The role of temperature in the transmitter For the temperature range of the temperature transmitter, usually a transmitter will calibrate two temperature ranges, that is, the normal operating temperature range and the temperature compensable range. The normal operating temperature range refers to the temperature range when the transmitter is not damaged under working conditions. When the temperature compensation range is exceeded, the performance index of its application may not be achieved. The temperature compensation range is a smaller range than the operating temperature range. typical range. Working within this range, the transmitter will definitely achieve its due performance.

The installation environment of the integrated temperature transmitter must be within -20-+70°C. When the ambient temperature is too high, the signal converter and display module can be installed separately from the thermal resistance or thermocouple. To be equipped with a special explosion-proof box for separately mounting the transmitter.

How to solve problems encountered in the use of intelligent temperature transmitter

NCS-PT105Ⅱ series Smart Pressure Transmitter supports HART, FF, and PA protocol and can measure pressure, differential pressure, liquid level, flow, and other industrial parameters. It can be widely used in the petroleum, chemicals, electricity, and metallurgical industries, etc..

NCS-TT106 FF Protocol Temperature Transmitter (Head Mounted)，NCS-TT106 series temperature transmitter is a fieldbus temperature transmitter developed by Microcyber Company.

Precautions for installing pressure transmitter

How is the pressure transmitter connected to the measured medium?​​

Nowadays, under the empowerment of "Internet of Things+", there are more and more scenarios in which single-chip microcomputer (MCU) is applied. It can be said that single-chip microcomputer has been integrated with people's life, because rice cookers, refrigerators, air conditioners, coffee machines, etc. All products need to use single chip microcomputer, and this explanation is still somewhat general. So, what exactly is a single-chip microcomputer? What is the difference between a single-chip microcomputer and an embedded one?

Both the sensor and the transmitter play an important role in the field of automatic control. The transmitter is developed from the sensor. They are both related and different. Next, I will simply share it with you.

How does the temperature transmitter measure the quality