Microcomputer Controlled Electro-Hydraulic Servo Control Dynamic and Static Universal Fatigue Testing Machine Price

• Customization: Available
• After-sales Service: Within 1 Year
• Warranty: 12 Months
• Mass Scope of Workpiece: >20000kg
• Type: Universal Testing Machine
• Maxcapacity: <1000KN
• Accuracy Grade: 0.5
• Load Way: Mechanical Load
• Loading Method: Dynamic Load
• Display: Digital
• Control: Computer Control
• Weight: 500-1000Kg
• Power Source: AC220V
• Oil Cylinder Position: Under
• Test Force Accuracy: Testing Range 2%-100% Full Scale
• Actuator Amplitude: Standard Configuration±75
• Actuator Structure: Double Rod Double Acting
• Displacement Accuracy: 0.5% Fs
• Optional Fixture Types: Mechanical Tension, Compression, Bending Fixtures
• Frequency Range Hz: 0.001~35 Or0. 1~100 ,T0.001~25(0. 1~60)
• Transport Package: Container
• Specification: 1200*1200*2100
• Trademark: CJ or OEM ODM
• Origin: Jinan and Others

Product Description

Microcomputer controlled electro-hydraulic servo Control dynamic and static universal fatigue testing machine Price
TLS-YW500 computer-controlled dynamic and static comprehensive testing machine can not only complete static performance test, but also carry out dynamic fatigue test.
According to the special needs of large-scale samples (1000*1000*1000), the testing machine is designed with mature technology and production, and adopts four-column support and guide structure to ensure the rigidity and stability of the whole machine in large space.
The moving beam is also guided by four uprights, which ensures that there is no lateral drift under heavy ballast, and the force and displacement test is accurate.

Introduction
The testing machine is composed of a host computer, a loading system, an electrical control system (data acquisition, processing, amplifying part, and a computer, printer, data processing software), tooling fixtures, and protective devices. This testing machine uses manual or automatic control (two control methods, which can be freely converted) to load the motor, three load cells placed evenly to measure the force, and the displacement to measure the displacement of the box. The test force, displacement, various test methods, test parameters, test curves, test data, etc. are displayed on the PC screen.
Host Machine
The vertical structure is adopted, and the loading part of the servo motor is placed on the top. The main machine consists of a base, a workbench, a beam, a column, and a lead screw. The worktable is placed on the ground, and the load cell is placed on the moving beam. Because the pressure plate is large, three sensors are used. The upper platen seat is fixed on the lead screw and moves up and down under the drive of the loading system. Then complete the static performance and dynamic fatigue test of the box.
Loading System
The loading system consists of servo motor, servo planetary reducer, synchronous belt and synchronous pulley. The loading force and test speed of the system can be adjusted. The servo motor has high control precision, large torque at low speed and low noise. The deceleration system adopts the combination of planetary gear reducer and arc synchronous toothed belt deceleration; precise helical gear transmission, smooth and stable operation, the backlash between teeth is less than 3 minutes, equipped with precision preloaded ball screws to make the beam Forward and reverse running zero error.
Electrical parts
The electrical part consists of a strong electric system and a microcomputer control system. Execute the control signal set by the computer to control the action of the servo motor, which can realize automatic and manual control conversion. The control part provides AC 380V power supply by three-phase four-wire system, and the microcomputer provides AC 220V50Hz power supply alone. The control system has limit protection function. The microcomputer control system is mainly composed of hardware (computer, amplifier, printer, etc.) and software to realize action control and data display and processing. (See the figure below for the main interface, the static control part):







           Dynamic Fatigue Test Section
Fixtures & Protection
The main purpose of the tooling fixture of the test plane is to ensure the accuracy, safety and speed of the test. Equipped with a protective door, when the protective door is opened, the main engine is powered off, and the testing machine cannot work; when the protective door is closed, the experiment can be carried out. And equipped with other software and hardware protection. Maximum protection of equipment and personnel safety.

Technical Parameter:

NO.	Item Name	Model Specification
1	Max. Loading	500kN
2	Test force range	1%-100%FS
3	The maximum distance between the upper platen and the work surface	1200mm
4	Test maximum stroke	1000mm
5	Beam moving speed	0~10mm/min adjustable
6	Displacement minimum reading	0.01mm
7	Minimum reading of test force	0.01 kN
8	Loading method	Two types: manual and program-controlled loading
9	Platen size	1100*1100mm
10	Dynamic Fatigue Test Frequency	0.1-2Hz
11	Dynamic fatigue test stroke	≤2mm
12	Mainframe Dimensions (L×W×H)	About 1300mm×1300mm×2100mm

 
System configuration checklist:

NO.	Item Name	Specification	Qty
1	host frame	self made	1 set
2	motor	servo motor	1 set
3	reducer	Servo Planet	1 set
4	device controller	Independent research and development	1 set
5	Device Control Software	Independent research and development	1 set
6	timing belt	arc	2 sets
7	load cell	spokes	3 PCS
8	Displacement straight grating	Coslight	1 PCS
9	Control cabinet	self made	1 PCS
12	computer	Lenovo's current mainstream configuration	1 PCS
13	printer	HP	1 PCS
14	protective net	self made	1 SET
15	Tooling	Processing according to the size provided by the user	1 SET