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G-4300, G-4300 2 HP Phase Drive

G-4300, G-4300 2 HP Phase Drive
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A. Fischer Phase Drives, A RAE Co. 4615 W. Prime Pkwy., McHenry, IL 60050 US Phone: 815.759.6928 • Fax:815.363.1641 E-Mail: info@afischerphasedrives.com • Web site:www.hoovenallisonllc.com Item # G-4300, G-4300 2 HP Phase Drive The A. Fischer Phase-Drive offers a reliable, simple and precise unit that solves problems of phase adjustment, registration and timing quickly and efficiently. In addition, it also has the added inherent ability to be used as a speed reducer in 4:1 ratio. With concentric input and output shafts. Adjusting the timing of various power transmission components often requires costly disassembly and re-positioning of shafts, gears, or chains, to bring about the proper phase position of one shaft with another. · SPECIFICATIONS · OPERATING DETAILS · BENEFITS · HORSEPOWER AND TORQUE RATINGS SPECIFICATIONS AGMA #4EP/ISO 150 gear oil is used in a positive splash system, integral sump with an oil level sight glass for easy observation. Each Phase Drive is supplied with a breather vent and magnetic oil drain plug. Input and output shafts hardened and ground. Ground locknut threads. Input and output shafts have quality taper roller bearings. Planetary gears run on precision needle bearings. Adjustment shaft bearings of oil impregnated bronze. All shafts protected by oil seals. #A356-T6 high strength and close grained impregnated aluminum alloy castings. Gear Cage Hardened and precision ground on tooth form. Heat treated alloy steel.

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Horizontal Mounting Style "A" Horizontal Mounting Style "B" Horizontal Mounting Style "C" Horizontal Mounting Style "D" Inverted Mounting Style "J" Vertical Mounting Style "E" Vertical Mounting Style "F" Vertical Mounting Style "G" Vertical Mounting Style "H" Perpendicular Mounting Style "I" Mounting Styles &Shaft Positions OPERATING DETAILS Adjustment shaft, through worm-and-gear arrangement, rotates ring gear engaging three planetary gears in a housing connected to the output shaft, thereby advancing or retarding the output shaft position in relation to the input shaft. You can cut into...

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