Parameters and indicators：
Three-dimensional magnetic field test platform base
The base of the three-dimensional magnetic field testing platform includes a sample placement platform, a base cavity, and vibration damping feet. The sample placement platform measures 90cm*48cm (350mm travel model) and is used for placing magnetic samples. The base cavity is hollow and is equipped with a motion controller for the three-dimensional motion system inside. There are four vibration damping feet made of rubber, which have a vibration damping effect. The height of the four feet of the platform base can be adjusted through the bolts in the feet.
| Weight | 250 Kg
|
Overall dimensions
| It measures 80cm in length, 105cm in width and 112cm in height
|
Sample area dimensions
| 90cm*48cm
|
Vibration reduction method
| Rubber foot pads |
Three-dimensional motion system
The three-dimensional motion system includes X, Y, and Z three-axis motors and motion controllers. The motion controller controls the movement of the X, Y, and Z three-axis motors through software, thereby driving the movement of the gaussmeter probe to test the magnetic field strength in space.
X-axis movement stroke
| 350 mm
|
Y-axis movement stroke
| 350 mm
|
Z-axis movement stroke
| 350 mm
|
Moving speed
| Adjustable，50mm/s
|
Movement accuracy
| Adjustable
|
Control mode
| Software
|
Adjustable displacement accuracy
| 0.01 mm
|
| X-axis movement stroke | 200 mm
|
Y-axis movement stroke
| 200 mm
|
| Z-axis movement stroke | 200 mm
|
Moving speed
| Adjustable，50mm/s
|
Movement accuracy
| Adjustable
|
Control mode
| Software
|
Adjustable displacement accuracy
| 0.01 mm
|
Software control system：
The control software is installed on the all-in-one computer and connected to the 3D motion controller and gaussmeter via a data cable to achieve communication. It can control the movement of the 3D motion system and record the magnetic field intensity data. It can realize functions such as one-click start and stop, manual scanning, 3D automatic scanning, data analysis, and generation of gradient graphs. One-click start and stop: The one-click start and stop of motion can achieve functions such as one-click control to the three-dimensional target coordinate and one-click zeroing.
