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DUSTLESS LOADING SPOUT

DUSTLESS LOADING SPOUTThe PEBCO® retractable dustless loading spout is designed to load dusty, free-flowing bulk materials into a variety of containers and vehicles, with a minimum of dust emissions. It is a self-contained unit comprised of a series of stackable cones for product column control, a flexible outer sleeve for dust containment, and a cable-winch system for spout retraction. Various configurations are available to load both enclosed and open containers and vehicles, as well as for product stockpiling. The spouts are available with a wide variety of control features for any desired level of automation.

The DLS comes in a wide range of sizes capable of handling from 200 CFM of material to in excess of 1,200 CFM of material. In addition, PEBCO®/Cleveland Armstrong® can supply positioners, integral dust collectors, product spreaders, and fluidized conveyors.

PEBCO® spouts have a number of features that are unique and give the user added benefits. For all models, PEBCO® uses a 3 cable hoist to ensure even raising and lowering as well as to prevent "cocking". The gear box and motor are located outside the frame for easy access during servicing. The electric motor is mounted horizontally so any oil leaks from gearbox will not run into the motor. The gearbox and cable reels are direct coupled without the use of shearing devices and all components are designed to take the full motor torque. Should the spout get hung up so that it is prevented from rising, the motor overloads will kick out preventing damage to the equipment. Getting back into operation is only a matter of clearing the obstruction and resetting the overloads.

PEBCO®'s Dustless Loading Spout (DLS) was designed with these benefits in mind:
Dustless Loading Spout

This spout is used for loading bulk material into trucks, railcars, barges and ships, as well as for discharging material onto stockpiles. The spout can be provided with a positioner, integral dust collector and product spreader.

When comparing competitive spouts with our PEBCO® Model DLS-22, we have several distinct design advantages. These are described below:

On most competitive spouts the motor is mounted vertically inside the frame of the spout as compared to ours which is mounted externally and horizontally. PEBCO®'s design greatly enhances ease of inspection and service of the drive train. Our competitors use a smaller 7/8" main drive shaft as compared to PEBCO®'s 1¼" shaft. In addition, they incorporate a sintered metal coupling. The reason for this metal coupling is the competition's gear reducer has a .6 safety factor. There is the possibility that on stalling the chute during lifting, the gear reducer limits could be approached. Therefore, the coupling is designed to fail in order to protect the gear box.

PEBCO® does not need the shear coupling as our competition does. We utilize a larger gear box, and as mentioned earlier a larger shaft. Should the spout stall, the motor electrical overloads would disengage the motor long before approaching the safety factor of our gear box or drive train.

Due to mounting the motor inside the housing, the competition has only enough room to put a two cable raising and lowering system. This system has a much greater tendency to get out of alignment thus causing excessive wear on the cones and/or on the dust enclosure sleeve. PEBCO® utilizes a three-cable lifting arrangement to eliminate alignment problems and accelerated wear which results from misalignment. "Cocking" of the spout is also eliminated. This design provides increased stability even during high wind loading.

PEBCO®'s heavier duty design utilizes the use of a more powerful electric motor. The competition's base spout electric motor is ½ horsepower, while the PEBCO®'s base spout electric motor is 3/4 horsepower.

PEBCO® utilizes 240 BHN abrasion resistant steel as the standard inner cone material. The competition supplies an inner cone constructed of mild steel. PEBCO®'s inner cone material selection provides longer cone life and less maintenance even when applied in applications where in the product handled is highly abrasive.