传感器PR937620  通过感知物理量或化学量的变化

PR937620EPRO

品牌:EPRO

产地:德国

规格:标准

用途范围:石油天然气、石化、化工、电力和冶金等行业可售卖地:全国

型号:PR9376/20

epro GmbH(epro GmbH)于1970年在德国Gronau成立。她的前身是Holland Signal Equipment Co.,ltd.,该公司隶属于欧洲飞利浦(PHILIPS)集团。1992年,该公司更名为epro电子系统有限公司。1994年,epro在飞利浦集团重组期间与飞利浦蒸汽轮机监测和保护部门合并并继承了飞利浦在旋转机械保护领域积累的数十年宝贵经验和设备精良的生产设施,并且飞利浦已经培养了多年

PR937620EPRO传感器是一种能够感知物理量或化学量，并将其转换为电信号输出的设备。它通常用于监测和控制各种系统和设备。

PR937620EPRO传感器的工作原理是通过感知物理量或化学量的变化，并将其转换为电信号输出。传感器通常包括敏感元件、信号调理电路、微处理器和输出接口等组件。

PR937620EPRO传感器广泛应用于各种电子设备和系统中，例如工业自动化、智能家居、物联网、医疗设备等领域。它们可以用于监测温度、湿度、压力、流量、位置、速度等各种物理量和化学量，以实现对系统和设备的监测和控制。

传感器PR937620  通过感知物理量或化学量的变化

PR937620EPRO

Brand :EPRO

Origin: Germany

Specification: Standard

Scope of use: oil and gas, petrochemical, chemical, electric power and metallurgical industries can be sold: the whole country

Model :PR9376/20

epro GmbH(epro GmbH) was founded in 1970 in Gronau, Germany. She was formerly known as Holland Signal Equipment Co.,ltd., part of the European PHILIPS group. In 1992, the company changed its name to epro Electronic Systems LTD. In 1994,epro merged with the Philips Steam Turbine Monitoring and Protection Division during the reorganization of the Philips Group and inherited decades of valuable experience and well-equipped production facilities accumulated by Philips in the field of rotating machinery protection, and which Philips had cultivated for many years

The PR937620EPRO sensor is a device capable of sensing a physical or chemical quantity and converting it into an electrical output. It is commonly used to monitor and control various systems and equipment.

The PR937620EPRO sensor works by sensing a change in a physical or chemical quantity and converting it into an electrical output. Sensors usually include components such as sensors, signal conditioning circuits, microprocessors and output interfaces.

The PR937620EPRO sensor is widely used in various electronic devices and systems, such as industrial automation, smart home, Internet of Things, medical equipment and other fields. They can be used to monitor temperature, humidity, pressure, flow, position, speed and other physical and chemical quantities to achieve the monitoring and control of the system and equipment.