Paint Booth Mixing Room Salient Characteristics.pdf

DEPARTMENT OF THE AIR FORCE

HEADQUARTERS 36TH WING (PACAF)

ANDERSEN AIR FORCE BASE GUAM

REQUIREMENT DESCRIPTION WITH SALIENT CHARACTERISTICS

(In detail, please describe those physical, functional, performance, or material element qualities of an item that are essential to ensure that the intended use of the item can be satisfactorily realized.)

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LARGE EQUIPMENT CROSSDRAFT PRESSURIZED BOOTH

Front Opening/Product Door Access: Solid swing door no window Front Opening/Product Door Size: 12' W x 14' H Door Limit Switch(es): Included Personnel Door Access Arrangement: (1) 3' W x 7' H with 18'' x 24'' Observation Window Large Equipment Paint Booths designed for long-lasting performance. Constructed of high-quality materials for unrivaled structural integrity, they deliver a superior quality finish in the most efficient manner. The Large Equipment Booth line offers extensive pre-engineered models and options that are ETL and ETL-C listed and meet or exceed industry safety standards.

Pressurized Crossdraft Paint Booth with Intake Chamber The simplest, most cost-effective configuration, clean air is introduced into the booth through an intake plenum at the front of the enclosure and is exhausted through a plenum at the rear of the booth. Air is pulled horizontally from the front of the booth through the working depth. The intake and exhaust filter layout is designed for even air velocity throughout the working area of the booth (Consistent air velocity is an important factor in achieving a quality paint job). The intake plenum is designed with high efficiency intake filters to remove dust and dirt before it enters the paint booth. By pressurizing the booth, you will achieve a cleaner paint job because the air entering the booth will be ducted directly from the intake air source (Heated AMU or intake fan) into the booth intake plenum, bypassing potentially contaminated shop air. The booth is designed with the maximized filter quantity to assure efficient particulate filtration from the intake and exhaust filters.

Tube Axial Fan Tube axial fans feature continuously welded housing for an airtight seal. Non-sparking cast aluminum propellers provide consistent air velocity at higher static pressures. Universal motor plates allow for adjustable belt tensioning. The belt guard provides protection from the rotating pulley, per OSHA requirements. Motors feature a heavy-gauge steel frame, double-sealed ball bearings that are mechanically locked on the shaft end, and a bolt on the motor base for easy removal.

T8 LED Light Fixtures Auto-Balance System The auto-balance system keeps a paint booth balanced when it is in operation. The system monitors interior booth pressure and adjusts the exhaust fan’s RPMs to meet the need of the volume of exhaust air based on the amount of intake air. Booths with an auto-balance system stay in balance as filters load with paint overspray. This increases useful filter life, provides consistent airflow throughout the booth and controls booth pressure.

Forced Dry Paint Curing System The Air Make-Up Unit (AMU) in a forced dry paint curing system is designed with a two-speed motor and damper package to discharge air at 160 degrees Fahrenheit for the accelerated curing cycle. The design reduces airflow by 50 percent during cure mode. The system always uses outside air during cure mode to ensure clean air for the cure cycle. It also includes an auto-balance system with a variable frequency drive (VFD) to automatically adjust the airflow of the exhaust fan to ensure proper booth balance, not only during cure mode but during spray mode.

Galvanized Single-Skin Panels