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Bently Nevada 330752-25-05 High-Temperature Speed Sensor

Bently Nevada 330752-25-05 High-Temperature Speed Sensor

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Brand:Bently Nevada PLC
Item No.:330752-25-05
Product Origin:USA
Product Dimensions:Sensor Head Diameter: 25.4 mm
Product Weight:0.715 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Introduction to Advanced Rotational Speed Monitoring Technology

The Bently Nevada 330752-25-05 High-Temperature Speed Sensor is a precision-engineered sensing component developed for industrial machinery requiring accurate speed measurement under harsh operating conditions. It delivers dependable rotational speed feedback to support machinery monitoring, control, and protection applications.

Featuring a 25.4 mm sensor head diameter, this model provides a practical solution for installations where robust performance and compact mechanical integration are required. Its high-temperature capability makes it especially suitable for critical rotating equipment operating in demanding environments.

By delivering consistent speed measurement signals, this sensor helps operators improve equipment control, optimize maintenance strategies, and enhance overall machinery reliability.


Technical Specifications

ParameterSpecification
ManufacturerBently Nevada
Model Number330752-25-05
Product TypeHigh-Temperature Speed Sensor
Sensor FunctionRotational Speed Detection
Sensor TechnologyMagnetic Speed Detection
Sensor Head Diameter25.4 mm
ApplicationTurbine and Rotating Machinery Speed Monitoring
Installation TypeFixed Position Speed Measurement
Signal OutputSpeed Measurement Signal
Operating EnvironmentHigh-Temperature Industrial Applications
Compatible ApplicationMachinery Monitoring and Protection Systems
DimensionsApprox. 150 × 25.4 × 25.4 mm
Weight0.715 kg (1.58 lb)

Recommended Related Models for System Integration

ModelDescription
Bently Nevada 330752 SeriesHigh-Temperature Speed Sensor Product Family
Bently Nevada 330750-20High-Temperature Speed Sensor with 2-meter cable configuration
Bently Nevada 330750-40High-Temperature Speed Sensor with 4-meter cable configuration
Bently Nevada 3500/53Overspeed Detection Module
Bently Nevada 3300/55Dual Speed Monitor Module

Popular Related Models for Industrial Monitoring Applications

ModelProduct Description
Bently Nevada 330750 SeriesHigh-Temperature Speed Sensor Family
Bently Nevada 330752 SeriesHigh-Temperature Speed Sensor with Compact Head Design
Bently Nevada 3500/53Overspeed Detection System Module
Bently Nevada 3300/55Dual Speed Monitoring Module
Bently Nevada 3500 SeriesAdvanced Machinery Protection Platform


Applications for Precision High-Temperature Speed Measurement

The Bently Nevada 330752-25-05 High-Temperature Speed Sensor is designed for reliable rotational speed detection in demanding industrial environments where accurate machine speed feedback is essential. Built for high-temperature applications, this sensor provides stable speed measurement performance for machinery monitoring, control, and protection systems.

This high-temperature speed sensor is suitable for critical rotating equipment applications across multiple industries:

IndustryApplication Examples
Power GenerationSteam turbine speed monitoring, generator systems, and rotating equipment protection
Oil & GasTurbine-driven compressors, process equipment, and speed control applications
PetrochemicalHigh-temperature rotating machinery monitoring and operational control
Industrial ManufacturingHigh-speed motors, automated equipment, and production machinery
Energy SystemsCritical asset monitoring and machinery protection solutions

The compact 25.4 mm sensor head diameter design allows flexible installation while maintaining dependable speed detection performance in challenging operating conditions.


Advantages for Demanding Industrial Speed Applications

The Bently Nevada 330752-25-05 High-Temperature Speed Sensor combines durable construction with precise speed detection capability to support reliable machinery operation. Its high-temperature design makes it suitable for applications where standard sensors may experience performance limitations.

AdvantageDescription
High-Temperature PerformanceDesigned for stable operation in elevated temperature environments
Accurate Speed DetectionProvides dependable rotational speed measurement signals
Compact Sensor Head DesignEnables flexible installation in limited mounting areas
Reliable Signal ResponseSupports real-time machinery monitoring requirements
Industrial DurabilityBuilt for continuous operation in demanding applications
Enhanced Machinery ProtectionHelps monitoring systems maintain accurate operating information

This sensor supports improved equipment reliability by providing consistent speed feedback for critical rotating assets.


Technical FAQs – Engineering & Application Questions

1. What is the primary function of the Bently Nevada 330752-25-05?
It is used to detect rotational speed and provide speed feedback signals for industrial machinery monitoring systems.

2. Why is high-temperature capability important for this sensor?
It allows reliable operation in machinery environments where elevated temperatures could affect standard sensors.

3. What types of equipment can use this speed sensor?
It is commonly used for turbines, compressors, generators, and other rotating machinery requiring speed measurement.

4. What sensing technology does the sensor use?
It uses magnetic speed sensing technology to detect rotational movement and generate speed signals.

5. How does speed monitoring improve machinery protection?
Accurate speed information allows monitoring systems to identify abnormal operating conditions and support protective actions.

6. Can this sensor be integrated into existing machinery monitoring systems?
Yes. It is designed for use with compatible Bently Nevada monitoring and protection systems.

7. What factors affect speed measurement accuracy?
Installation position, target condition, sensor alignment, and monitoring system configuration influence performance.

8. Why is sensor head diameter important in installation design?
The sensor head size determines mounting compatibility and installation flexibility within the machinery structure.

9. How does this sensor support predictive maintenance programs?
It provides reliable operating speed data that helps identify equipment performance changes.

10. What should be checked before replacing a high-temperature speed sensor?
The model specification, mounting requirements, operating temperature range, and system compatibility should be confirmed.


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