P0926JM  FOXBORO 信号控制系统

PO926JM FOXBORO压力变送器

产品介绍

PO926JM FOXBORO是一款高精度的压力变送器，具有稳定性好、精度高、使用寿命长等特点。

产品参数

测量范围:0-10MPa。精度等级:0.1级·输出信号:4-20mA·工作电压:24VDC。防护等级:IP65

分类:FOXBORO/福克斯波罗·

产品参数

测量范围:0-10MPa·精度等级:0.1级输出信号:4-20mA。工作电压:24VDC·防护等级:IP65

应用领域

FOXBORO PO926JM适用于液压设备、石油化工、食品加工等领域，可以准确测量介质的压力值。

PO926JM FOXBORO是罗克韦尔自动化公司的一个产品，这是一种适用于工业过程的压力变送器。这种压力变送器设计用于测量和传输各种介质的压力，如气体、液体等。

FOXBORO压力变送器的性能特点包括：

稳定性好，精度高。

结构坚固，抗腐蚀性强。

适用于多种不同介质。

可选多种不同的输出信号。

可选HART或Profibus通信协议。

PO926JM FOXBORO压力变送器的作用是将压力信号转换为电信号，并将其传输到显示、调节或控制系统。

压力变送器通常由一个密封的弹性膜片和电子元件组成。当膜片受到压力作用时，它会变形并压缩膜片内的气体或液体，这些电子元件会检测膜片的变形量并将其转换为电信号，这个电信号与压力成正比，因此可以通过它来测量压力。例如，在液位控制系统中，压力变送器可以测量容器内液体的压力，当容器内的液位升高时，压力变送器会检测到压力增加并将电信号传输到控制系统，控制系统可以根据电信号的变化来控制液位的升降。

P0926JM  FOXBORO 信号控制系统

PO926JM FOXBORO pressure transmitter

Product introduction

PO926JM FOXBORO is a high precision pressure transmitter with good stability, high accuracy and long service life.

Product parameter

Measuring range :0-10MPa. Accuracy level :0.1 · Output signal :4-20mA· Working voltage :24VDC Protection class :IP65

Category :FOXBORO/ Foxboro ·

Product parameter

Measuring range :0-10MPa· Accuracy level :0.1 Output signal :4-20mA. Operating voltage :24VDC Protection level :IP65

Application field

FOXBORO PO926JM is suitable for hydraulic equipment, petrochemical, food processing and other fields, can accurately measure the pressure value of the medium.

The PO926JM FOXBORO, a product of Rockwell Automation, is a pressure transmitter for use in industrial processes. This pressure transmitter is designed to measure and transmit pressure in various media such as gases, liquids, etc.

FOXBORO Pressure transmitter performance features include:

Good stability, high precision.

Strong structure, strong corrosion resistance.

Suitable for a variety of different media.

A variety of different output signals are available.

The HART or Profibus communication protocol is optional.

The role of the PO926JM FOXBORO pressure transmitter is to convert the pressure signal into an electrical signal and transmit it to the display, regulation or control system.

The pressure transmitter usually consists of a sealed elastic diaphragm and electronic components. When the diaphragm is subjected to pressure, it deforms and compresses the gas or liquid inside the diaphragm, and these electronic components detect the amount of deformation of the diaphragm and convert it into an electrical signal, which is proportional to the pressure, so the pressure can be measured through it. For example, in the liquid level control system, the pressure transmitter can measure the pressure of the liquid in the container, when the liquid level in the container rises, the pressure transmitter will detect the increase in pressure and transmit the electrical signal to the control system, the control system can control the rise and fall of the liquid level according to the change of the electrical signal.