Description
The RPL Series Creep Fatigue Testing Machine is a state-of-the-art testing equipment designed to perform a variety of mechanical tests under high-temperature conditions. This highly integrated machine features a compact host with an integrated temperature control system, maximizing space efficiency while enhancing usability. The LCD display combined with a network communication manual control box provides a user-friendly interface for seamless operation.
Equipped with an automatic leveling system that utilizes a redundant control mechanism and a two-way opposed slot photoelectric switch, this testing machine ensures stability and reliability during tests. The Ethernet distributed control facilitates fast data transmission and simplifies wiring, making it easier to set up and operate.
With its software-driven one-key power-off recovery test function, users can conveniently resume testing without hassle. Each fulcrum of the lever features a knife-edge and knife-bearing structure, guaranteeing high sensitivity and precision in measurements. The RPL series also supports various tests including creep, relaxation, durability, compress strength, and low-cycle fatigue, making it a versatile tool for material testing.
Specifications
| Feature | Description |
|---|---|
| Temperature Control | Integrated into the host for space efficiency |
| User Interface | LCD + network communication manual control box |
| Leveling System | Automatic leveling with redundant control |
| Data Transmission | Ethernet distributed control for fast and simple wiring |
| Testing Capabilities | Creep, relaxation, durability, compress strength, low-cycle fatigue, creep fatigue |
| Dynamic Testing Modes | Tension-tension, tension-stress, over zero |
| Static/Dynamic Testing System | Includes draw bar, grips, extensometer, high-temperature furnace |
Additional Information
This machine can perform tests in a common high-temperature environment, capable of strain durability, creep, relaxation, and low-cycle fatigue tests. It is designed to operate fully automatically under the control of a specialized controller, ensuring precision and reliability in results.
