Zünd S3 M-1200, Руководство по эксплуатации

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Product description
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2.10 Technical description
Zünd high performance cutters enable efficient and precise processing of the most varied of
materials. With the modular tool and material handling system, you can adapt your machine to your
individual requirements. Define the production requirements and put together your tailor-made cutter
configuration from the Zünd kit concept.
2.10.1 Base machine
Table design
The cutter consists of a base frame and a beam. Whereas the base frame is produced in the form of
a stable welded structure, the beam consists of a lightweight, torsionally rigid aluminum profile. The
cutter is mounted on vibration-dampening machine feet.
Working area / vacuum plate
The working area is made of stable plastic. The vacuum zones are arranged under the working area
and are controlled using a slider. The vacuum is built up using a powerful vacuum generator.
The vacuum is used for holding down and tightening the material to be processed.
Electronics unit / power box
The power box is housed in the front right-hand side of the cutter and is only accessible via a
removable cover. The power box contains the power supply of the complete cutter and is activated/
deactivated with the main switch. The connection of the individual consumers takes place using
software control, if required.
The electronics unit is arranged behind the power box. The electronics unit can only be accessed
using a special tool. The cutter control is housed in the electronics unit.
Pneumatics
The air pressure for the respective consumers is adjusted via a maintenance unit. The maintenance
unit is accessible via service doors for adjusting settings and carrying out maintenance work.
2.10.2 Movement system
The S3 series has four electronically driven axes:
Axis Function Movement system
Movement of the beam Driven via toothed belt
X
Material transport, material transport
extension
Feed clamping elements, feeding clamps
Y Movement of the module carriage Driven via toothed belt
Z Height adjustment of the module Example UM-S
T Rotary movement of the module Example UM-S
X axis - beam
The bar is driven via a toothed belt and a powerful electric motor. The design ensures that it works
without play and it also minimizes wear on the drive system. The beam is supplied with control