Transair® Drop Brackets for Stainless Steel Pipe

Артикул

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Бренд

Parker

Цена

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Описание

Краткое описание: Transair Drop Brackets are designed for quick and easy addition of drop lines to an existing stainless steel piping system. These drop brackets are rated for water and chemical transfer.
Расчетное вакуумметрическое давление: 0.03 Inch-Hg, 1 mbar
Наружный диаметр трубы: 1-1/2 to 4 inch, 42 to 101 mm
Материал уплотнения: FKM or EPDM
Размер резьбы соединения: 3/4 or 1 inch
Модель продукта: Female NPT or BSP Saddle Reducing Bracket
Максимальное рабочее давление: 145 psi, 10 bar
Минимальная рабочая температура: -4 °F, -20 °C
Максимальная рабочая температура: +194 °F, +90 °C
Применение: Compressed Air, Vacuum, Industral/Inert Gas, Process Water, Chemical Transfer
Transair Drop Brackets make adding drop lines to an existing stainless steel piping system quick and easy. Only a drill and a drilling jig are needed to install a Transair drop bracket. For stainless steel applications Drop brackets come in the saddle reducing bracket style. These drop brackets come with either EPDM or FKM seals for maximum chemical compatibility.

When installing drop brackets, the hole must be on the top or side of the pipe to prevent any moisture from running down the new line.

For the full installation instructions, download our installation manual or watch our installation videos.

The “full bore” design of Transair connectors paired with the low coefficient of friction in the pipe ensures optimal flow throughout the system. All connectors are 100% recyclable, silicone-free, and made of non-flammable materials. (UL94-HB compliant) Parker has a 10 year guarantee on all Transair pipe and connectors.

Markets:
• Automotive Assembly
• Food & Beverage
• Packaging
• Industrial Plants
• Aerospace

Features/Benefits:
• Quick Connection Technology
• Modular and Reusable
• No Corrosion
• Full-bore Design
• Lower Installation costs
• Optimum Flow Rate
• 10 year guarantee
• Immediate Pressurization
• Lightweight

Applications:
• Compressed Air
• Inert Gas
• Water Transfer
• Chemical Transfer