PREMS Project Special Diffferential Pressure&amp Level Transmitter

PREMS Project Special Diffferential Pressure&amp Level Transmitter

The PRE200D Project Special Differential Pressure & Level Transmitter is the result of a combination of self-developed anti-interference, high-stability digital circuits, and imported single crystal resonant silicon sensor technology.

PREMS Project Special Diffferential Pressure&amp Level Transmitter

Key Features:

  • Optional diaphragm materials, suitable for different acids.
  • Superior performance for measuring pressure, differential pressure, and level.
  • Accuracy: ±0.075%~±0.1%F.S/±0.2%F.S
  • Stability: ≤0.2%
  • Standard communication interface: 4~20mA, RS-485.
  • Supports basic field control technology upgrades.
  • Minimal temperature effect.
  • Minimal static effect.
  • Overload capacity up to 2 times.

Description:

The PRE200D Project Special Differential Pressure & Level Transmitter is the result of a combination of self-developed anti-interference, high-stability digital circuits, and imported single crystal resonant silicon sensor technology. This device installs a diaphragm, filled with an inert medium inside, offering significant advantages in measuring corrosive and easily crystallized media. Particularly suitable for crude oil, mud, sewage, and other complex media, it provides excellent stability, measurement standards, flange connection, and easy maintenance and replacement. Its performance surpasses that of domestic capacitive metal sensor technology transmitters, especially in terms of zero stability, long-term operational stability, and rapid response.

Applications:

  • Compatible with non-corrosive liquids to 316LSS.
  • Shipping and aviation industries.
  • Hydraulic pressure and pneumatic control systems.
  • Applicable in petroleum, chemical, electric power, metallurgy, hydrology, and other process control industries.

Specifications:

  • Accuracy: ±0.075%~±0.1%F.S/±0.2%F.S
  • Stability: ≤0.2%
  • Interface: 4~20mA, RS-485
  • Overload capacity: 2 times
  • Minimal temperature and static effects