Schenck Vertical Balancing Machine

Specifications

Balancing Machine,VIRIO,Schenck Vertical Balancing Machines,new,flexible generation of vertical balancing machine:

Balancing Machine,VIRIO,Schenck new,flexible generation of vertical balancing machine:

Application

With the VIRIO, you are investing an modern, flexible balancingsystem which ensures that you produce a perfectly balanced rotorquickly and economically.With its flexible design concept, the VITIOcan be easily adapted to all your balancing tasks: it covers thecomplete range from the purely manual solution for the workshop andrepair area through to fully integrated use in mass production.Besides,with the VIRIO, you achieve investment security over the complete lifecycle of the machine .Retrofitting with a correction module, updatingto a second measurement plane -or simply a larger protective hood? Withthe flexible design of the VIRIO everything is possible.

Design


Design of people


In the design of the 'VIRIO workstation', we have taken a closelook at the ergonomics of the operating personnel and the specialworking procedures during balancing .The result: Alll function can beoperated easily and logically. The  measurement values are displayed inclear text and the machine can be quickly reequipped for differentrotors , thereby improving productivity without making any concessionsin quality.

It couldn't be simpler


Insert the rotor, enter the geometric data in the EasyMode* start the measuring run and then make the correction.
After the first measuring run, the unbalance for the one or bothcorrection planes will be displayed. This reliably ensures perfectlybalanced rotors, with a lower number of correction steps.

Familiar operation


In the design of our balancing machines we use a consistentoperating philosophy, which is continually under review for furtherdevelopment and improvement. With operating controls located directlyon the machine, clear input procedures and easily understandabledialogues, the user is guided through even the most complex balancingprocesses, all in the user's language. The ease of operation isparticularly worthwhile if the potential for error is significantlyreduced by logical procedures and simple operating procedures, whichsaves both time and costs.

Maximum safety without restrictions

We have taken a completely new approach with the protective hood ofthe VIRIO: we have combined two functions -flipping and swivelling -into one 3 dimensional movement. This makes it possible to balance evenlarger rotors.

Everything considered


The machine bed of the VIRIO is made from a mineral casting. Thismaterials not only ensures good damping properties thanks to itsoutstanding mechanical properties. It  also suppresses undersiredinterference effects and offers high thermal stability for consistentmeasuring conditions.

Versatile balancing


Correcting unbalance by drilling has prover itself in manyapplications. Unbalance however can be corrected by means of otherprocedures such as milling, punching, riveting or welding, eithermanually or automatically. The choice of the best correction proceduredepends on the rotors type and the materials.

The complete world of CAB measuring unit


The design of the VIRIO is also completely flexible when it comesto measuring. Depending on the task. you can choose between the CAB700or CAB 803 basic measuring units, which combine ease of operation withmaximum accuracy.

Balancing in	1 plane
	VIRIO 10/1	VIRIO 50/1	VIRIO100/1	VIRIO 300/1
Max. weight of rotor incl. Adaptor tooling (kg)	10	50	100	300
Max. rotor diameter (mm)	810	810	810	810
	1100*	1100*	1400*	1400*
Drive performance (kw)	1,5	2,2	4	4
Measuring speed up to (rpm)	1200	900	600	600
Minimum plane distance (mm)	-	-	-	-
Measuring accuracy (gmm)	2-4	4-10	10-20	20-50

* with modified protective device 

Balancing in	2 plane
	VIRIO 10/2	VIRIO 50/2	VIRIO100/2	VIRIO 300/2
Max. weight of rotor incl. Adaptor tooling (kg)	10	50	100	300
Max. rotor diameter (mm)	810	810	810	810
	1100*	1100*	1400*	1400*
Drive performance (kw)	1,5	2,2	4	4
Measuring speed up to (rpm)	1200	900	600	600
Minimum plane distance (mm)	20	30	60	60
Measuring accuracy (gmm)	18-25	18-28	20-40	20-100