Large support machines (greater than 10 tons) of the support rollers must meet the maximum contact pressure conditions of the workpiece shaft (to meet the positive pressure direction of the elastic working range to avoid contact with the indicated fatigue damage). That is, the working diameter of the roller must be large enough to ensure that the contact area is large enough. Otherwise it will hurt the customer's product axis (fatigue crush, and plastic deformation crush).

  Overload capacity (twice), cast steel as a whole measure the stiffness of the beam, the linearity to maintain more than twice the maximum quality.

  There are brake functions, especially large balancing machines. Large inertia of the rotor will continue in about 20 minutes. A brake function can be parked within 1-3 minutes.

  Large-scale balancing machine has multi-stage gearbox (4-5 level deceleration of more than 6 times)

We are good at low speed dynamic balancing of large rotors, especially below 100 revolutions per minute.

We have solved the problem of piezoelectric sensor and speed sensor measurement error.

Our electrical system can carry out the dynamic balance measurement of 20 to 100,000 revolutions per minute.

So you can also carry out high-speed dynamic balance measurement, our electrical measurement system can be vector impact coefficient measurement,

You can display eight measurement vector influence coefficients. This shows that the operating environment of the rotor is in line with the linear working condition.

   The balancing machine is an instrument that complies with the mechanical model of the level excite force measured on both sides and the corresponding mathematical model. The mechanical model is the design basis of the mechanical structure. The mathematical model is the design basis of the electrical measurement system. There is also a crucial model in the actual manufacturing of the mathematical model of the sensor. This year with the introduction of new electrical measurement system, while the mechanical system for a new match. The working mode of the vibration velocity sensor was carefully studied, and its mechanical model was reintroduced, and his very reasonable measurement relationship was found. So we re-plan our own mechanical structure and detection mode, re-establish the corresponding mechanical model, set our own measurement methods, to produce a corresponding detection method of this method, used to detect the correctness of the mechanical model, Noise ratio. Reestablishment of our own software math calculation model, by constantly measuring the data, changing the measurement structure, it really can meet the dynamic balance of the formula inside the required level of exciting force data. So that our measurement results with foreign products the same.