Hauff-Technik Sellado de espacio anular para 6 cables D 8-35mm HRD 150-SG-6/8-35

The Hauff-Technik HRD 150-SG-6/8-35 is a high-quality annular space seal designed for sealing core drilled holes or empty pipes with a nominal diameter of DN 150. It provides gas and watertight sealing for up to 6 cables with diameters ranging from 8 to 35 mm each. The mechanical compression mechanism ensures reliable sealing, making it ideal for use in demanding environments such as telecommunications, energy, and industrial applications.

Advantages

This seal offers exceptional durability and performance. Its EPDM rubber gasket provides excellent resistance to UV radiation, chemicals, and extreme temperatures from -30°C to +100°C. The stainless steel V2A (AISI 304) hardware ensures corrosion resistance and long service life. The dry installation method simplifies setup, and the segment seal design allows for easy adaptation to various cable configurations.

Suitable for

• Sealing cable entries in building foundations, walls, and floors
• Protecting against gas and water ingress in underground installations
• Use in industrial plants, utility tunnels, and infrastructure projects
• Applications requiring a pressure rating of up to 2.5 bar

Key specifications

• Seal Type: Annular Space Seal
• Number of Cable Entries: 6
• Cable Diameter Range: 8 - 35 mm
• Nominal Core Bore / Pipe Diameter: DN 150 (150 mm)
• Sealing Performance: Gas and Watertight
• Maximum Pressure Rating: 2.5 bar
• Gasket Material: EPDM Rubber
• Hardware Material: Stainless Steel V2A (AISI 304)
• Operating Temperature Range: -30°C to +100°C
• Installation Method: Dry Installation
• UV Resistant: Yes
• Chemical Resistance: Good (against many acids and alkalis)
• Sealed Medium: Gas, Water
• Seal Design: Segment Seal

Recommendations

For optimal performance, ensure that the cables are clean and free of debris before installation. The seal should be tightened evenly to achieve the required compression. Always verify compatibility with the specific cable diameters and environmental conditions.