The BENTLY NEVADA 3500 42 Datasheet is a crucial document for anyone involved in the condition monitoring and protection of critical machinery. It provides comprehensive information about the 3500/42 Proximity Transducer, a key component within the BENTLY NEVADA 3500 monitoring system. Understanding the information contained within the BENTLY NEVADA 3500 42 Datasheet is essential for properly selecting, installing, and maintaining this transducer to ensure optimal performance and reliability of the monitored equipment.
Decoding the BENTLY NEVADA 3500 42 Datasheet A User’s Guide
The BENTLY NEVADA 3500 42 Datasheet acts as the definitive guide to the 3500/42 Proximity Transducer. It outlines the technical specifications, performance characteristics, and ordering information necessary for effectively utilizing this sensor. This transducer is primarily used to measure the radial vibration and position of rotating shafts within machinery like turbines, compressors, and pumps. By carefully analyzing the information provided in the datasheet, engineers can accurately assess the health and operational status of their valuable assets. Proper interpretation of this datasheet is paramount for preventing catastrophic failures and optimizing maintenance schedules.
Let’s break down some key areas typically found within the BENTLY NEVADA 3500 42 Datasheet:
- Transducer Specifications: This section details the electrical and mechanical properties of the transducer, including its sensitivity, frequency response, operating temperature range, and physical dimensions.
- System Performance: Here, you’ll find information on the overall performance of the transducer when integrated within the BENTLY NEVADA 3500 system. This includes details on linearity, resolution, and accuracy.
- Ordering Information: This section provides the necessary part numbers and configuration options for ordering the correct transducer model to meet your specific application requirements.
The datasheet also often includes tables and diagrams that help visualize the information. For instance, a table might outline the different cable length options available and their corresponding part numbers, or a diagram might illustrate the transducer’s mounting dimensions. Careful attention to these details is crucial for ensuring compatibility and proper installation. Consider the following sample table structure:
| Cable Length (meters) | Part Number |
|---|---|
| 1 | XXXXX-01 |
| 5 | XXXXX-05 |
| 9 | XXXXX-09 |
The BENTLY NEVADA 3500 42 Datasheet isn’t just a technical document; it’s a roadmap for ensuring the reliable operation of your critical machinery. By understanding the information within, you can make informed decisions about transducer selection, installation, and maintenance, ultimately contributing to increased uptime and reduced operational costs.
To gain a more comprehensive understanding of the BENTLY NEVADA 3500 42 Proximity Transducer, consult the official datasheet. This document will provide the detailed technical specifications and guidelines necessary for ensuring optimal performance and reliability in your machinery monitoring applications.