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FS Elliott - Model PAP Plus DH -Two and Three Stage Engineered Air Compressors
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Introducing the PAP Plus® DH Centrifugal Compressor by FS-Elliott: an epitome of power and reliability in air compression technology. Engineered for versatility, the DH model offers one-, two-, and three-stage configurations to meet a wide array of industrial needs. With an impressive flow capacity of up to 525 m³/min or 18,500 CFM, the PAP Plus® DH ensures consistent performance, setting a new benchmark for high-capacity compression requirements.
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- Flow: 285 – 525 m3/min | 10,000 – 18,500 CFM
- Power: 835 – 4,100 kW | 1,125 – 5,500 hp
- Pressure: 2.75 – 31 barg | 40 – 450 psig
- Designed to exact specifications – from API 672 to end users’ own complex needs.
- Straight-through intercooler tube accommodates periodic cleaning, rather than replacement.
- State-of-the-art, backward leaning impeller design that provides a broad range of superior aerodynamic performance characteristics.
- Adjustable inlet guided vane adjust to plant conditions and load variations to save energy.
- Full-capacity auxiliary oil pump continues normal, safe operation in the event of a main oil pump failure.
- Filter monitoring package allows operators to receive real-time differential pressure of the oil and air filters.
- Microprocessor-based smart transmitters capable of performing evaluations and producing diagnostics allows the operator to understand the condition of their compressed air system from a remote location.
- Horizontally split gear case and internal components are integral features of the only truly field-serviceable gear box in the industry.
- Regulus Control System allows the operator to control and manage the performance of one or multiple compressors, at the unit or remotely, to meet air demands while maximizing savings.
- ISO 8573-1 CLASS 0, 100% oil-free air minimizes downtime from oil contamination in the production line and eliminates the need for off-site condensate disposal.
- Engineered coatings designed for extreme conditions provide extended service life of internal and external surfaces, reduced maintenance, and corrosion prevention.