Suporte de poste OBO BETTERMANN 6479603, médio, galvanizado a quente e revestido a plástico, cinzento, 210 x 70 mm, para poste IS 8

Mounting attachments to poles or masts often requires a bracket that can withstand harsh outdoor and industrial environments while allowing precise positioning. The OBO BETTERMANN 6479603 pole bracket solves this by providing a robust, medium-duty cantilever arm designed for double-sided, stepless attachment to an IS 8 pole. Its hot-dip galvanized steel construction with an additional plastic coating ensures enhanced corrosion protection, making it suitable for long-term use in demanding conditions.

Who is it for

This bracket is intended for electricians, installers, and maintenance professionals who need to mount equipment, cable trays, or other components on IS 8 poles in outdoor or industrial settings. It is particularly valuable in environments where corrosion resistance and adjustable positioning are critical.

Main features

• Medium-duty design for reliable support of attachments
• Double-sided, stepless mounting on IS 8 poles for flexible positioning
• Hot-dip galvanized steel with plastic coating for superior corrosion protection
• Grey finish for a neutral, professional appearance
• Dimensions: 210 mm length x 70 mm width

Specifications

• Brand: OBO BETTERMANN
• Model: 6479603
• MPN: 6479603
• EAN: 4012195872962
• Product type: Pole Bracket / Cantilever Arm
• Material: Steel
• Surface treatment: Hot-dip galvanized
• Coating: Plastic-coated
• Colour: Grey
• Length: 210 mm
• Width: 70 mm
• Mounting type: Double-sided, stepless
• Compatibility: IS 8 Pole
• Corrosion protection: Enhanced (hot-dip galvanized and plastic-coated)
• Application: Pole/Mast mounting for various attachments
• Environmental suitability: Outdoor, Industrial
• Unit quantity: 1 piece

Tips

When installing, ensure the pole surface is clean and free of debris to achieve a secure grip. The stepless adjustment allows for fine positioning, so take advantage of this to align attachments precisely before final tightening.