Correct installation of the PT-PT3100 pressure transmitter is a key step in ensuring the accuracy of industrial measurement. As a professional manufacturer of diffused silicon Hirschmann pressure sensors, Xi'an Shenghongchuang Instrument Co., Ltd. explains in detail the 5-step standard installation procedure for you, helping business decision-makers avoid measurement errors caused by improper installation and improve the reliability of pressure monitoring in production processes.

I. Preparations Before Installation

Before installing the PT-PT3100 pressure transmitter, it is necessary to confirm that the equipment specifications match the on-site operating conditions. Diffused silicon Hirschmann pressure sensors are known for their high stability and anti-interference capability, but if the installation environment involves strong vibration or corrosive media, it is still necessary to add a buffer tube or isolation diaphragm for protection. Business decision-makers should focus on checking the pipeline pressure range, medium temperature, and electrical interface type to avoid equipment damage or measurement deviation caused by incorrect selection.

II. 5-Step Standardized Installation Process

Step 1: Mechanical Interface Installation - Use specialized tools to vertically install the transmitter at the measurement point, ensuring that the process connection fittings (such as G1/2 threads or flanges) are tightly sealed. If the medium is a high-viscosity liquid, it is recommended to use diaphragm-type isolation installation.
Step 2: Electrical Connection

The maintenance cycle of pressure measurement equipment directly affects its service life. For diffused silicon Hirschmann pressure sensors, it is recommended to perform zero-point calibration every 6 months and use dry compressed air to clean the pressure port. If measuring corrosive media, the maintenance cycle should be shortened to 3 months. Xi'an Shenghongchuang Instrument Co., Ltd. provides factory calibration services to ensure that the PT-PT3100 pressure transmitter maintains an accuracy of ±0.1%FS over the long term.