Classification method of pressure gauge
Due to the different usage diagrams, working conditions, and environments of pressure gauges, they can be classified according to the following aspects.
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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
Common faults and solutions of pressure sensors and transmitters
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.
Precautions for using digital pressure gauge
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.
A Brief Introduction to Seismic Pressure Gauge
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.
Principles for selecting shock resistant pressure gauges
A shock resistant pressure gauge refers to a mechanical pointer type pressure gauge with a filled liquid inside the case, or a mechanical pointer (or rotary dial) type pressure gauge with a filled liquid and a damper inside the case.
The difference between diaphragm pressure gauge and diaphragm pressure gauge
Diaphragm pressure gauges and diaphragm pressure gauges are two commonly used types of pressure gauges, which differ mainly in four aspects: working principle, elastic components, accuracy level, and measurement range.
Common problems and solutions for pressure gauges
Three common issues with pressure gauges during use:1. The pressure gauge fan gear may experience wear after working for a period of time;