The GE PCH1026 Wind Turbine Monitor is a digital structural vibration monitor designed for low-frequency safety and control applications in wind turbines.

It provides precise electronic monitoring of the wind turbine, offering far more accurate results than traditional mechanical and electronic detectors.

Key features and benefits of the PCH1026 include:

1. Accurate monitoring: The PCH1026 monitors tower oscillation, frequency and inclination, torsional and differential nacelle vibrations, shocks, blade vibrations, and rotor unbalance.  

2. Reliable filters: It incorporates reliable filters specifically designed for wind turbine applications, ensuring accurate and reliable data. 

3. Digital technology: The PCH1026 is a fully digital monitor, providing advanced features and capabilities. 

4. Certified for wind turbines: The monitor is certified for use in wind turbines, meeting industry standards and requirements. 

5. Customizable: The PCH1026 can be customized to meet specific needs and requirements of different wind turbine models and installations. 

Applications of the GE PCH1026 Wind Turbine Monitor:

1. Structural health monitoring: The PCH1026 can be used to monitor the structural health of the wind turbine, identifying potential issues or damage before they become critical. 

2. Safety and control: It can be integrated into safety and control systems to ensure the safe and efficient operation of the wind turbine. 

3. Performance optimization: The PCH1026 can help optimize the performance of the wind turbine by providing valuable data on its operating conditions.