Vortex®: Wye Line Diverter™
What this video shows
Vortex presents the Wye Line Diverter, a two-way diverter built around a wye-shaped material path. The video is useful for understanding the internal flow path and moving components; pressure, leakage, wear, material compatibility and cleaning still need verification against the actual duty.
What the footage shows
The video shows the internal blade switching the connected branch while keeping a defined material route through the valve body.
Process challenge
Dry bulk material must be routed or isolated without unacceptable leakage, blockage, wear or contamination.
Demonstrated solution
The Vortex Wye Line Diverter changes or controls the material path with the switching mechanism visible in the video.
Technical overview
Key features
- •Two outlet wye geometry
- •Internal switching blade
- •Pneumatic conveying line connections
Benefits
- •Clear visual explanation of the flow path
- •Identification of process connections and moving parts
Typical applications
- •Pneumatic conveying route selection
- •One source to two destinations
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About this video
The video shows Vortex's Wye Line Diverter, a two-way diverter for pneumatic conveying lines. An internal blade changes the connected branch while maintaining a defined material route through the wye-shaped body.
What the footage establishes
The visible sequence supports an understanding of the diverter's geometry, interfaces and operating principle. It does not by itself prove capacity, service life, emissions, containment or suitability for another material.
Technical features visible or stated
- Two-outlet wye geometry
- Internal switching blade
- Pneumatic conveying line connections
Engineering context
Dry bulk material has to be routed between destinations without unacceptable leakage, blockage, wear or contamination. Particle size, bulk density, cohesion, abrasion and moisture all change how a diverter leaks, blocks and wears, so a valve that looks right in a video can behave differently on another material. Safe access and isolation must be planned with the complete installation, not the valve alone.
Data to verify before selection
- Representative material properties and expected variation.
- Required capacity and operating sequence.
- Pressure, temperature and environmental conditions.
- Cleaning, inspection and safe isolation method.
- Hazard assessment and evidence required at the site.
- Current drawings, operating limits and maintenance instructions.
Typical discovery context
- Pneumatic conveying route selection
- One source to two destinations
From video review to acceptance plan
The footage is a useful discovery source because it reveals equipment and process details a product name alone cannot show. Treat manufacturer statements as claims about the named configuration: ask for current documents, test methods and exclusions, and compare them with the actual process duty before specifying equipment.
Then turn each important observation into a checkable requirement. Define the material, operating state and measurable result, and record who supplies the evidence — drawing, calculation, certificate, material trial or site acceptance test. Cover normal production, startup, shutdown, cleaning and credible fault conditions so a visual impression never becomes an unsupported specification.
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