Firstly, understand the suitable situations for use.

When acquainting yourself with the stainless steel pressure gauge, you'll know that this product excels in environments with strong corrosiveness and high temperatures. In such conditions, the product can well adapt to the actual environment, and the data obtained after measurement is highly precise.lAccuracy is also very high. What's worth noting is that even under extremely poor conditions, the material ensures there are no troubles in use.

Next, ensure proper product installation.

To ensure the product achieves an ideal performance, it is crucial to thoroughly understand the installation process. During the process of mastering the product's installation method, it is imperative not to overlook the specific operations based on actual needs, and proper installation and use of the product can lead to perfect results.lThe relationship between Midea's sealing and its performance is quite direct.

Common Pressure Gauges

Bourdon Tube Pressure Gauge: The sensitive element of the Bourdon tube is an elastic C-shaped tube, bent into a circular shape with an elliptical cross-section. The pressure of the medium being measured acts on the inside of the Bourdon tube, causing the elliptical cross-section to tend towards a circular one. Due to the slight deformation of the Bourdon tube, the heim force sensor determines its quality, creating a certain hoop stress. This hoop stress causes the Bourdon tube to extend outward. Since the head of the elastic Bourdon tube is not fixed, it undergoes slight deformation, the extent of which depends on the pressure of the medium being measured. The deformation of the Bourdon tube is indirectly displayed by the pointer on the movement, indicating the pressure of the medium being measured.

Range Selection

Select based on the boiler's working pressure; the range of the scale should be 1.5 to 3.0 times the working pressure, with 2 times being preferable. In industrial boilers, it's a common practice that the actual working pressure during operation is always lower than the rated pressure on the nameplate, whether it's a steam boiler or a hot water heating boiler. For instance, a 4t/h steam boiler with a rated pressure of 1MPa should be equipped with a pressure gauge with a 1.6MPa range if the manufacturer sets it up at 1.5 times. If the user can meet the process requirements at 0.5MPa, the operating range would have the pressure gauge needle just below the one-third mark, indicating a significantly small angle of rotation, suggesting the pressure gauge range is too large. The same applies to hot water boilers; for example, a heating boiler with a rated pressure of 0.7MPa should be equipped with a pressure gauge of 1MPa or 1.6MPa. If a 1MPa gauge is used, there's a concern about overloading during hydrostatic testing, so a 1.6MPa range gauge is chosen. During actual operation, only 0.2MPa is needed for heating, with the gauge needle at an eighth of the range, making it hard to believe in its accuracy and sensitivity. To address these issues, use two pressure gauges: one for hydrostatic testing, as provided by the boiler manufacturer based on the rated pressure; and another for routine operation, set at twice the actual working pressure. If the working pressure is 0.2MPa, use a pressure gauge with a 0.4MPa range. This ensures the gauge needle is in the middle of the scale, pointing vertically upwards. The safety valve's lift pressure should also be adjusted according to the working pressure, with the gauge still providing ample overpressure indication.

Force Sensor - Suzhou Baseman Co., Ltd. - The quality of the force sensor is provided by Suzhou Baseman Automation Equipment Co., Ltd. Suzhou Baseman Automation Equipment Co., Ltd. offers services such as "pressure gauges, safety valves, pressure switches," and specializes in sensor industries. The company has a good reputation at Suite 642, Building 1, Shunda Business Plaza, Suzhou Industrial Park. Please call for inquiries, contact person: Zhang Jianhua.