PLC Three-axis Automatic Drop Ball Impact Test Machine for Electronic Products

Three-axis Automatic Drop Ball Impact Test Machine

Product model number: ID6150

 
Application:
The machine adopts PLC control mode, the suction nozzle uses vacuum negative pressure, holding different sizes of steel balls, press the drop button, the suction nozzle, the steel ball will be used as free fall test, impact the surface of the sample, and test the impact resistance of the sample, which is suitable for the impact test of mobile phone, tablet, audio and other electronic products.
 
Features:
1.The equipment uses vacuum adsorption method to absorb steel balls, which is more accurate than the mechanical claw drop method. At the same time, with the integrated high-speed X-Y platform, it can be programmed to realize automatic multi-point cycle test and improve the test efficiency.
 2.X, Y and Z axis are driven by Japan Panasonic servo motor, precision ball screw drive, low noise and durable use.
 3.Language has simplified / English interface, suitable for global customers.
 4.Software operation interface is simple and easy to operate. The program has a designed anti-stay function to ensure the accuracy and safety of each test.
 5.Unique automatic reset and automatic pickup function, can realize unattended and automatic cycle test. According to the conventional test setting parameters, the steel ball impacts on the sample during starting and running, and the steel ball springs and is clamped by the splint to prevent secondary impact on the sample. When the XY platform is positioned at the position of the cone hole and the ball coaxis, the cylinder is released and drops the steel ball, and the steel ball is automatically reset to the center of the cone hole. After the Z axis drops the ball, the cycle is executed.
 6.The whole machine adopts floor structure design, the operation panel can rotate, so that the operator closer to the test area, more convenient sample loading and unloading.
 7.The equipment provides the perfect fault detection mechanism of the operation state, and provides the corresponding error information prompt, and conducts real-time detection and processing of servo failure, sensor fault, X, Y and Z axis limit fault, so as to maximize the protection of personal and equipment safety.
 8.The device is equipped with infrared laser function, which can accurately locate the position of the landing point and facilitate the tester to accurately determine the test position.
9.The test formula is stored in the ROM of the system, which is simple and convenient to read and change the test position.
 
Specification parameters:

 
Device control interface:
                                         
 
Action flow chart::
                                                                     
                                                         1.Clamp the sample and place the ball at the cone hole　
                                                                    
 
                                                            2.The Z-axis descends and absorbs the steel ball
                                                                         
                                                           3.Pick up the steel ball and rise to the set impact height
                                                                         
                                                           4.Position the X and Y platforms to the impact point　
                                                                        
                                                                      5.The ball falls and hits the impact point
                                                                         
                  6.The moment the ball bounces, the cylinder stretches out to clamp the steel ball to prevent secondary impact.
                                                                                  
7.After the XY platform is positioned to the position of the taper hole and is coaxial with the ball, the cylinder is released and the steel ball is lowered. The steel ball automatically resets to the center of the taper hole. After the Z-axis drops to pick up the ball, the cycle is executed.