P3403893-0351 振动变送器

P3403893-0351 振动变送器

P3403893-0351 是 通用电气（也称为 Bently Nevada）的振动变送器，设计用于将机械振动转换为比例 4-20mA 的电信号，用于监测和控制应用。 它是本特利内华达 3500 系列振动变送器的一部分。
P3403893-0351 的主要特点：
宽频率范围：支持 10 Hz 至 2000 Hz 的宽频率范围，涵盖广泛的振动条件。
高精度：提供 ±2% 的高精度，确保精 确测量和表示振动水平。
4-20mA输出：提供标准的4-20mA输出信号，与大多数工业控制系统和数据采集设备兼容。
坚固的结构：专为恶劣的工业环境而设计，可承受振动、冲击和极 端温度。
本质安全：经认证可用于危险区域，符合爆炸性环境的安全标准。
P3403893-0351的应用：
预测性维护：监控旋转机械（如泵、电机和涡轮机）的状况，以便及早发现潜在故障。
状态监测：持续监测振动水平，以识别异常情况并防止计划外停机。
过程控制：控制关键机械的振动水平，以确保zui佳性能和产品质量。
资产管理：通过实施有效的振动监测计划，优化资产利用率并延长机器使用寿命。
根本原因分析：调查振动问题的根本原因，以解决潜在问题并防止故障再次发生。
使用 P3403893-0351：
安装：
将 P3403893-0351 振动变送器安装在机壳或振动源附近的合适结构上，确保正确安装和对齐。
按照用户手册中提供的接线图和规格将振动传感器连接到变送器的输入端子。
将4-20mA输出电缆连接到变送器的输出端子，并将其路由到控制系统或数据采集设备。
配置：
使用 Bently Nevada 的配置软件或工具配置 P3403893-0351 变送器，设置传感器类型、灵敏度和输出范围。
将变送器集成到整个振动监测系统中，定义数据映射和报警阈值。
测试和调试：
对变送器、传感器和通信链路进行彻底测试，以确保正常运行。
执行调试测试，以验证变送器、传感器和控制系统之间的正确交互。
验证振动监测系统在预期应用中的整体功能和性能。

P3403893-0351 振动变送器

The P3403893-0351 is a General Electric (also known as Bently Nevada) vibration transmitter designed to convert mechanical vibrations into electrical signals at a scale of 4-20mA for monitoring and control applications. It is part of the Bentley Nevada 3500 series of vibration transmitters.
Main features of P3403893-0351:
Wide frequency range: Supports a wide frequency range from 10 Hz to 2000 Hz, covering a wide range of vibration conditions.
High accuracy: Provides ±2% accuracy to ensure accurate measurement and representation of vibration levels.
4-20mA output: Provides a standard 4-20mA output signal that is compatible with most industrial control systems and data acquisition equipment.
Rugged construction: Designed for harsh industrial environments, it withstands vibration, shock and extreme temperatures.
Intrinsically safe: Certified for use in hazardous areas and compliant with safety standards for explosive environments.
Application of P3403893-0351:
Predictive maintenance: Monitoring the condition of rotating machinery such as pumps, motors and turbines for early detection of potential failures.
Condition monitoring: Continuously monitor vibration levels to identify anomalies and prevent unplanned downtime.
Process control: Control the vibration levels of critical machinery to ensure optimal performance and product quality.
Asset Management: Optimize asset utilization and extend machine life by implementing an effective vibration monitoring program.
Root cause analysis: Investigate the root cause of vibration problems to address potential problems and prevent failures from recurring.
Using P3403893-0351:
Installation:
Install the P3403893-0351 vibration transmitter on a suitable structure near the housing or vibration source to ensure proper installation and alignment.
Connect the vibration sensor to the input terminal of the transmitter according to the wiring diagram and specifications provided in the user manual.
Connect the 4-20mA output cable to the output terminal of the transmitter and route it to the control system or data acquisition device.
Settings:
Configure the P3403893-0351 transmitter with Bently Nevada's configuration software or tool to set the sensor type, sensitivity, and output range.
The transmitter is integrated into the entire vibration monitoring system to define data mapping and alarm thresholds.
Testing and debugging:
Thoroughly test transmitters, sensors and communication links to ensure proper operation.
Debug tests are performed to verify proper interaction between transmitters, sensors, and control systems.
Verify the overall function and performance of the vibration monitoring system in the intended application.

P3403893-0351 振动变送器