High-precision gas turbine test rig engineered for performance evaluation, calibration, and validation of industrial gas turbine systems under controlled operating conditions.
The D.I. Gas Turbine Test Rig is designed and manufactured for comprehensive testing, calibration, and performance evaluation of gas turbine systems used in power generation, aerospace research, industrial plants, and engineering laboratories. Engineered to simulate controlled operating conditions, the system enables accurate measurement of critical operating parameters including rotational speed, pressure, temperature, airflow, fuel system performance, and overall turbine efficiency. Built with advanced instrumentation, precision sensors, and intelligent control systems, the rig provides reliable, repeatable, and high-accuracy test results for quality assurance, research & development, product validation, and educational applications. Its heavy-duty industrial construction ensures stable operation during demanding testing cycles while minimizing maintenance requirements. Available in both manual and fully automatic configurations, the D.I. Gas Turbine Test Rig can be customized to accommodate different turbine capacities, testing methodologies, instrumentation packages, communication interfaces, and customer-specific performance standards.
| Product Type | Gas Turbine Test Rig |
| Application | Testing, calibration, and performance validation of industrial gas turbine systems |
| Operation Mode | Automatic or Manual |
| Mounting Type | Heavy-duty Floor Mounted |
| Power Supply | Electric |
| Operating Voltage | 220V AC, 50Hz or as specified |
| Test Parameters | Rotational speed, pressure, temperature, airflow, fuel system performance, vibration, and efficiency |
| Instrumentation | Precision sensors, transmitters, digital indicators, and data acquisition system |
| Temperature Capability | Configurable for high-temperature turbine testing |
| Pressure Range | Customizable according to turbine specifications |
| Control System | PLC/HMI based automatic control with digital monitoring |
| Communication Interface | Digital data logging and communication options |
| Construction | Heavy-duty industrial steel structure with vibration-resistant design |
| Customization | Turbine capacity, instrumentation, pressure range, automation level, software, reporting, and control logic |
