Customized rotor dynamic balancing & runout detection machine

1. Equipment Description

Zero Dynamic's customized rotor dynamic balancing & runout detection machine (model: XH-16QM) is an equipment customized for military industry customer, integrating workpiece dynamic balance measurement and end plane & radial runout detection functions. This equipment is suitable for dynamic balance detection of workpieces with a weight ≤ 16kg, a diameter ≤ 360mm, and a support range of 40-400mm. For runout detection, Keyence high-speed and high-precision CCD laser sensors are used, which can simultaneously detect the radial runout at 3 positions of the workpiece and the surface runout, meeting the customer's requirements for dynamic balance and runout detection of workpiece.

3. Equipment Photo:

4. Main Features:

4.1 Customized dynamic balancing software can display workpiece dynamic balancing and axial&radial runout data on the same interface.
4.2 Keyence high-speed high-precision CCD laser sensor has features of high sensitivity, high resolution, and non-contact. It has extremely high testing accuracy and repeatability.
4.3 The equipment is equipped with an advanced electrical measurement system that incorporates various measurement techniques. It is capable of conducting both dynamic and static balancing operations, and offers up to 10 different types of support methods.
4.4 The approaches for material addition or removal, as well as the forward and reverse rotation modes, can be flexibly customized.
4.5 The equipment utilizes a combination of multiple calibration coefficients to automatically adjust the system sensitivity, ensuring no abrupt changes occur during gear shifting.
4.6 Thanks to the dual filtering of software and hardware, along with high-speed data compression, the equipment boasts fast measurement speed and high measurement accuracy.
4.7 The radar map interface shows the unbalance value and angle.
4.8 The sensitivity is automatically adjusted according to the signal strength, with the maximum indication sensitivity of the measuring system being 1g·mm per plane.