Custom Stainless Version

For plastic and paint odor source elimination by arm capture and carbon scrubbing of odors
Optional Class I Group D, and Class II Groups F and G - Division I Explosion-Motor and NEMA 7/9 Starter for HAZLOC applications. Your EHS or AHJ would need to approve this. We can provide all the documentation you will need.
Single Arm Unit | Dual Arm Unit |
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TEFC Continuous Motor (standard) | TEFC Continuous Motor (standard) |
OPTIONAL: Class 1 Group D Class II F and G XP Motor | OPTIONAL: Class 1 Group D Class II F and G XP Motor |
OPTIONAL: Type 4/4X/12K - IP66 Thermal Starter | OPTIONAL: Type 4/4X/12K - IP66 Thermal Starter |
NEMA 4X, 7, 9 Thermal Starter | NEMA 4X, 7, 9 Thermal Starter |
Single Arm Unit | Dual Arm Unit |
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56 lbs. of 4mm carbon pellets | 56 lbs. of 4mm carbon pellets |
24x24x12 Sticky Fume Wet Filter | 24x24x12 Sticky Fume Wet Filter |
24x24x12 Poly Ring Panel Filters | 24x24x12 Poly Ring Panel Filters |
1.0HP TEFC Motor | 1.5HP TEFC Motor |
Non-Sparking Blower and Components | Non-Sparking Blower and Components |
Motor is in clean air stream | Motor is in clean air stream |
Compliant with NFPA 8 cu ft rule | Compliant with NFPA 8 cu ft rule |
120/1/60 operation | 120/1/60 operation |
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PDB-VOC - Dual Arm is great for two operators, or one operator using adhesives or glue over a larger work surface.
These collectors are designed to capture and filter sticky fumes and solvents from applications like soldering or plastic extrusion-venting, while returning clean air into the workspace. It is equally as useful in hundreds of other industrial applications where multiple filtration stages are needed within a compact unit.
With the PDB units you can eliminate 90% of odors and Volatile Organic Compounds (VOCs) that are generated in all kinds of applications where sticky, smelly fumes and vapors are being generated.
Scrubbing of VOC with a combination of potassium permanganate and activated carbon. In dust collection, the concept of dialing back the CFM for better VOC scrubbing may seem counterintuitive. Unlike particulate matter where high capture velocity is crucial for swift filtration, VOC demands a different approach. Using an oversized motor and blower can lead to rapid passage of VOC through the absorption media, compromising effectiveness.