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Heat Shrink Breakout Boots - Electriduct


Description of Heat Shrink Breakout Boots - Electriduct

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Made from radiation cross-linked polyolefin, these Heat Shrink Breakouts are suitable for single to multiple, or multiple to multiple wire connections. Each Heat Shrink Boot is UV resistant and has a hot glue ribbed liner on the inside to create air tight seals.

The shrink boots material and design make it perfect to seal crutch electrical connections that need superior insulation and water protection while providing strain relief on cable terminations.

Minimum shrink temperature: 110C
Minimum full recovery temperature: 130C
Shrink Ratio: 3 to 1
*Shrink Ratio: 2 to 1 (HSB-5-1.5)
Max Voltage: 1000

Shrink ratio may vary 2%

For dimensions and technical data, please click the "More Information" tab below.


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Features and Benefits

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Reviews

Audio Engineer 12/15/2014
Reviewed by: Mike Thompson from California.
I use these for custom powered speaker cables. They are pretty stiff but offer a very professional look and great protection from the abuse of stage life. I look forward to using more of them.
Live Sound Engineer 2/15/2012
Reviewed by: Richard Daniels from Nashville, TN.
This product works as advertised. I used it to create a set of custom audio cables to run from the main power amps to the on-stage FOH speakers. Everyone keeps asking where I bought the breakout cables. My completed project looks like it was molded at the factory. Great Product!
Engineer 11/14/2011
Reviewed by: Iliya Osnovikov from .
Last time I have purchased a dozen of HSB-2-1 Boots for our Hi-End Speaker Cable project. I might say that for the price these boots are very good deal. They shrink nicely and remain very flexible after shrinking. They also seem to be pretty strong. From the functionality stand point these boots are more than adequate for their task. We will definitely buy them again.


More Info

Certificate of Compliance

Part #
Number of Cores
Size
Boot (bigger) End
Breakout (smaller) End
Wall Thickness
Length*
(Breakouts)
Before Shrinking
After Shrinking
Before Shrinking
After Shrinking
Inlet
Outlet
HSB-2-1
2
0.9"
0.9"
0.3"
0.35"
0.14"
0.09"
0.07"
2.2"
HSB-2-1.2
2
1.2"
1.2"
0.4"
0.55"
0.18"
0.1"
0.09"
3.7"
HSB-2-1.5
2
1.5"
1.5"
0.5"
0.6"
0.2"
0.08"
0.08"
5"
HSB-2-2.5
2
2.5"
2.5"
0.83"
1"
0.3"
0.1"
0.1"
4.6"
HSB-3-1.5
3
1.5"
1.5"
0.5"
0.6"
0.18"
0.08"
0.08"
4.3"
HSB-3-2.5
3
2.5"
2.5"
0.83"
1"
0.3"
0.12"
0.1"
6.5"
HSB-3-3
3
3"
3"
1"
1.4"
0.43"
0.14"
0.14"
7"
HSB-4-1.5
4
1.4"
1.4"
0.46"
0.55"
0.14"
0.09"
0.08"
4.1"
HSB-4-2
4
2"
2"
0.66"
0.8"
0.2"
0.122"
0.1"
6"
HSB-4-2.5
4
2.5"
2.5"
0.83"
1"
0.28"
0.13"
0.11"
7"
HSB-4-3
4
3"
3"
1"
1.1"
0.28"
0.13"
0.11"
7"
HSB-5-1.5*
5
1.5"
1.5"
0.75"
0.5"
0.25"
0.1"
0.08"
4"
HSB-5-2.5
5
2.5"
2.5"
0.83"
0.7"
0.2"
0.12"
0.1"
6"
*Lengths may vary slightly due to manufacturing, but can be cut to by customer to match application.

Technical Specification Value Standard
Operating Temp. -55C to +110C IEC 216
Tensile Strength 13Mp (min.) ASTM D 2671
Tensile strength after thermal aging (120C/168hrs.) 10Mp (min.) ASTM D 2671
Elongation at break 300% (min.) ASTM D 2671
Elongation at break after thermal aging (120C/168hrs.) 250% (min.) ASTM D 2671
Dielectric strength 15kV/mm (min.) IEC 243
Volume resistance 13 10 Ω.cm (min.) IEC 93
Water absorption 1% (max.) IEC 62

Adhesive Data:
PROPERTY
TEST METHOD
VALUE
Water absorption
ISO 62
<0.2%
Softening point
ASTM E28
855C
Peel strength (PE)
DIN 30672
4N/cm
Resistance to fungus and decay
ISO 846
Pass

Pricing

NOTE: Parts that are 2 to 1 shrink ratio are identified with an asterisk (*)
All other parts are 3 to 1 ratio

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