PCH1026 4-Channel Structural Vibration Monitor with FFT Analysis

The PCH1026 4-Channel Structural Vibration Monitor with FFT Analysis is a high-performance digital vibration monitor (FlexMON™ series) designed by PCH Engineering A/S for wind turbine structural monitoring. It monitors low-frequency structural vibration of wind turbines, delivering stable, consistent performance under tough site conditions to guarantee reliable monitoring of automation equipment.

Key Specifications:

• Brand: PCH Engineering A/S (FlexMON™)
• Model: PCH1026 (Mk1 / Mk2)
• Type: Digital Structural Vibration Monitor
• Application: Wind turbine tower / structural vibration monitoring
• Sensors: Accelerometer inputs (3-axis measurement per sources)
• Communication: RS-485 (9-pole D-sub), with built-in 120 Ω termination (Mk2, activated via pins 7–9)
• Country of Origin: Denmark

PCH1026 4-Channel Structural Vibration Monitor with FFT Analysis is a dependable vibration monitor engineered for continuous structural monitoring in industrial applications. Monitoring low-frequency vibration of wind turbines and foundations, it maintains consistent detection even under harsh outdoor conditions and demanding duty cycles. With digital signal processing and accelerometer-based measurement, it supports dependable operation of field equipment and improves overall system reliability. Rugged construction ensures long-term reliability across demanding industrial duty cycles. The PCH Engineering PCH1026 conforms to rigorous industrial standards, making it a trusted vibration monitor for wind turbine applications.