BENTLY 22810-01-05-50-02 Detailed Information

BENTLY 22810-01-05-50-02 is an industrial vibration monitoring card belonging to the BENTLY NEVADA 3500/50 series,designed specifically for monitoring vibration,temperature,and other parameters of rotating machinery such as turbines,compressors,and motors.Its core function is to collect sensor data in real-time,perform signal processing and logic analysis,and ensure the safe operation of the equipment.

Core functions and features

Multi parameter monitoring capability

Support vibration sensor signal acquisition(such as acceleration,velocity,displacement),compatible with eddy current probes,piezoelectric sensors,and other types.

Integrated temperature monitoring channel,expandable to thermocouple or RTD temperature sensors.

Industrial grade signal processing

Anti interference design:using digital filtering and signal isolation technology to suppress the impact of electromagnetic interference(EMI)on monitoring data.

High precision analog-to-digital conversion:supports 16 bit or higher resolution to ensure data acquisition accuracy.

Logic protection and alarm function

Trigger an over limit alarm(such as high vibration amplitude or temperature)based on the preset threshold,and activate shutdown protection or notify operation and maintenance personnel.

Support trend analysis and record historical data for device health status assessment.

Modular expansion

As an expansion card for the 3500 series monitoring system,it can be used in conjunction with other modules such as power modules and communication modules to build a distributed monitoring network.

Technical parameters(speculation)

Category parameters

Communication interfaces RS-485,Modbus RTU,Profinet(depending on specific system configuration)

Input channel 8 vibration signal+2 temperature signal

Sampling rate 2048 Hz(typical value)

Working voltage 24V DC±10%

Environmental adaptability temperature range:-20°C to 70°C;humidity:5%to 95%(no condensation)

Protection level IP20(installed in control room)

Typical application scenarios

Electricity and Energy Industry

Monitor the bearing vibration of steam turbines and generators to prevent shutdown accidents caused by mechanical failures.

Real time tracking of gas turbine blade vibration to ensure efficient operation.

Petrochemical and metallurgical industry

Monitor the vibration and temperature of compressors and pump units to avoid equipment damage caused by overload or insufficient lubrication.

Used for monitoring the vibration of the main shaft of the rolling mill to ensure production continuity.

Rail Transit and Aviation

Provide vibration anomaly warning for subway train traction motors and aircraft engine bearings.

Pharmaceutical and Food Machinery

Monitor the vibration of centrifuges and mixing tanks to prevent production interruptions caused by mechanical resonance.