- Semi or fully automatic sequence of operations
- Interfacing with the production line
- Fully automatic unbalance correction
DesignSingle-plane balancing machine with vertical rotor axis and semi or fully automatic sequence of operation.
Basic machine with balancing unit and high-precision clamping adapter, weight cutting and forming unit and welding system for unbalance correction.
Determination of unbalance, calculation of correction weights and correction control through microprocessor-
based measuring unit.
Loading and unloading either manually or automatically by means of internal or external transport unit.
Freely programmable machine control and machine diagnostic system with display screen.
Multi-station models available on request.
Range of applicationMeasurement and correction of the unbalance of torque converters.
Application of the machine in large volume
production, integrated with the production line and with suitable infeed or outfeed conveyors.
Unbalance correction by welding of weights on the outside surface of the converter in one or more correction steps. Weights are obtained fully automatically from coils.
At the rear of the machine, a correction weight is cut to size from a metal coil in accordance with the measured unbalance, formed and supplied to the welding unit. The welding unit transfers the correction weight to the work-piece and fastens it by means of one or two spot welds at a defined radius. A medium-frequency welding method is used.
|Technical data at a glance||UBLD|
|Measuring unit||CAB 850|
|Torque converter, complete||•|
|Automatic unbalance correction (welding)||•|
|Width A 2)||[mm]||2000|
|Depth B 2)||[mm]||3000|
|Height C 2)||[mm]||2000|
|Balancing speed||[min -1]||600 - 1200|
|Measuring uncertainty 1)||[gmm]||20|
|Achievable tolerance 3)||[gmm]||100 - 200|
|Cycle time 3)||[s]||60 - 80|
|2) Data non-binding, depending on the respective equipment|
|3) Depending on work-piece and initial unbalance|