The pressure chamber of the pressure transmitter adopts stainless steel processing technology, which is suitable for industrial process control, automatic detection, machinery manufacturing, hydraulic and pneumatic systems, pump stations and water treatment. It can monitor pressure in real time and improve efficiency and safety.

Features

• This low-pressure transmitter is easy to install and compatible with a variety of application environments.
• It has surge protection and polarity reversal protection to ensure the safety and stability of the circuit.
• The low-pressure transmitter has high-efficiency lightning protection and can effectively resist radio frequency and electromagnetic interference.
• It uses advanced temperature digital compensation technology to ensure stable operation in a wide temperature range.
• The stainless-steel structure design makes it have good corrosion resistance and wide media compatibility.
• The pressure transmitter has high precision and high frequency response characteristics, and can remain stable after long-term use.

Specification

Dimensions (mm)

Wiring Diagram

Tips: Precautions for using low-pressure transmitters

• Please pay attention to the installation method and whether the installation is matched during installation. The wrench can only be installed on the hexagonal interface. It is strictly forbidden to install it on the outer tube and tail joint of the product.
• When using, pay attention to the reliable connection of the line and the correct connection method. Do not pull the product cable hard to avoid damaging the internal structure of the product.
• Do not use hard objects to directly squeeze the transmitter diaphragm to avoid damaging the product.
• The transmitter should not be dropped at will during transportation, installation, and use to avoid damage.
• The overload pressure of the transmitter should not exceed 150%.
• The transmitter should be stored in a well-ventilated warehouse without acid, alkali, or corrosive gas. The ambient temperature is -20℃~+80℃ and the relative humidity is less than 95%RH.
• The measured medium is not allowed to freeze, otherwise it will damage the sensor measuring diaphragm and cause damage to the sensor. If necessary, the sensor needs to be temperature protected to prevent freezing.