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Iwesa O-PC-SE-P

Press-in device for ceramic pins in rotor shafts

Operating principle:

The ceramic pins are fed via a vibratory bowl feeder through a pneumatic hose to an inspection station, where the position of any possible single-sided hole is checked. This is done using an optical sensor.
Incorrectly positioned parts are separated out into a collection bin by a pneumatic slide.
Correctly oriented pins are conveyed via another pneumatic hose to the singulator of the pressing tool.

The actual press-in process is also pneumatic, using a stamp guided by a roller bearing punch.
First, a manually adjustable pressure p1 is used to ensure the pin is not pressed too easily into the shaft.
A second, also manually adjustable pressure p2 then presses the pin into the rotor shaft up to the limit stop.
A disc spring package with a preload of 5,000 N prevents excessive force from being applied to the pin and shaft.

The rotor shaft must be manually loaded, removed, and clamped into the tool by the operator. This process is safeguarded by a light curtain.
Nwsdpfx Ajib H U Debisl

Construction
Self-supporting station, integrated into the complete system, for pressing in ceramic pins and balls.

Rotor shafts:
Diameter: 5 - 20 mm
Length: 50 - 200 mm

Ceramic pin:
Diameter: 3 mm
Length: 5 +/- 0.2 mm

Operating cycle:
Performance: 15 strokes per minute

Safety:
Protective door with safety switch
Category 4 light curtain
Emergency stop

Airborne noise emission:
Continuous sound pressure at the workstation: 70 dB(A)

Electrical connection:
Voltage: 230 V AC
Frequency: 50 Hz
Fuse: 10 A

Compressed air supply:
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 work table

Documentation and circuit diagrams available.

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