Peranti tekan masuk untuk pin seramik

Iwesa O-PC-SE-P

Press-in device for ceramic pins in rotor shafts
Principle of operation:

The ceramic pins are fed by means of an oscillating conveyor pot via a pneumatic hose to an inspection station in which the position of any one-sided hole is checked. This is done with an optical sensor.
Incorrectly positioned parts are conveyed by a pneumatic slide into a collecting container.
Pins in the correct position are fed through another pneumatic tube to the separator of the press-fit tool.

The actual press-fit process is also performed pneumatically with a punch guided by a roller bearing.
First, a manually adjustable pressure p1 is used to check that the pin is not pressed too lightly into the shaft.
A pressure p2, which is also manually adjustable, then presses the pin into the rotor shaft as far as it will go.
Ledpfeib H U Djx Amrern
A disk spring package preloaded with 5,000 N prevents excessive force from being exerted on the pin and shaft.

The rotor shaft must be manually inserted into the die, removed and clamped by an operator. This process is safeguarded by a light curtain.

Design
Self-supporting station integrated in complete system for pressing in ceramic pins and balls.

Rotor shafts
Ø: 5 - 20 mm
L: 50 - 200 mm

Ceramic pin
Ø: 3 mm
L: 5 +/- 0,2 mm

Working cycle
Power: 15 strokes per minute

Safety
safety door with safety switch
Category 4 light curtain
Emergency off

Airborne sound emission
Continuous sound pressure at the 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 2003

Electrically height adjustable work table

Documentation and wiring diagrams are available