The exact angle of the imbalance setting is less than ±1°, and a laser pointer is used for greater accuracy.
Bi-Directional Balancing Positioning - Optimized automatic positioning, bi-directional. Fixed balancing position and easy use of the system.
Changing the position of the laser pointer - depending on the convenience, you will have the option to change the location of the fixed weighting and laser pointer position from the 12 o'clock position to the 6 o'clock position. position This is a very convenient thing when you need to clean the inside of the rim and glue the weights from the inside.
Calibration - Properly calibrate the balancer, its shaft and automatic parameter readings. In this way, you will ensure perfect accuracy of the machine.
3D, Automatic reading of wheel parameters - you will be able to measure the width and distance of the rim automatically. Thanks to the extremely accurate ruler, which does not require calibration or a special sonar. A standard automated ruler is used to measure the diameter of the wheels and the balance point, which automatically enters the measured dimensions into the device. And the sonar automatically determines the width of the balanced wheel during balancing and saves it in the device. A particularly accurate ruler that does not require calibration or a special sonar.
Balancing Operations – The balancer has full wheel balancing operations such as dynamic balancing, 3 static balancing, 7 ALU rim balancing, 2 adjustable EAKU and 2 adjustable OPT functions as well. Special 2 functions that will allow you to balance the wheels by hiding the balancing weights in the invisible places of the rims.
Technical parameters:
Diameter of balanced rims: 10" - 32"
Maximum wheel diameter: 1000 mm
Wheel width: 1.5" - 25" | 38 - 635 mm
Rotation speed, during balancing: <150 rpm
Maximum wheel weight: 65 kg
Balancing accuracy: ± 1 g
Motor power: 0.25 kW
Standard equipment:
Balancing cones of different dimensions x 4 pcs.
Wheel width measuring ruler x 1 pc.
Mirror for more convenient gluing of weights x 1 pc.