Bently Nevada 330500-04-01 – Piezo-Velocity Sensor for Advanced Machine Condition Monitoring

Operating Principle:Piezo-electric accelerometer technology

Measurement Range:0 to 1000 mm/s RMS

Frequency Response:10 Hz to 1 kHz

Accuracy:+/- 5% of full scale

Temperature Range:-40°C to +85°C

Connectivity:2-pin, integrated circuit connection

Material:Stainless steel housing for durability

Power Source:Internal power supply, no external power required

Dimensions:25mm x 25mm x 10mm

Weight:15 grams

    The Bently Nevada 330500-04-01 sensor is a critical component in the realm of industrial control systems, designed to deliver precise velocity measurements under challenging environmental conditions. It is built with a robust stainless steel housing, ensuring durability and reliability in harsh industrial settings.

    Utilizing advanced piezoelectric technology, this sensor provides accurate vibration data in real-time, enabling proactive maintenance strategies that prevent unexpected downtime and costly repairs. Its wide operating temperature range makes it suitable for applications across various industries, from manufacturing to oil & gas.

    With an accuracy of +/- 2% of full scale, the sensor ensures high precision measurements, crucial for maintaining operational efficiency and safety. The 4-20mA signal output facilitates seamless integration with existing industrial control systems, enhancing system performance and data analysis capabilities.

    Easy to install and maintain, the 2-pin connector design simplifies the setup process, reducing the risk of errors during installation. This feature, combined with its rugged build quality, ensures minimal downtime and high uptime, making it a preferred choice for maintenance engineers and facility managers worldwide.

    Incorporated within the Bently Nevada PLC system, the 330500-04-01 sensor leverages the latest in sensor technology to provide real-time feedback on machine health. This capability is essential for predictive maintenance, allowing for timely interventions before equipment failures occur, ultimately maximizing productivity and minimizing operational costs.