Balancing Machines for scaifes - Operating System of the Balancing Machines (for flat type scaifes).

Operating System of the Balancing Machines (for flat type scaifes).

Balancing Machines - Special features:

• Active TFT colour touch-screen providing a clearly arranged and easy-to-read display. 12 function keys for direct access to all important operating functions.
• CD-ROM and floppy drive + mouse and keyboard.
• Networking capability and modem connection for distance servicing.
• Numerous software modules available for special balancing tasks.
• Operation using “Windows” standard procedures.

Other common operating functions under “Windows” available through touch-screen and additional keyboard with mouse pad and drawer. Presentation of unbalance and unbalance correction.

• Display in large, easy-to-read digits and in vector form, with amount and angular position.
• The following types of unbalance display are available: dynamic unbalance, static unbalance, static and couple unbalance, static and dynamic unbalance, static compensation: always.
• Optimum: only static compensation in static / couple, only dynamic compensation,
  if the dynamic part is out of tolerance, only static, if the dynamic part is inside the
  tolerance.
• The following methods are available for presentation of the type of unbalance correction: polar, components (equal or unequal), max. 99 evenly or unevenly distributed locations, sector correction (forbidden areas).

Balancing Machines - Setting the measuring instrumentation:

• During instrument set-up, a clearly understandable presentation of the rotor mounting arrangement assists and guides the user through the procedure of entering the correct geometrical data for the scaife.
• Rotor files can be used for storage and fast retrieval of set-up parameters for frequently recurring scaife types. Recording on the PC enables the number of rotor files to be increased virtually without restriction.

Balancing Machines - Basic functions:

• Input of all important geometric data.
• Change-over between addition or removal of material in the correction plane.
• Presentation of unbalance (dynamic, static, static/couple or dynamic/static).
• Selection of type of correction display (polar, components, areas).
• Input or measurement of balancing speed.
• Input of the desired tolerance per correction or control plane, or calculation according to ISO 1940.
• Index balancing, single compensation, compensation of parallel key.
• Input of alphanumerical identification for each scaife.
• Re-calling previous unbalance.
• Deviation of first unbalance correction location from zero angle.
• Unbalance calculation according none linear tables.
• Print screen function.

For more Information:
Tel.: +49-911-8000066 ·
Fax: +49-911-8000077 ·
E-Mail: novex@t-online.de
http://www.novex-diam.de
NOVEX Technology Co.
Germany / 90473 Nuernberg, Victor-Huber-Str. 4.