The 3-arm lug puller with oscillating and reversible puller legs is used for centric pulling off of bearings, gears and washers in all common sizes for handicraft, workshop and industry. It can be used to loosen any component that sits on a shaft and is freely accessible from the outside. The oscillating puller legs with adjustable clamping depth can be used on both sides. The claw shape differs depending on the version. The 3-arm design guarantees even load distribution and thus a particularly secure hold on the part to be extracted.
Range of Application: For centric extraction of bearings, gear wheels and discs
Features:
- Adjustable and 180° rotatable puller legs for individual adjustment of the clamping depth
- Oscillating puller legs offer a wide range of adjustment possibilities
- Pulling legs with different claw shape for flexible working
- 3-arm design ensures an even distribution of force and allows for greater pull-off forces
- Safe positioning of the spindle due to rotatable spindle tip both on smooth surfaces and for centring (Switch Technology)
- Anti-slip device on the spindle head for safe working with spanners
- Spindle run-out to protect the thread
- Apply the puller leg to the part to be removed from the outside
- Swing the claws under the part
- Pull the spindle manually to fix it
- Move the hexagon on the spindle head with a ratchet or a combination spanner until the component is loosened
- 202-3-T_Traverse
- 202-3-260-S_3 Trigger hook (set)
- 626300_Mechanical pressure spindle
- Clamping depth of external puller [mm]: 260 mm
- Width across flats [mm]: 27 mm
- Span outside pull-off (min.) [mm]: 0 mm
- Span outside pull-off (max.) [mm]: 300 mm
- Hook root thickness at the tip (claw thickness K) [mm]: 5 mm
- Hook base width (claw width J) [mm]: 26 mm
- Hook base depth usable (claw depth usable O) [mm]: 20 mm
- Total hook root depth (total claw depth H) [mm]: 35 mm
- Total claw thickness (L+1mm) [mm]: (claw distance to base surface): 12 mm
- Span inside pull-out (min.) [mm]: 112 mm
- Max. tractive force [t]: 10
- Max. tensile force [kN]: 100 kN