Kukko Hydraulic Puller with 3 Swiveling Jaws 13 Ton Capacity 19-3/4" Opening 21" Adjustable Reach 206-3-B

This item is NOT returnable.

Made in germany grease hydraulic spindle power adjusted reach to provide larger depth range three jaw design ensures the load is distributed evenly. The heavy 3-arm lug puller with oscillating height-adjustable puller legs and grease-hydraulic spindle is used for centric pulling of large particularly tight-fitting bearings gears and discs in all common sizes for crafts industry and workshops. The grease-hydraulic spindle achieves a pulling force of 15 tonnes. It can be used to loosen any component that sits on a shaft and is freely accessible from the outside. The mechanical spindle can be used for extraction processes with a tensile force of up to 10 t and/or in confined spaces. The oscillating puller legs adapt to any installation situation and can be used universally due to the possibility of adjusting the clamping depth. The claw shape differs depending on the version. The 3-arm design guarantees an even load distribution and thus a particularly secure hold on the part to be extracted. Range of application for centric extraction of large particularly tight-fitting bearings gearwheels and discs features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" adjustable puller legs for individual adjustment of the clamping depth oscillating puller legs offer a wide range of adjustment options pulling legs with different claw shape for flexible working claw end with slot provides hold for screw for additional support when pulling off grease-hydraulic spindle guarantees easy and controlled removal of particularly stuck parts with little effort if space is limited and direct access to the component is required the mechanical spindle can be used mechanical spindle has a rotatable spindle tip for safe placement on smooth surfaces and for centring safe positioning of the spindle due to rotatable spindle tip both on smooth surfaces and for centring (switch technology) 3-arm design ensures an even distribution of force and allows for greater pull-off

Additional Information