RDL-F Series Slow tensile stress corrosion tester Creep testing machine corrosive
Inquire NowDescription
The RDL-F Series Slow Tensile Stress Corrosion Tester is a state-of-the-art creep testing machine designed for corrosive environments. This highly integrated system features a built-in temperature control system that optimizes space utilization. The user-friendly LCD and network communication manual control box enhance the operational experience, making it convenient for users. With an automatic leveling system employing redundant control and a two-way opposed slot photoelectric switch, the machine offers stability and reliability during testing.
Utilizing Ethernet distributed control, the RDL-F Series ensures rapid data transmission and organized wiring, streamlining the testing process. Additionally, its software includes a one-key power-off recovery function for hassle-free operation. Each fulcrum of the lever is designed with a knife edge and knife bearing structure, guaranteeing high sensitivity throughout the testing procedures.
This machine not only performs basic creep tests but also offers advanced capabilities such as compress strength testing, low-cycle fatigue testing, and creep fatigue tests. The dynamic process can switch between tension-tension and tension-stress modes, accommodating various testing requirements.
Specifications
Feature | Details |
---|---|
Temperature Control | Integrated within the host |
Control System | LCD + Network Communication |
Automatic Leveling | Redundant control with photoelectric switch |
Data Transmission | Ethernet Distributed Control |
Testing Modes | Tension-Tension, Tension-Stress |
Testing Capabilities | Creep, Relaxation, Low-Cycle Fatigue |
Dynamic Testing | Static and Dynamic Systems Available |
Additional Information
This machine is suitable for use in high-temperature environments and can conduct a variety of tests including strain durability, creep, relaxation, and low-cycle fatigue. It is designed to meet customer requirements with options for static and dynamic testing systems, ensuring versatility and precision in material testing applications.