FDC blowers feature direct drive motors from 0.5 to 5 HP and are available in voltages of 115 single phase, 230 single phase, and 230/460 3-phase, dependent upon motor size. These new models utilize Premium Efficiency motors, and can provide a maximum pressure of 18.60 in. H2O, and a maximum capacity of 1860 SCFM.
These filters offer protection by filtering the inlet air when the blower is being used for pressure applications. They have a perforated metal outer cover, an inner liner wrapped with a fine (.009") mesh screen, and are rated for 200 micron filtration. See size options for Blowers VFC400 A/P to VFZ904A
These covers are designed to fit over the inlet filter in order to provide better filter protection. They are made of 100% polyester fibers, are approximately 3/4" thick, and are rated 80% efficient at 25 microns.
These filters provide protection by filtering the inlet air when the blower is used for pressure applications. They have a perforated metal outer cover, an inner liner wrapped with a fine (.009) mesh screen, and are rated for 200 micron filtration.
These relief valves are designed to protect the blowers from overheating when operating dead-headed. Please choose the correct blower/ring compressor size from the drop down options.
The VFC400P-5T is a single-stage ring compressor with a maximum pressure of 54.5 in. H2O, maximum vacuum of 50 in. H2O, and a maximum capacity of 98 SCFM.
The VFZ 40 Series are single-stage ring compressors with a maximum pressure of 58 in. H2O, a maximum vacuum of 52 in. H2O, and a maximum capacity of 89 SCFM.
The VFZ 50 Series are single-stage ring compressors with a maximum pressure of 80 in. H2O, a maximum vacuum of 80 in. H2O, and a maximum capacity of 135 SCFM.
The VFZ601A-7W is a 5.0 HP single-stage ring compressor with a maximum pressure of 134 in. H2O, maximum vacuum of 95 in. H2O, and a maximum capacity of 173 SCFM.
The VFZ701A-7W is a 6.7 HP single-stage ring compressor with a maximum pressure of 105 in. H2O, maximum vacuum of 99 in. H2O, and a maximum capacity of 217 SCFM.