Powder Receiver Series

Reliable, Central Vacuum Conveying of Free-flowing Powders

The Conair PR Series of Powder Receivers effectively transfer powdered resins (down to 1 micron), with the efﬁciency of a central vacuum system. Available in a range of sizes to ﬁt user needs, the PR Series uses high capacity, pleated ﬁlters coupled with a compressed air accumulated blowback system, for long, maintenance-free operation.

Each receiver includes a vacuum sequencing valve in its lid for easy connection to a central vacuum system.

The Powder Receiver range can provide up to 168 ft2 {15.6 m2} of filter area with a lower profile than most receivers on the market, allowing installation in low headroom area

All components disassemble quickly. No tools are needed for material changes or cleanout. The pull-out filter assembly eliminates the mess associated with “bag-style” Powder Receivers.

The special, easy-release surface of the cartridge filters provide long operating life without packing or degradation. The programmable blowback system minimizes dust and maximizes throughput.

Stainless steel construction

Standard carbon steel construction can be substituted with 304 grade stainless steel (uncoated inside the loader and cosmetically powder coated on the outside).

MedLine® DuraLoad Receiver - Up to 3 ft³ {85.0 liters}

Wear plates

Replaceable plates, installed inside the loader body, eliminate hopper wear- through when conveying abrasive or glass- filled materials. Available in either cold rolled steel or electroless nickel plating.

Differential pressure gauge

To moinitor the air passage of the filters to instantly determine powder compaction and the need to manually clean or replace the filter(

Positive discharge valve

Provides a pneumatically driven discharge valve on the bottom of the loader in the event that gravity will not sufficiently open the standard flapper after loading. Useful for very light resins or any resin that may not flow easily.

Filter vent assembly

The filter vent assembly provides a predictable exhaust path for blowback air to prevent pressurized air and dust from escaping through feed tubes or seams in the receiving vessel.