Custom Industrial Equipment

The Lancaster KT is a low-priced, unique, semi-dense phase pneumatic material transporter. The small unit has only one moving part, uses relatively little compressed plant air, has a simple control, uses standard 2 inch pipe and is capable of moving up to three tons of material per hour. Read more

Request Information

Video

Mixing Technology and Application Reports

Download Brochure

Description

The Lancaster KT is perfect for moving material from a staging area inside or outside your plant (a bag breaker hopper, bulk bag unloader, loaded hopper or a storage silo) to an internal day bin near your processing area. The KT is great for difficult access places, such as removing excess material from press pits. It is also efficient in recycling material captured in baghouses.

k-10-diagram2

How It Works

The Lancaster KT is a unique semi-dense phase pneumatic material transporter. It is a small unit. It has only one moving part, uses relatively little compressed air, has a simplified control, but is capable of moving up to 3 tons of material
per hour and is low priced.

The operation of the Lancaster KT is simple. The KT is
positioned under the bag breaking station, bulk bag, silo, etc. The KT fills with material, then a short blast of air (less than one second) is piped into the KT. This raises the cone inside the KT, sealing the filling opening. Excess air forces a “plug” of material out of the KT into the delivery pipe. The air stops and the cone drops. Material again fills the KT ready for the next “puff” and another plug of material is forced down the pipe. These plugs of material continue to travel through the small diameter pipe – all at relatively low velocities and fluidization. When material gets to a Lancaster elbow, it partially fills the elbow until it exits the other opening. The material essentially forms its own elbow, thus reducing wear of the existing elbows.

 

KT Transporter png 2

Construction

The heart of the Lancaster KT Transporter is its only moving part – the machine-tapered plunger. This plunger normally rests on top of a small pipe. The pipe and the plunger are located within a larger diameter steel cylinder.

During operation, the plunger cycles upward when air is introduced, contacting a rubber seal. When air stops, the plunger falls to its rest position and the cylinder fills with material.