Bently Nevada 135613-01-00 High-temperature Housing Expansion Sensor Assembly

Applications

• Case expansion monitoring for steam turbines and large rotating machinery

• High-temperature mechanical displacement measurement in industrial power systems

• Thermal growth tracking in compressors, generators, and turbine casings

• Condition monitoring systems in oil and gas rotating equipment trains

• Petrochemical plants requiring accurate structural expansion measurement

• Power generation units for predictive maintenance and equipment protection

• Heavy industrial machinery requiring precise housing movement detection

• Critical asset monitoring in harsh temperature and vibration environments

Key Advantages

• Designed for high-temperature operating environments with stable measurement performance

• Provides accurate casing expansion detection for rotating machinery protection systems

• Rugged industrial construction ensures long-term reliability in harsh conditions

• High mechanical stability reduces measurement drift under thermal stress

• Compatible with Bently Nevada condition monitoring architectures

• Supports predictive maintenance strategies by improving machine health visibility

• Reliable signal output improves protection system decision accuracy

• Optimized for continuous operation in mission-critical industrial assets

Technical FAQs

Q1: What is the main function of this sensor assembly?
It measures thermal expansion and mechanical movement of machine casings.

Q2: Where is it typically installed?
It is installed on turbine, compressor, and generator housings.

Q3: Is it suitable for high-temperature environments?
Yes, it is designed specifically for high-temperature industrial conditions.

Q4: What type of systems use this device?
It is used in Bently Nevada machinery condition monitoring systems.

Q5: Does it support continuous monitoring?
Yes, it is designed for continuous industrial operation.

Q6: Why is case expansion monitoring important?
It helps detect mechanical stress and prevents equipment damage.

Q7: Is it used in predictive maintenance?
Yes, it plays a key role in condition-based monitoring strategies.

Q8: Can it be used on all rotating machinery?
It is primarily used on large turbomachinery and critical rotating assets.

Q9: Does it require frequent calibration?
No, it is designed for long-term stable operation with minimal drift.

Q10: Is it suitable for harsh industrial environments?
Yes, it is engineered for high vibration and temperature conditions.