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- Coupling is designed to minimize spillage and damage associated with drive away and pull away incidents.
- Typical applications: loading rack
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SBC500SSA - Acople de Seguridad MannTek “Break Away” - Versión Industrial Hembra NPT x Hembra NPT
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Atributos
| Paquete Opcional/Cantidad por Caja |
1
|
|---|---|
| Medida |
5"
|
| Material |
Acero inoxidable 316
|
| Sello |
FKM (FPM)
|
| Espesor |
10.6" (269 mm)
|
| Presión de Trabajo |
360 PSI at 70°F (21°C)
|
| Longitud |
14" (356 mm)
|
| Flujo |
1100 GPM (4154 LPM)
|
Detalles
Applications
Available Options
- Also available in 150# Flange, BSP thread, DN Flange, 300# ASA Flange, Grooved Ends or any combination thereof. Consult Dixon for more information.
- Optional Non-closure Design is available. The non-closure design is an economical alternative which allows the coupling to break away due to pull-away/drive-away incidents thus protecting piping systems and equipment. The design allows spillage of product in these instances due to the lack of valving in the coupling. Useful applications where non-hazardous product is being conveyed and where there are no environmental concerns. Available in both Industrial and Marine versions. Consult Dixon for more information.
Features
- Designed to be installed between a fixed point (pipe, pump, manifold) and a hose
- Coupling automatically senses an excessive load, closes the valves and disconnects
- High flow rate / low pressure drop
How It Works
- The safety break-away valve consists of two halves, each with a valve that has an O-ring seal. When the safety break-away couplings separate, it allows the valves to close. The two valves close rapidly, minimizing exposure to personnel and the environment.
- Safety break-away couplings have three external break bolts. In the case of axial tension all of the bolts take up the force corresponding to the break force on the hose with a safety margin. Non-axial forces concentrate the tension forces more strongly on one bolt, so that the safety break-away coupling reacts in a natural way to the reduction of the hose break forces.
