Spindle summary

Extension for hydraulic spindle 1.06/HSP1-3, L35/60 mm - GEDORE 1.06/HSP-35V - 2824787 Extension for hydraulic spindle 1.06/HSP1-3, L35/60 mm

Hydraulic press, 8 t - GEDORE 1.55/1 - 8024090 This piece of auxiliary equipment considerably increases the capability of the standard pressure spindle Operation: With pressure released, the press is placed between the pressure spindle and the end of the shaft. The pressure spindle is then tightened firmly. Care must be taken that the centreline of the shaft, the hydraulic press, and the pressure spindle are exactly in alignment. Then the hydraulic spindle is screwed inwards. Important note: Release the hydraulic press after use

Hydraulic pressure spindle 10 t - GEDORE 1.06/HSP1 - 8116100 For controlled and safe pulling work Set up for a pressure of 10 t, 12 t or 15 t The pressure piece can be replaced by a tip and lengthened, as required. The small pressure spindle is secured with an unscrewing lock to stop any accidental withdrawal. Preparation for use: 1. Before using, check whether the pressure spindle is screwed far enough out of the cap, so that the pressure pad is in the initial position in the hydraulic cylinder. 2. Unscrew the cap from the spindle body. For this purpose, first slacken off the grub screw. 3. Screw the spindle body from beneath into the cross piece of the puller until the body protrudes approx. 60 mm from the cross piece. 4. Screw the cap onto the spindle body until the stop, and then fix it in position by turning in the grub screw. Use and operation: e.g. HSP3 5. Place the puller into position and pre-tension the spindle body using a size 41 mm wrench. 6. Screw the pressure spindle size 17 mm into the cap. The hydraulic effect will come into use. The stroke of the pressure pad in the hydraulic cylinder is max. 12 mm. The workpiece that has been loosened by the hydraulic force may be pulled off completely by turning the spindle body with the cap size 41 mm. 7. Following its use, the pressure spindle (size 17 mm) is turned back into its initial position and the pressure pad pushed into the hydraulic cylinder.