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Tahun pembuatan: 2003, Kondisi: sangat baik (bekas), Press-in Device for Ceramic Pins in Rotor Shafts Operating Principle: The ceramic pins are supplied to an inspection station via a vibratory bowl feeder and a pneumatic hose, where the orientation of any possible unilateral borehole is checked using an optical sensor. Incorrectly oriented parts are sorted out into a collection container by a pneumatic gate. Correctly oriented pins are fed to the separator of the press-in tool via another pneumatic hose. The actual pressing-in process is also carried out pneumatically, using a plunger guided by a roller bearing. An initial manually adjustable pressure p1 ensures that the pin is not pressed too easily into the shaft. Subsequently, a manually adjustable pressure p2 presses the pin to its stop position into the rotor shaft. A disc spring assembly preloaded at 5,000 N prevents excessive force from being applied to the pin and shaft. The rotor shaft must be manually inserted, removed, and clamped into the tool by an operator. This process is safeguarded by a light curtain. Blsdpfx Asib H U Depcei Construction: Self-supporting, fully integrated station for pressing ceramic pins and balls. Rotor Shafts: Diameter: 5 - 20 mm Length: 50 - 200 mm Ceramic Pins: Diameter: 3 mm Length: 5 +/- 0.2 mm Cycle Time: Performance: 15 cycles per minute Safety: Protective door with safety interlock Light curtain, Category 4 Emergency Stop Airborne Noise Emission: Continuous sound pressure at workplace: 70 dB(A) Electrical Connection: Voltage: 230 V AC Frequency: 50 Hz Fuse: 10 A Compressed Air Connection: Operating pressure: 5 – 7 bar Dimensions: L x W x H = 850 x 950 x 1020 mm Weight: approx. 110 kg Year of manufacture: 2003 Electrically height-adjustable worktable Documentation and circuit diagrams available