Products / SKD Solutions / Thermal Components / Cold Forging
 
     Cold Forging
LED Heat Sink Catalogue   Thermal Design Inquiry
 
 
Type : Igloo FR051 Igloo FR071B
Dimension (mm) : Ф 51 × 50 Ф 71 × 50
base thickness (mm): 5 5
Weight (g) (+/-3%) : 60 145
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 4.4871 2.7513
surface area (mm^2) : 33249 57807
Reference design power (watts) : 10 W 15 W
 
 
Type : Igloo FR080 Igloo FR084
Dimension (mm) : Ф 80 × 55 Ф 84 × 60
base thickness (mm): 5 5
Weight (g) (+/-3%) : 210 190
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 2.6565 1.9584
surface area (mm^2) : 81524 104387
Reference design power (watts) : 18 W 20 W
 
 
Type : Igloo FR091 Igloo FR095
Dimension (mm) : Ф 91 × 50 Ф 95 × 60
base thickness (mm): 5 5
Weight (g) (+/-3%) : 189 320
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 1.9841 1.2305
surface area (mm^2) : 107852 150445
Reference design power (watts) : 20 W 35 W
 
 
Type : Igloo FR105 Igloo FR111
Dimension (mm) : Ф 105 × 40 Ф 111 × 50
base thickness (mm): 3.5 5
Weight (g) (+/-3%) : 251 278
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 2.0136 1.1163
surface area (mm^2) : 102066 149581
Reference design power (watts) : 20 W 30 W
 
 
Type : Igloo FR111B Igloo FR120A
Dimension (mm) : Ф 111 × 70 Ф 120 × 65
base thickness (mm): 5 7
Weight (g) (+/-3%) : 371 572
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 1.2235 1.0932
surface area (mm^2) : 213186 261631
Reference design power (watts) : 40 W 45 W
 
 
Type : Igloo FR120B Igloo FR131
Dimension (mm) : Ф 120 × 70 Ф 131 × 50
base thickness (mm): 10 5
Weight (g) (+/-3%) : 540 385
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 1.0181 1.2219
surface area (mm^2) : 141772 205329
Reference design power (watts) : 45 W 40 W
 
 
Type : Igloo FR133 Igloo FR150
Dimension (mm) : Ф 133 × 70 Ф 150 × 70
base thickness (mm): 10 10
Weight (g) (+/-3%) : 674 853
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 0.8979 0.8850
surface area (mm^2) : 179186 225405
Reference design power (watts) : 50 W 60 W
 
 
Type : Igloo FR151 Igloo FR163
Dimension (mm) : Ф 151 × 50 Ф 163 × 70
base thickness (mm): 5 10
Weight (g) (+/-3%) : 507 1020
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 1.1615 0.7586
surface area (mm^2) : 269368 271960
Reference design power (watts) : 45 W 65 W
 
 
Type : Igloo FR210 Igloo FR210HP
Dimension (mm) : Ф 210 × 37 Ф 210 × 37
base thickness (mm): 7 7
Weight (g) (+/-3%) : 1250 1250
Material : AL1070 AL1070 + 2 Heat Pipe
Color : Black / Silver Black / Silver
Surface Treatment : Anode
Crafts : Cold forging
thermal resistance (°C / W) : 0.8187 0.7933
surface area (mm^2) : 430308 430808
Reference design power (watts) : 80 W 80 W
 
 
 
Type : Igloo FS125 Igloo FS125S
Dimension (mm) : 125 x 125 x 63 125 x 125 x 25
base thickness (mm): 9 8
Weight (g) (+/-3%) : 735 445
Material : AL1070 AL1070
Color : Black / Silver Black / Silver
Surface Treatment : Anode Anode
Crafts : Cold forging Cold forging
thermal resistance (°C / W) : 0.8980 1.808
surface area (mm^2) : 241166 84595.25
Reference design power (watts) : 60 W 30W
 
1. 3D files are avaliable in ParaSolid, STP and IGS on reque.
2. The thermal resistance Rth is determined with a calibrated heat source of 30mm x 30mm central placed on the
     heat sink, Tamb 40° and an open environment.
3. Reference data at heat sink to ambient temperature rise Ths-amb 50°C .
4. The thermal resistance of a LED cooler is not a fix value and will vary with the applied dissipated power.
5. Dissipated power Pd. Reference data at heat sink to ambient temperature rise Ths-amb 50°C.
6. The maximal dissipated power needs to be verified in function of required case temperature Tc or junction
     temperature Tj and related to the estimated ambient temperature where the light fixture will be placed.
     Please be aware the dissipated power Pd is not the same as the electrical power Pe of a LED module.
 
Notes:
GlacialTech reserves the right to change products or specifications without prior notice.
Mentioned models are an extraction of full product range.
For specific mechanical adaptations please contact GlacialTech.
 
 
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