Bently Nevada 330878-90-00 Proximitor Sensor

The Bently Nevada 330878-90-00 is a precision Proximitor Sensor that actively monitors vibration in demanding industrial systems. It features a 9.0-meter (29.5 feet) system length and comes with a panel mount design, which allows engineers to install it directly in control panels with ease. Moreover, its robust construction ensures reliable performance in high-stress environments.

Key Features and Benefits

Continuous Vibration Monitoring: The 330878-90-00 actively detects vibrations, allowing maintenance teams to prevent equipment failures and optimize operational efficiency.
Flexible System Length: With a total length of 9.0 meters (29.5 feet), technicians can position the sensor precisely where measurement is critical.
Panel Mount Integration: Engineers can quickly secure the sensor inside panels, which simplifies installation and reduces setup time.
No Agency Approval Required: This model operates without requiring agency certification, therefore companies can deploy it in diverse industrial environments.
Durable Design: The sensor withstands temperature fluctuations, mechanical stress, and industrial vibrations, providing consistent long-term performance.

Technical Specifications

Parameter	Specification
Product Model	330878-90-00
Product Type	Proximitor Sensor
Manufacturer	Bently Nevada
System Length	9.0 meters (29.5 feet)
Mounting Option	Panel Mount
Agency Approval	00 = No approvals required
Shipping Weight	3.0 kg

Dimensions and Weight

System Length: 9.0 meters (29.5 feet)
Weight: 3.0 kg (shipping weight)

Applications and Usage

Industrial engineers widely use the 330878-90-00 to monitor turbine, pump, and motor vibrations. Furthermore, companies in power generation, manufacturing, and aerospace rely on its precise measurement capabilities. In addition, maintenance teams integrate this sensor into predictive maintenance programs to reduce unplanned downtime and improve safety.

Installation Tips

Technicians should mount the 330878-90-00 on stable panels and route cables carefully to avoid interference. Moreover, calibrating the sensor after installation ensures accurate vibration readings. Consequently, the equipment remains protected, and operational efficiency improves significantly.