving parts.
Correct mounting position on the device needs to be checked
periodically.
» Noise free operation.
» Compact cooling solution.
» Custom and OEM designs available.
» Environmentally friendly as no additional power is needed.
» Can be easily combined with fans or other cooling devices
to help improve cooling e.g. special tapes/pads, gap fillers,
greases, heat pipes, graphite sheet.
Cons
» Limited cooling depending on the ambient temperature.
» Space required, especially for heat pipe or liquid cold plate
systems.
Considerations for new designs
»What is the ambient temperature inside the unit/housing?
(Celsius or Kelvin).
»What heat is produced by the semiconductor or component?
(Celsius or Kelvin).
»Thermal resistance of component to heat sink? (Rth).
» Available space inside the unit/housing? (mm).
» What heat energy needs to be transported by the cooling
device? (Watt).
6
w w w. a v n e t - a b a c u s . e u
Applications
» All applications where maintenance is not possible or desired.
» Cost effective and simply designed applications with limited
lifetime.
»Military and harsh environments.
» Semiconductor applications and/or computers where no noise
is allowed.
» Telecom battery and outdoor technical cabinets.
» ‘Spot cooling’.
»Medical device and laboratory sample temperature control.
»Liquid and chemical cooling.
» IP68 sealed enclosures.
Thermally
conductive
MATERIALS
Thermally conductive materials such as tapes and pads are an
important step towards improved heat transfer. There is a wide
range of special materials. These materials are used to produce
a far better thermal and mechanical connection between the
components that need cooling and the cooling device itself e.g. a
heat sink, heat pipe.
Considerations for new designs
» Heat to be transferred? (Celsius or Kelvin).
» Ambient temperature?
» Thermal resistance of component on surface to ambient?
» Available space inside the unit/housing?
» Is electric isolation needed?
» Is shock absorption required?
» Is gap filling needed?
» What mechanical strength, adhesion strength (shock resistance)
Cons
» More thermal resistance added to the system from one part to
the other.
is required?
»Pressure sensitivity of component to be cooled?
» Difficult to separate components once applied.
Pros
» Easy to apply.
» Cost effective.
» No noise or maintenance required as no mechanical parts.
» Wide range of products so best fit possible for every application.
» Customer specific solutions easily available.
» Very flexible when combined with different cooling devices.
» Any application where maintenance is not possible.
» Harsh environments.
» Semiconductor applications and/or computers where zero
Applications
noise is demanded.
» Telecom battery and outdoor technical cabinets.
» ‘Spot cooling’.
»Medical devices and laboratory sample temperature control.
»Liquid and chemical cooling.
» IP65 sealed enclosures.
7
Graphite sheets
Graphite sheets are used in a similar way to heat sinks but with a
big difference in physical size and shape. The sheets remove heat
quickly and noiselessly away from any heat source. They can be
used as natural convection or forced convection, in conjunction
with a fan.
Considerations for new designs
» Available space inside the unit/housing?
» Amount of heat to be taken away from heat source?(Ptot).
» Thermal resistance from heat source to heat sink? (RthG/K).
» Ambient temperature? (Celsius or Kelvin).
» Special design/shape necessary?
» Is unit/housing thermally conductive to be used for heat
spreading?
Pros
» Better heat dissipation in plane/horizontal direction compared
to any other metal.
» Sheets have thickness of only 0.08-1.5mm. From 200W/mK up
to 750W/mK in plane and up to 27W/mK through thickness.
» Can be easily shaped and cut like paper or card providing a
high level of customisation. Easily laminated with metal foils,
plastic or elastomers and can be adhesive backed for peel and
stick.
Laminates:
»
• Copper – 0.03 to 0.05mm
• Aluminium – 0.10 to 0.20mm
• Stainless steel – 0.05 to 0.12mm
» Designed to collect heat on one, or several, spots and dissipate
to the housing of the unit e.g. housing of a cell phone or
attached heat sink or heat pipe.
» Customised heat sinks are easy to design if thick sheets are
used as fins attached to a metal plate. This provides a flexible
and lightweight solution (only 25% of copper solution) with
excellent heat dissipation at a low cost.
» Can be stacked with thermal conductive tapes to bridge greater
gaps and absorb more heat than a gap filler could.
8
w w w. a v n e t - a b a c u s . e u
Cons
» Heat dissipation through the material (Z/vertical axis) not as
effective as metal plate.
Limited
dimensions of approx. 1m2.
»
Applications
»Military applications (ARX only).
» Cable boxes/ set-top-boxes.
» Automotive applications.
»LCD flat panel TVs.
»Medical.
Thermo electric products
Thermo electric cooling devices for mass production are relatively
new to the market and currently not at the forefront of people’s
minds. The principle behind these devices uses the Peltier/
Seebeck effect, which is based on the difference of temperature
on different sides of a unit or component, to create heat or to
cool parts. The Peltier/Seebeck cooler is a combination of ambient
temperature, a heat exchanger like a heat sink, the Peltier/
Seebeck module geometry, the thermal load and Peltier/Seebeck
electric parameters.
Considerations for new designs
» Is thermo electric needed to produce heat/cold or to produce
electricity?
» Ambient temperature inside the unit/housing? (Celsius or
Kelvin).
» Heat produced by the semiconductor or component? (Celsius
or Kelvin). The greater the difference between ambient and
component temperatures, the more current can be produced.
» Thermal resistance of component to Peltier/Seebeck element?
» Temperature (hot/cold) to be produced inside unit? (Celsius or
Kelvin).
» Available space inside the unit/housing?
Pros
» Solid-state cooling.
»Reversible output for heating, cooling or target temperature
stabilisation output.
Minimal
maintenance (cooling fans where used are the only
»
electro-mechanical parts).
»Quiet acoustic performance.
» Compact cooling solution.
» Custom and OEM designs available.
» Environmentally friendly.
Cons
» Coefficients of performance of around 0.5 to 0.9, as opposed to
vapour compression systems (up to 5).
Applications
» Any application where maintenance is not possible.
» Fibre optic applications where heat will not affect the
wavelength of the signal.
Military
and harsh environments.
»
Semiconductor
applications and/or computers where a
»
noiseless solution is required.
» Telecom battery and outdoor technical cabinets.
» ‘Spot cooling’.
»Medical devices and laboratory sample temperature control.
»Liquid and chemical cooling.
» IP65 sealed enclosures.
9
Thermal Analysis
Most applications that require thermal management are
incredibly complex. The way in which hot and cool air must flow
to produce the optimal ambient temperature for the components
is hard to determine without the correct tools. ARX and Aavid
Thermalloy both offer services which make all the necessary
simulations and calculations for all types of application. The
specialists working for ARX and Aavid Thermalloy use software
tools such as Flotherm, AutoCAD, ProEngineer, COSMOS/M etc. to
meet the required industry standards.
Benefits
» Experienced specialists offering the best thermal management
solutions.
You
will receive a detailed analysis and quotation with various
»
solutions including proposals for thermal components and their
positioning within the application.
» Cost effective and time-saving as specialists with extensive
knowledge and up to date tools will propose ideas until an
appropriate solution is found.
Linecard for all Thermal components suppliers
Products
Category
Compact fans AC/DC
Compact blowers
Axial/Centrifugal fans
Hot Air/Gas blowers
Tangential blowers
Heat sinks
Heat pipes
Thermally conductive
pads/tapes/adhesives
Thermally conductive greases
Gap filler
Graphite sheets
Heaters
Thermal electrics
Micro blowers
Fan/blower
Fan/blower
Fan/blower
Fan/blower
Fan/blower
Heat sink
Heat pipe
Adhesives
Grease
Filler
Graphite sheet
Heater
Thermal electric
Fan/blower
10
w w w. a v n e t - a b a c u s . e u
ebm-papst ARX
•
•
•
•
•
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Aavid Thermalloy Murata
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Panasonic Industrial
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Cooling devices
ARX offers many thermal management solutions including
special solutions for
products.
Xilinx Virtex 5 + ARX heatsinks with pads
Compact 1U series
(10mm high)
ARX P/N + PAD 2905C
ARX P/N+PAD T777
676BGA
27 x 27 mm
ARX-27-10-2.0+BC+2905C
ARX-27-10-2.0+BC+T777
1136BGA
35 x 35 mm
ARX-35-10-2.0+BC+2905C
ARX-35-10-2.0+BC+T777
665BGA
27 x 27 mm
ARX-27-10-2.0+BC+2905C
ARX-27-10-2.0+BC+T777
1153BGA
35 x 35 mm
ARX-35-10-2.0+BC+2905C
ARX-35-10-2.0+BC+T777
1738BGA
42.5 x 42.5 mm
ARX-42-10-2.0+BC+2905C
ARX-42-10-2.0+BC+T777
1760
42.5 x 42.5 mm
ARX-42-10-2.0+BC+2905C
ARX-42-10-2.0+BC+T777
Compact 1U series (13mm high)
676BGA
27 x 27 mm
ARX-27-13-2.0+BC+2905C
ARX-27-13-2.0+BC+T777
1136BGA
35 x 35 mm
ARX-35-13-2.0+BC+2905C
ARX-35-13-2.0+BC+T777
665BGA
27 x 27 mm
ARX-27-13-2.0+BC+2905C
ARX-27-13-2.0+BC+T777
1153BGA
35 x 35 mm
ARX-35-13-2.0+BC+2905C
ARX-35-13-2.0+BC+T777
1738BGA
42.5 x 42.5 mm
ARX-42-13-2.0+BC+2905C
ARX-42-13-2.0+BC+T777
1760
42.5 x 42.5 mm
ARX-42-13-2.0+BC+2905C
ARX-42-13-2.0+BC+T777
Compact 1U series (15mm high)
676BGA
27 x 27 mm
ARX-27-15-2.0+BC+2905C
ARX-27-15-2.0+BC+T777
1136BGA
35 x 35 mm
ARX-35-15-2.0+BC+2905C
ARX-35-15-2.0+BC+T777
665BGA
27 x 27 mm
ARX-27-15-2.0+BC+2905C
ARX-27-15-2.0+BC+T777
1153BGA
35 x 35 mm
ARX-35-15-2.0+BC+2905C
ARX-35-15-2.0+BC+T777
1738BGA
42.5 x 42.5 mm
ARX-42-15-2.0+BC+2905C
ARX-42-15-2.0+BC+T777
1760
42.5 x 42.5 mm
ARX-42-15-2.0+BC+2905C
ARX-42-15-2.0+BC+T777
11
AVNET ABACUS OFFICES
Austria
Schönbrunner Str. 297-307
A-1120 Vienna
+43 1 86642-0
+43 1 86642 250
wien@avnet-abacus.eu
Belgium
Eagle Building
Kouterveldstraat 20
B-1831 Diegem
+32 (0)2 7099 002
+32 (0)2 7099 801
diegem@avnet-abacus.eu
Belarus
c/o Avnet Abacus Russia
Office 26, Building 2
10 Korovinskoye Shoussee,
127486 Moscow
+7 495 937 2167
+7 495 937 1263
belarus@avnet-abacus.eu
Bulgaria
c/o Avnet Abacus Slovenia
Dunajska Cesta 159
1000 Ljublijana
+386 (0)1 560 97 54
+386 (0)1 560 98 78
bulgaria@avnet-abacus.eu
Croatia
c/o Avnet Abacus Slovenia
Dunajska Cesta 159
1000 Ljublijana
+386 (0)1 560 97 54
+386 (0)1 560 98 78
croatia@avnet-abacus.eu
Estonia
c/o Avnet Abacus Finland
Pihatörmä 1 B
FI-02240 Espoo
+358 (0) 207 499 220
+358 (0) 207 499 240
espoo@avnet-abacus.eu
Finland
Pihatörmä 1 B
FI-02240 Espoo
+358 (0) 207 499 220
+358 (0) 207 499 240
espoo@avnet-abacus.eu
France
Immeuble Carnot Plaza
14 Avenue Carnot
91349 Massy Cedex, Paris
+33 (0) 1 6447 2929
+33 (0) 1 6447 9150
paris@avnet-abacus.eu
France
Parc de la Plaine
35 Avenue Marcel Dassault
F-31506 Toulouse
+33 (0) 5 6247 4787
+33 (0) 5 6247 4789
toulouse@avnet-abacus.eu
France
Technoparc
Bât E, 4 avenue des
Peupliers
F-35510 Cesson Sevigne,
Rennes
+33 (0) 2 9983 7720
+33 (0) 2 9983 4829
rennes@avnet-abacus.eu
Czech Republic
c/o Avnet Abacus Austria
Schönbrunner Str. 297-307
A-1120 Vienna
+43 1 86642-0
+43 1 86642 250
praha@avnet-abacus.eu
France
Parc Club du Moulin à Vent
Bât 40, 33 rue du Dr. G Lévy
F-69693 Vénissieux Cedex,
Lyon
+33 (0) 4 7877 1370
+33 (0) 4 7877 1391
lyon@avnet-abacus.eu
Denmark
Knudlundvej 24
DK-8653 Them
+45 86 84 84 84
+45 86 84 82 44
them@avnet-abacus.eu
Germany
Gutenbergstr. 15
D-10587 Berlin
+49 (0) 30 790 997 0
+49 (0) 30 790 997 51
berlin@avnet-abacus.eu
Denmark
Ellekaer 9, DK-2730 Herlev
+45 86 84 84 84
+45 43 29 37 00
herlev@avnet-abacus.eu
Egypt
c/o Avnet Abacus Turkey
Bayar Cad, Gülbahar Sok,
No:17 Perdemsac Plaza
D:132 TR-34742 Kozyatagi
/ Istanbul
+90 216 372 59 54
+90 216 372 61 39
egypt@avnet-abacus.eu
Germany
Werner-von-SiemensStraße 2-6
Gebäude 5137
D-76646 Bruchsal
+49 (0) 7251 917 90
+49 (0) 7251 917 92 25
bruchsal@avnet-abacus.eu
Germany
Wilhelmstr. 1
D-59439 Holzwickede /
Dortmund
+49 (0) 2301 2959 27
+49 (0) 2301 2959 29
dortmund@avnet-abacus.eu
Germany
Hans-Böckler-Strasse 10 a
D-37079 Göttingen
+49 (0) 551 305 430
+49 (0) 551 305 4329
goettingen@avnet-abacus.eu
Italy
Via Scaglia Est 144
I-41100 Modena
+39 059 351 300
+39 059 344 993
modena@avnet-abacus.eu
Germany
Rathausallee 70
D-22846 Norderstedt
bei Hamburg
+49 (0) 40 608 23 59 0
+49 (0) 40 608 23 59-20
hamburg@avnet-abacus.eu
Italy
Via Panciatichi 40/11
I-50127 Firenze
+39 055 436 1928
+39 055 428 8810
firenze@avnet-abacus.eu
Germany
Gruber Str. 60c
D-85586 Poing / Munich
+49 (0) 8121 777 03
+49 (0) 8121 777 531
muenchen@avnet-abacus.eu
Germany
Lina-Ammon-Str. 19 b
D-90471 Nürnberg
+49 (0) 911 244 250
+49 (0) 911 244 25 25
nuernberg@avnet-abacus.eu
Germany
Gutenbergstr. 15
D-70771 LeinfeldenEchterdingen / Stuttgart
+49 (0) 711 78260 02
+49 (0) 711 78260 333
stuttgart@avnet-abacus.eu
Greece
c/o Abacus Avnet Austria
Schönbrunner Str. 297-307
A-1120 Vienna
+43 1 86642-0
+43 1 86642 250
greece@avnet-abacus.eu
Hungary
c/o Avnet Abacus Austria
Schönbrunner Str. 297-307
A-1120 Vienna
+43 1 86642-0
+43 1 86642 250
budapest@avnet-abacus.eu
Italy
Via Manzoni 44
I-20095 Cusano Milanino
(Milano)
+39 02 660 921
+39 02 66092 332
milano@avnet-abacus.eu
Italy
Viale dell’industria 23
I-35129 Padova
+39 049 7800 381
+39 049 7730 36
padova@avnet-abacus.eu
Italy
Via Zoe Fontana 220
I-00131 Roma
+39 06 4131 498
+39 06 4192 618
roma@avnet-abacus.eu
Latvia
c/o Avnet Abacus Poland
Plac Solny 16
PL-50-062 Wroclaw
+48 71 34 205 99
+48 71 34 229 10
latvia@avnet-abacus.eu
Lithiuania
c/o Avnet Abacus Poland
Plac Solny 16
PL-50-062 Wroclaw
+48 71 34 205 99
+48 71 34 229 10
lithuania@avnet-abacus.eu
Netherlands
Takkebijsters 2
NL-4817 BL Breda
+31 (0) 76 57 22 300
+31 (0) 76 57 22 303
breda@avnet-abacus.eu
Norway
Ryensvingen 3 B
N-0680 Oslo
+47 22 70 76 60
+47 22 70 76 61
oslo@avnet-abacus.eu
Poland
Plac Solny 16
PL-50-062 Wroclaw
+48 71 34 205 99
+48 71 34 229 10
wroclaw@avnet-abacus.eu
Portugal
c/o Avnet Abacus Madrid
C/Chile, 10, Oficina 229
ES-28290 Las Matas /
Madrid
+34 (0) 913 72 7200
+34(0) 916 36 9788
portugal@avnet-abacus.eu
Romania
c/o Avnet Abacus Slovenia
Dunajska Cesta 159
1000 Ljubljana
+386 (0)1 560 97 54
+386 (0)1 560 98 78
romania@avnet-abacus.eu
Russia
Office 26, Building 2
10 Korovinskoye Shoussee
127486 Moscow
+7 495 937 2167
+7 495 937 1263
moscow@avnet-abacus.eu
Serbia
c/o Avnet Abacus Slovenia
Dunajska Cesta 159
1000 Ljublijana
+386 (0)1 560 97 54
+386 (0)1 560 98 78
serbia@avnet-abacus.eu
Switzerland
Bernstrasse 392
CH-8953 Dietikon
+41 (0) 43 322 49 90
+41 (0) 43 322 49 99
zurich@avnet-abacus.eu
Turkey
Canan Residence
Hendem Cad.
No:54 Ofis A2
Serifali Umraniye Istanbul
TR – 34775 Turkiye
+90 216 52 88 370
+ 90 216 52 88 377
istanbul@avnet-abacus.eu
Slovakia
c/o Avnet Abacus Austria
Schönbrunner Str. 297-307
A-1120 Vienna
+43 1 86642-0
+43 1 86642 250
slovakia@avnet-abacus.eu
UK
Cherrycourt Way
Leighton Buzzard
Bedfordshire
LU7 4YY
+44 (0)1525 858000
+44 (0)1525 858111
leightonbuzzard@avnet.eu
Slovenia
Dunajska Cesta 159
1000 Ljubljana
+386 (0)1 560 97 54
+386 (0)1 560 98 78
ljubljana@avnet-abacus.eu
UK
Building 5
Waltham Park
White Waltham
Maidenhead
Berkshire SL6 3TN
+44 (0)1628 512900
+44 (0)1628 512999
maidenhead@avnet.eu
Spain
C/Mallorca, 1-23, 2a Plta 1
ES-08014 Barcelona
UK
+34 (0) 93 327 85 50
Ground Floor
+34(0) 93 425 05 44
Chancery House
barcelona@avnet-abacus.eu
1 Premier Way
Abbey Park
Romsey
Spain
SO51 9AQ
C/Chile, 10, Oficina 229
+44 (0)1794 510150
ES-28290 Las Matas /
+44 (0)1794 510160
Madrid
southampton@avnet.eu
+34 (0) 913 72 7200
+34 (0) 916 36 9788
UK
madrid@avnet-abacus.eu
Avnet House
Rutherford Close
Spain
Meadway,
Paza Zabalgane,
Stevenage
12 Bajo Izda
Hertfordshire SG1 2EF
ES-48960 Galdakao /
+44 (0)1438 789 789
Vizcaya
+44 (0)1438 789 799
+34 (0) 94 457 0044
stevenage@avnet.eu
+34 (0) 94 456 8855
bilbao@avnet-abacus.eu
UK
Sweden
Smörhålevägen 3
SE-43442 Kungsbacka
+46 (0)300 140 50
+46 (0)300 140 15
gothenburg@avnet-abacus.eu
Oceanic Building
Waters Meeting Road
Bolton
BL1 8SW
+44 (0)1204 547170
+44 (0)1204 547171
bolton@avnet.eu
Sweden
Esplanaden 3D
Box 1830, SE-171 27 Solna
+46 (0)8 505 262 00
+46 (0)8 505 262 01
stockholm@avnet-abacus.eu
Ukraine
c/o Avnet Abacus Poland
Plac Solny 16
PL-50-062 Wroclaw
+48 71 34 205 99
+48 71 34 229 10
ukraine@avnet-abacus.eu
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by Avnet from its suppliers or other sources deemed reliable and is provided by Avnet on an 'As Is' basis. Avnet makes no representation as to the accuracy or
completeness of the product information and Avnet disclaims all representations, warranties and liabilities under any theory with respect to the product information, including any implied warranties of merchantability, fitness for a particular purpose, title and/or non-refringement. All product information is subject to
change without notice.
AVA.THERMAL.MANAGEMNENT.1011