Question 1

Stainless Steel Cooling Element

Accepted Answer

The cooling element shall be made of stainless steel, integrated on our pressure sensor body. This reduces the temperature near the pressure transmitter.
This method of measuring high-temperature media can effectively reduce the cost of high-temperature pressure transmitters.

Question 2

High temperature pressure transmitter to measure steam pressure

Accepted Answer

When measuring the pressure of the steam pipeline, a high temperature pressure transmitter should be selected due to the high temperature environment.
First of all, when measuring steam pressure, the high-temperature pressure sensor should be installed in the upper half of the pipeline, and the lower half and the horizontal centerline of the pipeline form an included angle of 0º~45º.

In actual steam conditions, it can also pass through the surface bend (condenser pipe). Because the steam will condense into water at the bend after passing through the bend, which will insulate the temperature. So as to achieve a good cooling effect.

Question 3

What is high pressure sensor?

Accepted Answer

High pressure pressure sensor refers to a type of pressure sensor that can be measured in the process of high pressure measurement and control. Ordinary pressure sensors generally reach 100MPa, 140Mpa, 160Mpa. 200MPa and above high pressure conditions are relatively rare. Generally for special order.

Question 4

What is a pressure temperature sensor?

Accepted Answer

The temperature and pressure integrated sensor combines the double-layer characteristics of the temperature sensor and the pressure sensor, which can measure both temperature and pressure. Its structural design is generally to add a temperature sensor probe under the pressure sensor. Therefore, the characteristics are different from ordinary pressure sensors. Also not like a normal temperature sensor.

Temperature and pressure integrated sensors generally have four-wire output, and the temperature signal and pressure signal are output separately. It's designed this way for a reason. Because although users need temperature and pressure integrated sensors, but
This is for installation considerations, and the signals still need to be collected separately. This helps to analyze the signals separately.

The temperature-pressure integrated sensor greatly saves sensor materials, making the price of the temperature-pressure integrated sensor cheaper than the sum of the individual temperature sensor and pressure sensor.

The temperature and pressure integrated sensor greatly facilitates the use of customers, especially when it is necessary to measure the temperature and pressure of multiple places on the pipeline. If separate temperature sensors and pressure sensors are used, it will appear that the pipeline is covered with sensors, but the wiring is also particularly complicated. The temperature and pressure integrated sensor solves this problem very well.