Turbine Speed Control System Simulation Tester

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Turbine Speed Control System Simulation Tester
Details
METS-W202 Hydroturbine Speed Control System Simulation Tester, featuring a sampling frequency up to 4kHz, incorporates five built-in unit models, supports 14 test items, and provides 8-channel analog data acquisition. It automatically generates WORD/EXCEL reports while offering waveform recording and frequency generation capabilities, delivering flexible and efficient performance.
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Generator Testing Equipment
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Description

Hydraulic Turbine Speed Control System Simulation Tester

 

Product Introduction

 

The METS-W202 Hydro Turbine Speed Control System Simulation Tester is a comprehensive testing platform developed by Wuhan Moen Intelligent Electric Co., Ltd. for evaluating the characteristics of hydroelectric speed control systems and automatic quasi-synchronization systems. This instrument performs tests including hydro turbine speed control system no-load oscillation, no-load disturbance, load shedding, dead time, governor static characteristics, relay switching patterns, simulated open/close shutdown support, frequency deadband measurement, load response tests, and primary frequency regulation tracking tests. It automatically generates various types of test reports. The METS-W202 can also function as a universal recorder and frequency generator, with a system sampling frequency up to 4kHz, significantly broadening its application scope and enhancing flexibility.

The METS-W202 integrates five distinct hydroturbine unit models internally. The instrument can simulate these models to form a closed-loop system with the governor, enabling convenient dynamic testing of the governor without requiring connection to an actual unit.

 

Product Parameter (specification)

 

1) The instrument can automatically generate WORD test reports and Excel test reports.

2) Test reports automatically label curves, enabling fully automated report generation.

3) Names and units for all sampling channels can be redefined.

4) Test environment settings and instrument configurations for various tests are automatically saved.

5) Built-in five turbine models: mixed-flow, axial-flow rotary-piston, impulse, propeller, and nonlinear, supporting simulation of different governor types.

6) Automatically calculates test parameters for various tests.

7) Simple and convenient channel filtering methods.

8) Easily export test data using storage devices like USB drives or portable hard disks.

9) Real-time plotting of test curves with multiple analysis tools, enabling arbitrary zooming and positioning of curves.

10) Windows XPE operating system provides self-protection and recovery, preventing virus intrusion and corruption.

11) Anti-jitter processing prevents user errors.

12) Real-time monitoring of input signals automatically cuts off those exceeding the range, protecting signal acquisition channels and the instrument.

 

Product feature and application

 

1) The instrument can automatically generate WORD test reports and Excel test reports.

2) Test reports automatically label curves, enabling fully automated report generation.

3) Names and units for all sampling channels can be redefined.

4) Test environment settings and instrument configurations for various tests are automatically saved.

5) Built-in five turbine models: mixed-flow, axial-flow rotary-piston, impulse, propeller, and nonlinear, supporting simulation of different governor types.

6) Automatically calculates test parameters for various tests.

7) Simple and convenient channel filtering methods.

8) Easily export test data using storage devices like USB drives or portable hard disks.

9) Real-time plotting of test curves with multiple analysis tools, enabling arbitrary zooming and positioning of curves.

10) Windows XPE operating system provides self-protection and recovery, preventing virus intrusion and corruption.

11) Anti-jitter processing prevents user errors.

12) Real-time monitoring of input signals automatically cuts off those exceeding the range, protecting signal acquisition channels and the instrument.

 

Prodection details

 

METS-W202 Hydroturbine Speed Control System Simulation Tester is designed for the hydropower generation sector, with core applications including:

Characteristic testing of hydroturbine speed control systems and automatic quasi-synchronous systems;

Conducting 14 types of tests including no-load oscillation, load shedding, and static characteristics;

General-purpose waveform recording (multi-channel signal acquisition and analysis) and frequency generation;

Closed-loop governor simulation testing using five built-in generator models when no actual unit is available;

Test data export, automated report generation, and historical data traceability.

 

Company Qualifications

 

 

FAQ

1)What are the main areas of the hardware panel for the METS-W202 Hydro Turbine Speed Control System Simulation Tester?

Answer: The hardware panel of this instrument is divided into three core areas: the wiring area, the human-machine interaction area, and the control panel area. The wiring area uses BNC terminals and includes various input/output channels such as analog signals, frequency signals, and digital inputs/outputs for connecting the instrument to the test specimen. The HMI zone features a 12.1-inch true-color LCD touchscreen supporting virtual keyboard input, with compatibility for external USB keyboards and mice. The control panel zone houses the system power switch, reset button, grounding terminal, and USB external interface for basic instrument operation and external device connectivity.

2)What turbine unit models are built into the METS-W202 Hydro Turbine Speed Control System Simulation Tester?

Answer: The instrument incorporates five distinct hydroturbine unit models: mixed-flow unit model, axial-flow paddle-wheel unit model, impulse-type unit model, propeller-type unit model, and nonlinear unit model. These models accommodate simulation requirements for various governor types, enabling dynamic testing through closed-loop systems with the models even when not connected to actual units.

3)How should the issue be addressed when the METS-W202 Hydro Turbine Speed Regulator Simulation Tester displays the error "Software selected voltage signal input channel but unable to acquire data"?

Answer: This fault occurs because the instrument detected that the voltage channel input signal exceeded the maximum allowable range and automatically switched to the current input mode. To resolve this: First, ensure the signal connected to the voltage channel does not exceed the allowable range of -10V to 10V. Then, restart the software to switch back to voltage input mode and resume normal data acquisition.

 

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