Excellent PLC
Product Introduction
The 350900-394 High Temperature Velocity and Acceleration Sensor is a rugged vibration sensing device engineered for continuous operation in elevated temperature industrial environments. Developed within the machinery protection and condition monitoring portfolio of Bently Nevada, this sensor is designed to deliver reliable velocity and acceleration measurements in critical rotating equipment.
In high-temperature applications such as steam turbines, gas turbines, boilers, and exhaust systems, conventional vibration sensors may suffer from performance degradation due to thermal stress. The 350900-394 model is specifically constructed to withstand harsh thermal conditions while maintaining stable signal output and measurement consistency over extended operating periods.
Its integrated 10-meter cable length provides installation flexibility, allowing the sensor to be mounted directly in high-temperature zones while routing the signal safely to remote monitoring systems. The design emphasizes mechanical durability, thermal resistance, and long-term operational stability, making it suitable for power generation facilities, petrochemical plants, and heavy industrial machinery protection systems.
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | High Temperature Velocity & Acceleration Sensor |
| Model Number | 350900-394 |
| Measurement Type | Velocity and Acceleration |
| Cable Length | 10 meters |
| Temperature Capability | Designed for elevated industrial temperatures |
| Output Signal Type | Compatible with vibration monitoring systems |
| Installation Method | Stud or surface mounting (application dependent) |
| Environmental Resistance | Heat-resistant and vibration-resistant construction |
| Application Scope | Turbines, exhaust systems, boilers, high-temperature machinery |
| Signal Transmission | Shielded industrial cable |
| Weight | 1.545 kg |
Applications
• Steam Turbine Casings
Provides reliable vibration monitoring in high-temperature turbine environments.
• Gas Turbine Exhaust Systems
Suitable for installations exposed to sustained elevated temperatures.
• Boiler and Furnace Equipment
Used for vibration monitoring in thermal process equipment.
• Petrochemical Processing Units
Ensures condition monitoring in heat-intensive industrial areas.
• Power Generation Plants
Supports predictive maintenance programs for critical rotating machinery.
• High-Temperature Industrial Machinery
Designed for equipment operating in thermally demanding zones.
Advantages
• High-Temperature Durability
Engineered for continuous operation in elevated thermal environments.
• Dual Measurement Capability
Supports both velocity and acceleration monitoring within a single device.
• Extended 10-Meter Cable
Provides installation flexibility and remote routing options.
• Stable Signal Performance
Maintains consistent output even under thermal stress.
• Robust Industrial Construction
Heavy-duty housing and shielding enhance long-term reliability.
• Seamless System Integration
Compatible with established vibration monitoring platforms.
