Generator Characteristics Comprehensive Tester

I. Overview

The HD9030 Generator Characteristic Comprehensive Testing System is specifically designed for electrical start-up tests after major overhaul of power generation units in power plants. It can perform real-time measurement and analysis of various characteristic curves of the generator (including no-load, short-circuit, de-magnetization, zero start, ±10% step response, frequency tests, and exciter load tests, etc.), featuring a high number of measurement signals and high precision.

Section II: Technical Features

Utilizing standard interfaces to cater to the requirements of various power plants (including thermal power plants, hydropower plants, nuclear power plants, etc.).

2. The system can perform automatic data collection as well as interactive data collection.

3. Real-time plotting of characteristic curves for a more intuitive testing experience.

4. Waveform comparisons can be performed, allowing for a coordinate-based comparison of measured data with historical data, facilitating judgment.

5. Our testing data is stable, precise, and reliable, enabling accurate assessment of the motor's maintenance status to ensure the generator operates smoothly.

6. Utilizing chart-based output methods for easier analysis, judgment, and archiving.

7. Featuring an industrial computer motherboard, an integrated large-screen LCD display with the testing unit, offering enhanced reliability.

The system is highly programmed, significantly reducing the complexity of testing and enhancing efficiency and safety.

The 6-way voltage signal processing utilizes advanced electromagnetic induction and photoelectric isolation principles, offering high testing accuracy, fast response time, and stable performance. The input and output are completely isolated with an isolation voltage greater than 3KV, overload capability up to twice the rated voltage (3-phase 150V, 3-phase 750V), and an input impedance greater than 150KΩ (or 750 KΩ).

The 3-way current signal processing utilizes clamp-on current sensors, offering convenient and safe on-site wiring, high testing accuracy, fast response time, and stable performance. The input and output are completely isolated with an isolation voltage greater than 3KV, capable of withstanding twice the rated overload capacity and an instantaneous overload of 20 times the rated value for 60 seconds.

III. Technical Performance

12-way Signal Interface Characteristics:

0 to 150V AC Voltage      3 Sets      (Stator Secondary Voltage)

0 to 750V AC Voltage       3 Sets      (Exciter Stator Secondary Voltage)

0-10mA AC current, 3 sets (stator secondary current via clamp-type current sensor)

0 to ±75mV DC Voltage 2 Sets (Generator Rotor Current, Shunt Signal)

0 to ±1000V DC Voltage  1 Set  (Generator Rotor Voltage)

2. Precision:

12-way signal accuracy: 0.5 grade

A/D Sampling: 12-bit, Rate: 125kHz

3. Response Time: ≤20ms

4. 2 USB ports: Data export for use

5. Starting Method: Manual; Automatic 6. Power Supply: AC220±10%

7. Instrument Dimensions: 300×220×300 8. Instrument Weight: 5kg