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China, Chinese Dynamic Load Balancing Wheel Balancer Machine Tyre Changer and Wheel Balancer1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Vehicle Repair Equipment ToolsWheel BalancerPortable Dynamic Balancing UnitPropeller Dynamic Balancing Machine
Baoding Xinghang Heavy Industry Technology Co., LTD
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Product DescriptionPacking & DeliveryFAQQ1: How to choose a suitable dynamic balancing machine? A1: The following factors need to be considered: Rotor type: Different rotors such as shafts, discs, impellers, crankshafts, etc. require different types of balancing machines (such as horizontal/vertical). Weight and size: The maximum/minimum weight, length, and diameter of the rotor must be within the allowable range of the equipment. Speed range: The maximum speed of the balancing machine should be higher than the working speed of the rotor (such as motor rotors usually require 3000-10000 RPM). Accuracy requirements: Select equipment with appropriate accuracy according to industry standards (such as ISO 1940 G grade). Degree of automation: manual, semi-automatic (automatic measurement + manual correction) or fully automatic (automatic measurement + automatic weight removal).Q2: What are the basic operating procedures of a dynamic balancing machine? A2: Install the rotor: Make sure the rotor is properly fixed on the balancing machine (e.g. using a universal joint or a clamp). Input parameters: Set the rotor weight, balancing speed, correction plane, etc. Initial measurement: Start the equipment and measure the initial imbalance and phase. Test weight correction: Add/remove test weights and adjust repeatedly until the residual imbalance meets the standard. Verify the results: Final test to ensure that the vibration value meets the standard (e.g. ISO 1940 G2.5). Q3: What factors affect the measurement accuracy of the dynamic balancing machine? A3: Mechanical factors: bearing wear, insufficient support stiffness, eccentric rotor installation. Electrical factors: sensor signal interference, speed measurement error. Environmental factors: ground vibration, air flow (such as fan influence). Operational factors: test weight is not fixed firmly, parameter setting is wrong.
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