DPLS220-GP
- Real-time monitoring of internal pressure in pipelines, containers and equipment
- Overpressure, low pressure and abnormal pressure alarms
- Closed-loop control of pumps, valves, compressors and hydraulic systems
- Conversion of liquid level from static water pressure
- Measurement of pressure differences at both ends of filters, heat exchangers and pipelines
- Provision of data for flow measurement, energy consumption analysis and equipment diagnosis
Parameters
1. The measurement is precise and stable, with high data credibility.
The pressure transmitter can continuously and accurately measure the pressure of gases, liquids or vapors and output stable electrical signals. It has good repeatability and long-term stability, which can reduce measurement errors and signal fluctuations, providing a reliable data foundation for equipment monitoring, process control and safety management. For industries requiring precise production, precise pressure data helps improve product quality, reduce energy consumption and minimize equipment malfunctions.
2. The response is fast, supporting real-time monitoring and control.
The pressure transmitter can promptly reflect the pressure changes inside pipelines, containers or equipment and quickly transmit the signals to PLCs, controllers or monitoring systems. When pressure anomalies occur, the system can promptly alarm, adjust or shut down for protection, avoiding damage to equipment caused by overpressure, underpressure and pressure fluctuations. It is particularly suitable for scenarios requiring dynamic control such as pumps, valves, compressors and hydraulic systems.
3. The range and medium adaptability is wide.
By configuring different ranges, structures and liquid contact materials, the pressure transmitter can be applied to gases, liquids, vapors and various industrial media. It can be used for gauge pressure, absolute pressure or differential pressure measurement and can select corrosion-resistant, waterproof or hygienic structures according to the working conditions to meet the needs of water treatment, chemical, energy, food, mechanical and environmental protection industries.
4. The installation is flexible and easy for system integration.
The pressure transmitter has a compact structure and supports various process connections and signal output methods, which can be easily connected to PLCs, display instruments, data acquisition systems and remote monitoring platforms. It is not only easy to install and debug, but also has relatively simple subsequent maintenance and replacement, helping customers shorten project cycles, reduce maintenance costs and improve equipment automation and digital management levels.