SAT300 Shaft Alignment Trainer

Core functions and research value

Multi fault simulation: supports accurate reproduction of more than 20 mechanical faults such as gear wear and shaft misalignment, covering 90% of common industrial failure modes. Intelligent diagnosis platform: integrates vibration, temperature, and torque multimodal sensors, combined with ResNet-34 deep learning model, with a fault classification accuracy rate of over 93%. Digital twin interface: supports MATLAB/ANSYS simulation, realizing crack propagation prediction and remaining life evaluation. The CTO of Nanjing Shixing Technology said: "This experimental platform will greatly improve our research and development efficiency in equipment fault warning algorithms and accelerate the transformation of technical achievements. The Sat300 Shaft Alignment Trainer is the world's widest and most accurate alignment equipment and coupling center simulator, Valenian Shaft Alignment Trainer. SAT300 and SAT500 are the most comprehensive axis alignment training devices on the market. Axis Alignment Trainer Laser Axis Alignment Trainer Sat300 Shaft Alignment TrainerThe world's widest and most accurate centering equipment and coupling center simulatorThe Valenian axis centering trainer (SAT300, $AT500) is the most comprehensive axis centering trainingdevice on the market.

Valenian:SAT300 Laser Axis Alignment Training

SAT500 uses a dial gauge for axis alignment learning, without the need for special alignment fixtures, and uses a dial gauge or laser alignment tool for machine alignment.

Copy the soft clay and spring yellow feet, and install a dial gauge. By using the four-wheel drive and surface method or reverse dial gauge method, one can practice calculating the misalignment in a graphical way and calculating the shims that Tian needs to place on the front and rear legs. It is also an ideal alignment training device that allows you to easily practice precise alignment using laser technology and axis alignment software. Using a dial gauge for axis alignment learning without the need for special alignment fixtures

*Edge and surface methods

Reverse dial gauge method

*Comparison between Wheel Surface Method and Reverse Micrometer Method

*Laser axis alignment training

Axis alignment diagram and gasket calculation

Finding solutions for soft and bouncing feet