Hauff-Technik cable and pipe sealing...
Transcript of Hauff-Technik cable and pipe sealing...
Always. Reliable. Tight.
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Hauff-Technik cable and pipe sealing systems
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We have to stay outside
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The Problem
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Unsealed openings can cause water ingress…
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…which results in structural damage…
…on the building… …and the cables
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…downtime…
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…and short circuits (animal ingress).
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Common ways to „seal“
wall penetrations
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1. Create a hole in the wall
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Interface gaps between duct or pipe and concrete…
…due to shrinkage during the setting
process or poorly compacted concrete…
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Interface gaps between duct/pipe and concrete…
…or due to no fixation of the sleeves in the formwork
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Ovality…
…due to a low or insufficient wall
thickness of the pipes and the ducts.
no possibility for using a standard
seal (increasing costs)
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One rainfall…
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2. Seal the hole in the wall…
…with cement…
…mastic putty or resin…
…or expanding foam
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Problem: None of the materials seal the whole opening
The material won‘t get around all cables or pipes.
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One rainfall…
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Solutions
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Outside of building
New Buildings – suitable high quality wall inserts
Inside of building
Cable entry sytem
HSI 150 (single wall insert)
Wall sleeve
ZVR
Cable entry sytem
HSI 150 (single wall insert)
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Outside of building
New Buildings – suitable high quality wall inserts
Inside of building
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Existing Buildings – Cable Entry System HSI 150-DFK
Outside of building Inside of building
Core drill
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New Buildings – wall sleeve or core drilling
Outside of building Inside of building
Available with diameter
80, 100, 125, 150, 200, 250 and
300 mm
Core drill
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Individual press seals
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• Customized seal manufactured to customers requirements with millimetre accuracy
• Closed design for newly installed cables
• Split design for retrofit sealing for cables that are already installed
• Eccentric, split design for cables already installed and not positioned centrically
• Optional overlapping flange for difficult installation situations
• also available as blind plug for sealing of unused openings
No matter what shape or size – the individual HRD will provide the
right solution
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No limitation to shape or size
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Operating principle
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Additional fire protection
• Available for core drills (up to 200mm) , individual or standard seals or HSI
• Tested according to BS 476, part 20
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Additional fire protection
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The patented 3-phase reaction
2nd phase ~ swelling:
At around 280°C, the filler starts to expand by up to 40%.
The result: All feed-throughs and cavities are optimally sealed.
1st phase ~ bonding:
At around 130°C, the contents of the pillows start to bond together.
The result: The contents do not leak if the envelope is damaged.
3rd phase ~ hardening:
At around 800°C, a ceramic reaction causes the pillow filling to
harden into a solid block.
The result: High mechanical stability of the fire-barrier is secured.
Always. Reliable. Tight.
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Thank you for your attention!