Modernisation

New life for your old balancing machine – Modernization is often more cost effective than replacement

Of all the components of the balancing machine, the measuring unit is the most susceptible to obsolesce. The measuring unit is also the key component for the accuracy, ease of use and the operational efficiency of the balancing process.

Modernisation kits based on Schenck's latest CAB 820 or CAB 920 measuring units are suitable for all Schenck hard bearing and soft bearing machines, as well as many balancing machines from other manufacturers. (The pre-requisite is that the machine is in reasonable mechanical condition)

It is also possible to modernise old soft bearing machines with modern hard bearing pedestals.

CAB 820 – The right choice for most balancing tasks

CAB 820 is our latest market entry measuring unit. The user interface is based on a Windows 10 IoT4 Enterprise Industrial PC with touch-Screen- colour Display and USB at the front for convenient data export to storage media and networking capability.

All functions required for standard balancing applications are included, and are laid out logically for convenient operator access. These include:

2 plane / dynamic unbalance display both digitally and as “Vectormeter” graphics
Static / Couple indication
Automatic in-tolerance indication
Tolerance Calculation to ISO 21940-11
Equally spaced correction angles for component balancing
Index-, key- and single- compensation
Balancing speed range 100 to 5000 rpm

CAB820 Brochure

CAB 920 Measuring Unit – For Advanced balancing tasks, and for balancing specialists

CAB920 includes all features provided by the CAB820 plus additional features including:

Measurement during run up
Rotor file wizard
On-screen marking of previous balancing runs
Advanced Static couple and static dynamic display
Software options for advanced applications

CAB920 is the choice for:

Balancing specialists, who continually face new and demanding balancing tasks
high speed balancing tasks,
optimization of unbalance correction for maximum productivity
- across multiple correction planes such as crankshafts
- for correction by milling, drilling or moving counterweights
Unstable rotors which require averaging over a number of balancing runs
Integration with correction devices for semi automatic operation
Special documentation requirements

CAB920 Brochure