مستشعرات تسارع سرعة Bently Nevada 200350-01-00-00

Description

Continuous machinery health monitoring relies on accurate, real-time vibration data. The Bently Nevada 200350-01-00-00 is a high-performance, dual-parameter Trendmaster Pro sensor designed to measure both acceleration and velocity within a single transducer housing. By providing simultaneous vibration parameters, this sensor allows industrial maintenance teams to detect high-frequency bearing faults as well as low-to-medium frequency structural imbalances. Designed specifically for integration with Trendmaster Pro online monitoring systems, it delivers critical diagnostic data to prevent unplanned downtime and optimize asset life cycles.

Constructed with a rugged, hermetically sealed stainless steel enclosure, this transducer is built to withstand harsh, corrosive, and high-humidity environments typical of heavy industrial facilities. The compact, low-profile design allows for mounting in tight mechanical spaces, making it ideal for balance-of-plant assets where traditional, bulkier sensors cannot be installed.

Features

• Dual-Parameter Sensing: Simultaneously monitors acceleration and velocity, capturing a broad frequency spectrum of mechanical faults.
• Industrial Durability: Hermetically sealed stainless steel case provides superior resistance against moisture, chemicals, and physical impacts.
• Trendmaster Integration: Optimized for direct connection with Trendmaster Pro Direct Sensor Modules (DSM) and scanning cards.
• Low-Profile Design: Enables installation on small motors, pumps, and fans with restricted physical access.
• Reliable Signal Transmission: Internal shielding minimizes noise susceptibility and protects signal integrity over long cable runs.

Applications

• Electric motors and small-to-medium industrial pumps
• Centrifugal and axial ventilation fans
• Cooling tower gearboxes and heat exchanger blowers
• Air compressors and auxiliary plant machinery
• Paper mills, petrochemical facilities, and power generation plants

Technical Specifications

Installation Guidelines

• Surface Preparation: Ensure the sensor mounting surface is flat, clean, and free from paint or debris to guarantee accurate high-frequency transmission.
• Mounting Torque: Apply the recommended torque specification during installation to prevent thread stress or sensor body distortion.
• Cable Routing: Secure all transducer cabling with conduit or tie-wraps, routing cables away from high-voltage lines to avoid electromagnetic interference (EMI).
• Grounding: Maintain proper shield grounding practices at the monitor end to eliminate ground loop noise in the signal path.