The Gardner Denver FG-FXG P,R and T is a twin-cylinder mud pump built around a one-piece alloy cast iron power end frame. Compared with a welded structure, the cast frame offers strong vibration damping, absorbing shocks during operation to protect the gear train and bearings over long service. Power transmission relies on a continuous-tooth herringbone gear whose main gear and eccentric wheel are cast as a single rigid part, keeping multiple teeth in mesh for quieter running, lower vibration and better load distribution. Factory spec data lists a rated input power of 32 HP, a stroke length of 6 in and a rated speed of 354 SPM, with liner bores of 5 in, 4 in and 3 in; per-liner output and pressure ratings available on request. We supply fluid-end replacement parts for this model to Canada, the United States and international oil and gas markets; contact us for current availability.
FAQ
What construction does the Gardner Denver FG-FXG P,R and T use?
Its power end is a one-piece alloy cast iron frame with strong vibration damping, and its continuous-tooth herringbone gear has the main gear and eccentric wheel cast as a single rigid part for smooth, quiet power transmission.
What are the factory ratings of the FG-FXG P,R and T?
Factory spec data lists a rated input power of 32 HP, a stroke length of 6 in and a rated speed of 354 SPM. Liner bores of 5 in, 4 in and 3 in are listed; per-liner output and pressure ratings available on request.
Which fluid-end parts are offered for the FG-FXG P,R and T?
Liners in the listed bores with matching pistons, valves, valve seats, valve springs and packing. Contact us for current availability.
Can you export FG-FXG P,R and T parts to Canada or the United States?
Yes, we serve Canada, the United States and international oil and gas customers. These pump parts generally ship under HS code 84139100; contact us for current availability.
How do I choose a liner bore for the FG-FXG P,R and T?
Factory data lists 5 in, 4 in and 3 in bores: larger bores favor volume, smaller bores suit higher-pressure work. Per-liner output and pressure figures are available on request.