The main purpose of the Dynamic Balancing Correction Machine is to ensure precise dynamic balancing of car engine crankshafts, which is essential for optimal engine performance and longevity.
The machine features a 22KW frequency conversion output power, providing powerful and consistent performance for fast and accurate balancing operations.
Yes, the machine offers a customizable power supply option, accommodating a standard 380V or tailored options to meet specific production needs.
The packing dimensions of the machine are 4300mm in length, 900mm in width, and 2600mm in height, designed for easy transport and installation.
The Dynamic Balancing Correction Machine weighs 4000kg, which indicates its heavy-duty construction suitable for demanding workloads.
Yes, the machine comes with a 1-year warranty for core components, ensuring reliable performance and peace of mind for users.
The model number for this machine is YYW-5000, which is tailored for high-precision balancing tasks.
The machine can handle a maximum weight of 5000kg and a maximum diameter of 2100mm for the workpiece.
This machine is ideal for various automotive manufacturing environments, particularly for balancing car engine crankshafts, as well as for use with blowers, large motors, pumps, centrifuges, and more.
Key features that enhance accuracy include a durable and reliable sensor with high sensitivity, permanent calibration, and an advanced electrical measuring system combined with a user-friendly man-machine interface.
The machine can achieve an unbalance reduction ratio of up to 95%, ensuring high precision in balancing tasks.
The spindle speed can be controlled through variable frequency stepless speed regulation, allowing for precise adjustments during operation.
Yes, the Dynamic Balancing Correction Machine supports OEM and ODM options, allowing for customization to meet specific customer requirements.
Industries involved in automotive manufacturing, specialized machinery production, and other sectors requiring precise balancing of large components can benefit significantly from this machine.
Yes, this machine is applicable for rotors that require large power and cannot be driven by belt systems.
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