330750-60-RU 高温测速仪*系统

Description

330750-60-RU 高温测速仪*系统

概述
我们的330750和330752高温测速仪传感器提供独特的设计，传感元件与信号调理电子元件分离。

330750和330752高温测速仪系统传感器头和集成电缆专为高温环境设计。这使您能够将这些传感头安装在温度高达+400°C(+752°F)的表面上。

为了实现这一点，换能器的设计将这些传感元件与信号调理电子元件分开。两者通过集成电缆永久连接。集成电缆消除了连接器，这是传感器故障的重要来源。

该电缆使您能够将信号调节电子设备放置在较冷的位置。内部电子器件可承受55°C至+121°C(-67°F至+250°F)的温度。集成设计使其能够捕获与其他BentlyNevada Velomitor传感器相当的机械性能数据，但温度要高得多。

对于温度较低的环境，使用标准的330500 Velomitor压电速度传感器。可安装在最高工作温度为+121°C(+250°F)的位置。

330750-60-RU

330750-60-RU 高温测速仪*系统

Overview
Our 330750 and 330752 High Temperature Velomitor sensors offer a unique design with the sensing element segregated from the signal conditioning electronics.

The 330750 and 330752 High Temperature Velomitor Systemsensor head and integral cable are designed for hightemperature environments. This enables you to mount thesensing head on surfaces with temperatures up to +400°C(+752°F).

To accomplish this, the transducer design segregates thesensing element from the signal conditioning electronics. Thetwo are permanently connected using an integrated cable.The integrated cable eliminates connectors which are asignificant source of transducer failures.

The cable enables you to position the signal conditioningelectronics in a cooler location. The internal electronicswithstands temperatures of 55°C to +121°C (-67°F to +250°F).The integrated design makes it possible to capturemachinery performance data comparable to other BentlyNevada Velomitor transducers, but at significantly highertemperatures.

For lower temperature environments, use the standard330500 Velomitor Piezo-velocity Sensor. You can install it inlocations with a maximum operating temperature of +121°C(+250°F).