Selection of Accuracy Level for Pressure Gauge
According to the national standard "General Pressure Gauge" (GB/T 1226-2010), the accuracy of ordinary pressure gauges is divided into 1.0 level, 1.6 level, 2.5 level, and 4.0 level
According to the national standard "General Pressure Gauge" (GB/T 1226-2010), the accuracy of ordinary pressure gauges is divided into 1.0 level, 1.6 level, 2.5 level, and 4.0 level
In order to ensure that the elastic components of the pressure gauge can work reliably within the safe range of elastic deformation, the selection of the pressure gauge range should not only be based on the magnitude of the measured pressure
A shock resistant pressure gauge is based on a regular pressure gauge, filled with damping fluid and equipped with a buffering mechanism to reduce the impact of severe environmental vibrations and medium pulses on the instrument.
Digital pressure gauges have the characteristics of high precision, high stability, error ≤ 1%, internal power supply, low power consumption, stainless steel shell, strong protection, and exquisite appearance.
The glass rotor flowmeter is a variable area flowmeter, mainly composed of a vertically expanding glass cone tube from bottom to top and a float that can move up and down with the flow rate.
Three common issues with pressure gauges during use:1. The pressure gauge fan gear may experience wear after working for a period of time;
Pressure sensors/transmitters may encounter certain issues during use, but some problems do not require factory repair and can be resolved on their own. Here are a few examples that can be solved on your own.
Due to the different usage diagrams, working conditions, and environments of pressure gauges, they can be classified according to the following aspects.