Balancer XLX-TC

The Winona Van Norman XLX-TC Precision Electronic Balancer is engineered to deliver exceptional accuracy when balancing small rotating assemblies, including turbochargers and other high-speed precision components. Designed for professional engine rebuilding, turbocharger remanufacturing, and performance machine shops, the XLX-TC helps eliminate harmful vibration that can reduce efficiency, accelerate wear, and shorten component life. By producing precisely balanced assemblies, the XLX-TC contributes to smoother operation, improved reliability, and enhanced overall performance.
Built specifically for small, high-speed rotating components, the XLX-TC combines advanced electronic balancing technology with intuitive controls to provide fast, accurate, and repeatable results. Capable of balancing with an accuracy of up to 0.15 g-in/kg, the machine delivers the precision required for today’s demanding turbocharger and rotating assembly applications. Its user-friendly design simplifies setup and operation, allowing technicians to efficiently achieve precise balance while maintaining exceptional consistency from one component to the next.
Designed for years of dependable service, the Winona Van Norman XLX-TC Precision Electronic Balancer combines rugged construction, advanced electronics, and precision engineering to maximize productivity while minimizing rework. Whether balancing turbochargers or other compact rotating assemblies, the XLX-TC delivers the accuracy, repeatability, and long-term reliability professional machine shops rely on to produce smoother-running, longer-lasting components.
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Product Information
Operations
Specifications
Features
Durable and reliable sensor possesses high sensitivity and good linearity.
Permanent calibration brings high accuracy.
Special clamp offers higher accuracy and easier operation.
Advanced electrical measuring system and friendly man-machine interface.
Standard Tooling
Features and Options
Max. Mass of Workpiece:
Max. Diameter of Workpiece:
Distance Between Two Support Bearings:
Journal Diameter Scope of Workpiece:
Diameter Scope of Driving Belt:
Rational Speed when the Diameter of Driving Belt is 4″:
Motor Power:
Min. Achievable Residual Unbalance Amount:
35 lbs.
11″
2.3125″ – 15.75:
0.1875″ – 1.5″
0.625″ – 5.875″
570,1200^1
0.23 kW
≤0.3g mm/kg
