GEDORE Main catalogue Page 310
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Puller SPINDLES i GEDORE spindles ... ... require no maintenance! ... comprise turned hardened and tempered steel. The fine thread is then rolled this additional strengthening of the steel gives rolled thread a higher strength than a thread produced by cutting. ... have a fine thread which stops any unintended slackening from vibrations. ... are thermo-chemically treated. Nitro carburating makes the spindle extremely wear resistant and corrosion-proof. Nitro-carburated surfaces have excellent sliding properties. ... Oiling and greasing is not needed and, as such, the thread stays clean and smooth much longer. (Resinated, used oil attracts dirt and chips like magic. The thread pitches clog and turning the thread is not easy - in the final resort, this results in ruination of the thread. Not to speak of that irksome task of regularly filling up with oil.) ... are fitted out with a replaceable spindle tip which is equally suitable for both centred and non-centred shafts*. MECHANICAL SPINDLE, HYDRAULIC SPINDLE OR HYDRAULIC PRESS? • The mechanical spindles of GEDORE pullers offer many advantages: • made of heat-treated steel, fine thread rolled and thermochemically treated - making them particularly wear-resistant and corrosionresistant. Especially with high forces, the use of a hydraulic spindle can save time and effort. The principle of the hydraulic spindle is as simple as it is genial: by screwing in the pressure screw, the grease inside the hydraulic piston is pressed - the extending piston acts on the part to be extracted with a multiple of the force applied manually above Gedore spindles ... • • manually applied above on the part to be extracted. Due to this controlled mode of operation, the hydraulic spindle allows safe work and is and is particularly recommended for high forces. The hydraulic press is an alternative to the hydraulic spindle. It is mounted between the mechanical spindle and the shaft and supports the spindle with its hydraulic power. Pulling off with the support of hydraulic aids saves working time and power, as the puller cannot rotate during the pulling-off process. * As standard with extractors Nos. 1.04 and No.1.09 Puller 1.06/HSP › For controlled and safe pulling work › Set up for a compression of 10 t, 12 t or 15 t › The thrust piece can be replaced by a tip and Hydraulic pressure spindle › The small pressure spindle is secured with an unscrewing lock to stop any accidental withdrawal extended if necessary Code No. a max. t max. Nm b c d e f Stroke 8116100 1.06/HSP1 G 1/2" 10,0 17,0 80 135 350 12 32 12 0 1,1 8116290 1.06/HSP2 G 3/4" 12,0 19,0 80 205 420 12 36 12 1,8 8116370 1.06/HSP3 G 1" 15,0 33,0 125 165 465 17 41 12 3,4 1.06/HSP-V Extension for hydraulic splindle 310 Code No. Usable length y 2824787 1.06/HSP-35V 35 60 0,3 2824841 1.06/HSP-85V 85 110 0,6 2824868 1.06/HSP-135V 135 160 1,0 0
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