150 SVM, 151 SVM, 350 SVM, 550 SVM

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Fully automatic operational sequence
Manual loading and unloading
Interfacing with production line is possible
Fully automatic unbalance correction by drilling, milling, welding or riveting
Analog or NC axis controlled correction
Digital measured data processing

Design

Fully automatic single-station machine with integrated high-performance drill unit. Freely programmable control with fault diagnosis and status display. Clamping of the work-pice to the balancing machine by precision adapters with pneumatic unclamping mechanism. Support device located under the work-piece during drilling, to compensate for the drill force. Unbalance evaluation, correction calculation and correction control through PC controlled measuring unit. Manual loading or optional loading for the machine by a hand-operated system and the corresponding conveying technique.

Design

Range of application

Measurement and correction of single-plane unbalance in discshaped rotors with and without shafts, such as flywheels, TMF (twin mass flywheels), brake-drums, gears, clutch-plates, compensation shafts, blowers, etc.

Flexible integration into production line and simple change over of the machine to different rotor types by exchange of work-piece interface adapter and selection of rotor type file.
Unbalance correction by axial or radial drilling in polar or component format. If the initial unbalance is larger than can be corrected by one drilling action, multiple holes can be drilled.

Other unbalance correction methods such as milling, welding, riveting or punching can be integrated into the machine on request. The correction units are flexible and are adapted to the work-piece.

Technical data

Technical data at a glance		150 VM	151 VM	150 SVM	151 SVM	350 SVM	550 SVM
Measuring unit		CAB 950	CAB 950	CAB 950	CAB 950	CAB 950	CAB 950
Unbal. corr. by drilling, vertical		•		•
Unbal. corr. by drilling, horizontal			•		•
Unbal. corr. by welding (CD)						•
Unbal. Corr. By welding (medium frequency)					option
Unbal. corr. by punching							•
Analog depth control		•	•
Numerical depth control			•	•
Manual change-over		•	•
Automatic change-over				•	•	•	•
Rotor
Weight, max. ²⁾	[kg]	5 - 100	5 - 100	5 - 100	5 - 100	5 - 100	5 - 100
Diameter, max.	[mm]	240 - 600	240 - 600	240 - 600	240 - 600	240 - 600	240 - 600
Height, max.	[mm]	10 - 200	10 - 200	10 - 200	10 - 200	10 - 200	10 - 200
Machine
Lenght A ⁴⁾	[mm]	1500	1500	3400	3400	3400	3400
Width B ⁴⁾	[mm]	1700	1700	1500	1500	1500	1500
Height C ⁴⁾	[mm]	2200	2200	2400	2400	2400	2400
Balancing speed	[min -1]	800	800	800	800	800	800
Drilling performance St 60	(mm)	8 - 28	8 - 28	8 - 28	8 - 28	-	-
Measuring uncertainty ¹⁾	[gmm]	2 - 20	2 - 20	2 - 20	2 - 20	2 - 20	2 - 20
Cycle time ³⁾	[s]	30	30	25	25	25	25
Air pressure	[kPa]	500	500	500	500	500	500
Required air flow	[m3/h]	0,5	0,5	1	1	1	1
Power consumtion	[kVA]	12	12	25	25	25	25

Basic machine	Order-Nr.	R0030100.01	R0030200.01	R0030300.01	R0030400.01	R0030500.01	R0030600.01
Drill swarf extractor	Order-Nr.	R0030102.01	R0030102.01	R0030102.01	R0030102.01	-	-

1) Acc. To DIN 1319, 95% probabiltity, workpiece-dependent
2) Rotor plus Adaptor
3) Depending on initia unbalance, correction geometry, cutting data and operator
4) data non-binding, depending on respective equipment