According to data released by market research institutions, it is expected that the global single flange pressure transmitter market will grow at an annual rate of 8% in the next five years. This trend is mainly driven by the following factors:

The acceleration of industrial automation process: With the strong support of governments in various countries for intelligent manufacturing policies and the continuous improvement of production efficiency requirements by enterprises, the demand for high-precision and high reliability measuring equipment has surged.

Environmental regulations are becoming increasingly strict: many countries and regions have introduced a series of environmental regulations, which requires relevant industries to strengthen the monitoring of various parameters in the production process, thereby promoting the demand for high-performance sensing equipment.

Energy transition and development of renewable energy: Globally, renewable energy projects such as wind and solar energy are rapidly emerging, and these fields also require precise and reliable measurement tools to ensure system operation safety and efficiency.

Despite the broad market prospects, competition is becoming increasingly fierce. At present, many domestic and foreign enterprises have laid out in this field, including some large multinational companies with strong research and development capabilities and brand influence. At the same time, some small innovative enterprises have gradually gained a foothold with their flexible adaptability and product positioning.

In order to stand out in the competition, companies not only focus on product quality, but also pay more attention to the construction of after-sales service system. Some companies have established comprehensive customer feedback mechanisms and continuously improve product design through data analysis to meet the ever-changing needs of different customer groups.

For example, the new generation of single flange pressure transmitters launched by Runda Zhongke adoptsMEMSThe sensing technology of microelectromechanical systems not only improves measurement accuracy, but also significantly reduces energy consumption. In addition, the company has optimized the design to maintain good stability of the product in complex environments, significantly extending its service life.

At the same time, IoT technology is also integrated into its latest styles, allowing users to use their mobile phonesAPPReal time monitoring of equipment status and remote debugging. This innovation not only improves operational convenience, but also provides customers with a new management approach, effectively reducing maintenance costs.

Pressure/Differential Pressure Technical Parameters

Measurement medium: liquid, gas, and vapor Measurement range: 0-0.3kPa to 40MPa

Measurement accuracy: 0.1%, 0.2%Range ratio: 15:1 (intelligent type)

Power supply: 12-45VDC24V DC (conventional)Output signal: 4-20mA DC

point show Table: Digital Display Header stable fixed Sex: Basic error within 12 months not exceeding a large rangeJue's Value

Temperature range: Environmental temperature: -40~+85 ℃, -20~+65 ℃ (with indicator) Relativewet度： 0～100%RH

Measuring medium temperature: -40 to+120 ℃ Storage temperature: -40+105 ℃

Static pressure influence: DP class ± 0.25% URL/10MPa, can be corrected under pipeline pressure,HP class ± 0.2%, URL/32MPa adjustable

Power supply impact: less than 0.005% output range/volt

Electromagnetic interference/radio frequency interference impact: 20-1000MHz, output drift less than 0.01% range when the field strength reaches 30V/m

Vibration effect: 0.05% URL/g at 200HZ in any axial direction

Installation position influence: The zero drift is at most 0.24kPa, and when the liquid level diaphragm is installed horizontally, the zero drift is at most 1.25KPa，

Adding the elongation length of the extended part, and zero drift can be corrected without affecting the range.

Load impact: Within the power supply range, there is no load impact.