An electric pressure transmitter refers to a pressure transmitter that is powered by an external DC or AC power supply and converts the measured pressure into a standard DC current or voltage signal for output.

• Seamless integration with modern control systems: All DCS, PLC, and SCADA systems directly support 4-20mA or digital communication inputs.
• High precision and performance: Electronic compensation technology enables high precision, low drift, and excellent dynamic response.
• Strong data transmission capability: Beyond analog signals, modern intelligent electric transmitters (such as HART and fieldbus types) can transmit a large amount of equipment status, diagnostic, and process information.
• Flexible installation and expansion: Simple wiring and easy to achieve remote and distributed measurement.
• Low total cost of ownership: No need to maintain expensive and complex instrument air systems.

1. Process industry: All pressure, differential pressure, liquid level and flow measurement points in the petroleum, chemical, pharmaceutical and power industries.
2. Discrete manufacturing: Pressure monitoring of mechanical equipment (injection molding machines, presses) and production lines.
3. Public utilities: Water treatment, heating networks, compressed air systems.
4. Building automation: Water pressure and air pressure control in HVAC systems.
5. New energy: Pressure monitoring in photovoltaic, wind power and energy storage systems.

Electric pressure transmitters represent the modernization, electrification and digitalization direction of industrial process measurement and control. By adopting a unified electrical signal standard, they solve the core issues of long-distance, high-fidelity, high-speed signal transmission and direct interface with computer control systems.