Quick release legs for fast, easy set-up and adjustment By reversing the legs, this tool can be used as an internal or external puller Upgradeable with hydraulic spindle (see table) Self-supporting...
In plastic case Contents: 1 spindle, 1 cross-beam each 2- and 3-arm pattern and 9 slim pulling legs in 3 lengths Second spindle in the set 1.07/K safes working time 1.07/K-2 insert with nubs on bot...
The double leg ends, wide or narrow, grip automatically The wide leg ends of the puller 1.11/2, /3, /4 and /5 possess 8 mm slots, so that pulleys or gears may also be pulled off using 8 mm bolts Th...
With technical and economical benefits due to the variable clamping reach and automatic grip of the legs Especially suited to removing V-belt pulley wheels and flywheels mounted on longer shafts Up...
With technical and economical benefits due to the variable clamping reach and automatic grip of the legs Especially suited to removing V-belt pulley wheels and flywheels mounted on longer shafts Up...
With technical and economical benefits due to the variable clamping reach and automatic grip of the legs Especially suited to removing V-belt pulley wheels and flywheels mounted on longer shafts Up...
The legs selected using the table are inserted into the ball race, evenly distributed in the outer ring according to the number of balls The support rings supplied for the ball bearings to be remov...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Especially suitable for the safe and trouble-free extraction of needle roller bearings, ball bearings and brass sleeves from crankshafts Note: The soulder of the shell jaw must be applied behind th...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out shoulders of the pulling shell jaws will press outwards behind the part to be extract...
Titanium-nitrided surface Multiple wrench size (11 + 13 mm) M10 connecting thread Operation: The internal extractor is inserted into the bearing and the spindle screwed in. The sharp turned-out sho...