Technical Specifications

Measurement channels
Supports up to 12 dynamic signal channels and 2 Keyphasor channels

Signal acquisition

24-bit Σ-Δ ADC

Sampling rate: 102.4 kS/s

Dynamic range: 110 dB

Bandwidth: 0–40 kHz

Sensor compatibility
Supports eddy current probes, vibration acceleration/velocity sensors, and temperature sensors, compatible with mainstream industrial signal standards

Power supply and consumption

Supply voltage: 18–36 V DC

Maximum operating current: 1.7 A

Surge current: 2.7 A (< 5 ms)

Communication interfaces
Dual independent Ethernet ports, supporting Modbus TCP/IP, suitable for remote monitoring and high-speed data upload

Core Functions and Application Value

Dedicated monitoring for wind turbine drivetrains
Specifically designed for key power-train components such as gearboxes, bearings, and main shafts. Advanced algorithms extract characteristic features to provide early warning of wear, imbalance, misalignment, and other developing faults.

Flexible deployment architecture
Can operate as a standalone monitoring unit or be integrated into wind power SCADA / DCS systems, supporting distributed acquisition and centralized condition monitoring.

High-reliability data acquisition
Designed for wide operating temperature and voltage ranges with strong resistance to vibration and mechanical shock, making it suitable for harsh wind farm environments.

Typical Application Scenarios

Wind power industry
Drivetrain condition monitoring and health management of wind turbines

Oil and gas / petrochemical industry
Condition monitoring of compressors, turbines, and critical rotating machinery

Power industry
Status monitoring and early fault warning for auxiliary power equipment

Bently Nevada 60M100-00｜Condition Monitoring System｜