Winch Receiver
Winch Receiver
Check out this page if you are looking for Winch Receiver
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 WINCH MOUNTING PLATE for 2 Receiver Vehicle Hitches  US $144.00
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 ATV RECEIVER ACCESSORY WINCH MOUNTING PLATE FOR 1 1 4 SQ RECEIVERS W PIN CLIP US $68.99
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 LARGE WINCH MOBILE TOW HITCH MOUNT FOR 2 inch RECEIVER US $94.50
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 DRAW TITE FRONT MOUNT RECEIVER ACCESSORY WINCH MOUNTING PLATE 6495 US $116.99
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 MOBILE 2 RECEIVER TOW HITCH WINCH MOUNT QUICK CONNECTOR KIT TRUCK JEEP SUV US $87.50
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 WARN 32963 Winch Carrier Receiver Hitch Rear Wire Harness Cable Kit Multi Mount US $187.68
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 68531 Warn 2 Receiver Hitch Utility Winch Mount US $60.99
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 FRONT MOUNT RECEIVER ACCESSORY HANDLE KIT FOR 6495 WINCH MOUNTING PLATE US $143.99
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 WARN 32966 Winch Carrier Receiver Hitch Rear Wire 24 Cable 175 amp Multi Mount US $201.42
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 Ramsey Winch 282058 Winch Controller Wireless Key Fob Remote Receiver Kit US $119.65
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 Front Winch Multi Mount QM Receiver Hitch Tundra US $122.09
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 Front Winch Multi Mount QM Receiver Hitch S10 US $127.99
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 Front Winch Multi Mount QM Receiver Hitch E250 US $139.84
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 Front Winch Multi Mount QM Receiver Hitch E350 Van US $139.84
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 Front Winch Multi Mount QM Receiver Hitch Tahoe US $142.85
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 Front Winch Multi Mount QM Receiver Hitch Equator US $142.85
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 Front Winch Multi Mount QM Receiver Hitch Sport Trac US $142.85
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 Winch Mount W Handles for Receiver Hitch US $94.95
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 Front Winch Multi Mount QM Receiver Hitch Tacoma US $151.91
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 Front Winch Multi Mount QM Receiver Hitch Colorado US $151.91
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 Front Winch Multi Mount QM Receiver Hitch F350 US $151.91
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 KFI Products 1 1 4 Hitch Receiver Winch Mount 100615 BRAND NEW US $62.99
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 26370 Warn Multi Mount Portable 2 Receiver Hitch Winch Carrier US $223.99
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 Removable 2 Hitch Receiver WINCH MOUNT Portable Cradle US $79.99
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 WARN 26370 Winch Carrier 2 Receiver Hitch Multi Mount Quick Connect Front Rear US $258.63
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 2011 Chevy Silverado GMC Sierra Curt 2 Receiver Front Mount Hitch Winch Mount US $211.07
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 96 02 Express Savana Van 2 Curt Receiver Tube Front Mount Hitch Winch Mount US $213.68
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 2007 2011 Toyota Tundra Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $214.93
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 1987 1998 Jeep Wrangler Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $215.91
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 1984 2001 Jeep Cherokee Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $216.34
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 10 11 Chevy Colorado GMC Canyon 2 Receiver Tube Front Mount Hitch Winch Mount US $217.87
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 1997 Ford Econoline Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $222.05
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 Chevy GMC 1500 2500 Truck Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $224.84
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 2009 2011 Dodge Ram Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $227.74
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 2004 2010 Canyon Colorado Curt 2 Receiver Tube Front Mount Hitch Winch Mount US $228.56
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 29397 Warn Trans4mer 2 Receiver Winch Carrier Mount US $168.99
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 Trailer Receiver Tow Hitch Front Mount Winch handles US $48.19
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 WARN 62041 Steel Receiver Shackle Bracket US $59.99
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 WARN 29312 Receiver Shackle Bracket US $89.99
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 10000LB 4x4 Recovery Winch with 2 Receiver Cradle and Full Wireless VIPER US $409.99
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 9500LB 4x4 Recovery Winch with 2 Receiver Cradle and Full Wireless VIPER MAX US $419.99
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 Warn Winch Mount Plate 26370 for 2 hitch receiver US $208.00
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 Curt Mfg 31010 Winch Mount 2 Receiver Hitch Steel Black Each US $78.95
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 12000LB 4x4 Recovery Winch with 2 Receiver Cradle and Full Wireless VIPER US $439.99
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 12000LB 4x4 Recovery Winch with 2 Receiver Cradle and Full Wireless VIPER MAX US $449.99
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 Superwinch Portable Winch Mount 2 Class III Receiver Hitch Steel Black Each US $71.90
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 2000LB WINCH MOUNT PLATE RECEIVER FITS BADLAND HARBOR FREIGHT TOOL NORTHERN TOOL US $45.95
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 2010 10 2009 09 TOYOTA TACOMA WARN 29397 Front Receiver US $259.99
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 RECON 10500LB WIRELESS ELECTRIC WINCH RECEIVER HITCH MOBILE MOUNT CONNECTOR US $559.30
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 2002 02 2001 01 TOYOTA TACOMA WARN 63058 Front Receiver US $279.99
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Control apparatus for rotatable gearbox on crop harvester
A gearbox receives rotational power from the drive line and transmits it to the operable components. The gearbox, mounted on the crop harvesting header in the vicinity of said longitudinal centerline forwardly of the first generally vertical pivot axis, is journaled for rotation about a second generally vertical pivot axis. A unique electrical control system effects rotational movement of the gearbox in concert with the pivotal movement of the tongue to maintain appropriate alignment between the tongue and the gearbox.
A crop harvester having a wheeled frame with a tongue pivotally connected to the frame in the vicinity of a longitudinal centerline. The tongue, rotatable about a first generally vertical pivot axis, is swingable between extreme left and right positions on opposing sides of the longitudinal centerline with its distal end adapted for connection to a prime mover. A drive line transmits rotational power from the prime mover. A crop harvesting header, suspended from the frame in a forward disposition, includes operable components for engaging and processing crop material as the harvester is pulled over a field of standing crop.
Pull type harvesting implements have been utilized for various harvesting operations for many years. These harvesting implements, supported primarily by ground engaging wheels, are made in a variety of configurations, but normally include components supported on a transverse frame to which is connected a pivotal draft member, commonly called a drawbar or draft tongue. For convenience, any draft member discussed in the following description will be referred to as a tongue.
In pull type harvesters, the tongue extends forwardly of the transverse frame for attachment to a prime mover, such as a tractor, which pulls the implement and provides operative power for various harvesting components supported by the main frame. For example, if the implement is a mower-conditioner, cutting and conditioning components mounted on the frame require operative power, which is provided mechanically or hydraulically by the tractor. Hydraulic drive systems are costly and have been fraught with operational problems, not the least of which is power limitations when large implements are involved. Thus, in light of such problems implement designers have turned to the use of a mechanical drive line between the tractor and the harvester.
This patent discloses a central gearbox mounted on the header such that the gearbox is movable relative to the implement frame. The gearbox is rotatable about a vertical axis so that the input shaft into the gearbox can generally follow the pivotal movement of the tongue, which pivots about a rearwardly located vertical axis. This eliminates the occurrence of sharp angles at the gear box under conditions where the tongue swings between its extreme angular positions.
To accomplish the coordinated movement of the rotation of the gearbox with the pivotal movement of the tongue, the '859 patent discloses a telescoping steering mechanism that interconnects the tongue and the gearbox such that the gearbox is rotated in response to swinging movement of the tongue relative to the implement frame. The telescopic action of the steering mechanism is operable to accommodate the changes in distance of the respective connecting points of the telescoping mechanism between the tongue and the gearbox, i.e., as the tongue swings from side to side, the distance changes between the different horizontally spaced pivot axes of the tongue and the gearbox. The telescopic action of the steering mechanism, along with a horizontal pivot or gimble, also allows the steering mechanism to follow the vertical movement of the header relative to the tongue without restricting movement of the header or the tongue.
This telescopic steering mechanism, as taught by the '859 patent, suffers from operational problems associated with vibration due to the loosely fitting telescopic parts and wear of the sliding parts. The implement, as can be seen in the drawings of the '859 patent, is provided with a rotatable cutting mechanism and a crop conditioning mechanism, which are typical of harvester components. The operation of harvesting components, such as these, provides a substantial amount of vibration within the implement. Since the steering mechanism is loosely constructed to permit the necessary relative pivotal movements of the header and the tongue, operational vibrations are not uncommon, leading to noise and wear in other elements and parts of the harvester. Furthermore, the looseness of the elements and the sliding action therebetween also cause substantial wear in the steering mechanism itself, resulting in increased likelihood of malfunction, or even worse, failure leading to costly downtime.
Additionally, the mechanism of the '859 patent is subject to side forces from the torque applied to the gearbox by the drive mechanism and the cutterbar forces within the crop harvesting header on which the rotatable gearbox is mounted. These external forces place a side load on the steering mechanism linkage and can result in a binding of the telescoping tubes forming the linkage, which results in a thrust load on the gearbox and the connecting apparatus, particularly when the header rises and the telescopic tubes telescope together. These telescoping tubes also present a hinge-like degree of freedom which can contribute further to vibrations in the implement.
With prior art mechanical telescoping systems, the gearbox was steered to a point on the tongue, resulting in the gearbox pivot angle always exceeding the tongue pivot angle. In the instant invention, the gearbox angle can be selected for optimum value, i.e., it can understeer, steer equally, or oversteer the tongue. Experience by applicants has demonstrated that optimum conditions are realized when the gearbox is steered equally with the tongue, resulting in equal angles in the secondary PTO with minimal gearbox rotation.
About the Author
Zhongyi Hydraulic Motor Company is a professional engaged in gearbox,radial piston motor,axial piston motor,piston motor,slewing transmission,danfoss motor,hydraulic orbital motor,hydraulic steering,hydraulic steering unit,hydraulic winch. All products are strictly tested before delivery by testing bench and comprehensive testing facilities to ensure the quality.