The Bently Nevada 350044M-01-00 is a part of the Bently Nevada condition monitoring system, specifically designed for vibration monitoring in industrial applications.

Product Name:

Bently Nevada 350044M-01-00 (176449-03) Module

Product Description:

The Bently Nevada 350044M-01-00 module is primarily used for monitoring the health and performance of rotating machinery. It is designed to provide accurate and reliable vibration measurements, enabling users to detect abnormalities and prevent failures in machinery.

Product Parameters:

• Input Channels: Designed to handle multiple input channels for simultaneous monitoring of several vibration points.
• Measurement Type: Typically measures displacement, velocity, and acceleration of vibration.
• Sensor Compatibility: Compatible with various Bently Nevada sensors such as proximity probes and accelerometers.
• Signal Conditioning: Advanced signal conditioning features to enhance measurement accuracy.
• Data Communication: Supports multiple communication protocols for integration with monitoring systems.

Specifications:

• Power Supply: The module usually requires a DC power supply, typically in the range of 12-30 V.
• Operating Temperature Range: Generally designed to operate in harsh industrial conditions, with a temperature range usually around -40°C to +70°C.
• Mounting Options: Modular design for easy integration into existing control systems or cabinets.
• Weight: Specifications may vary, but a typical weight could be around 2-3 kg.
• Enclosure Rating: Commonly has an enclosure rating suitable for industrial applications (e.g., IP65).

Product Use:

The Bently Nevada 350044M-01-00 module is primarily used in various industries for:

• Condition Monitoring: Continuous monitoring of machinery to detect imbalance, misalignment, and other potential failure modes.
• Predictive Maintenance: Data collected can be used to perform predictive maintenance, reducing downtime and maintenance costs.
• Safety: Improves the safety of operations by identifying potential hazards before they lead to catastrophic failures.