Engineered for industrial control systems, the ROSEMOUNT 3051 CG Pressure Transmitter ensures precise measurement and reliable operation under diverse conditions.
Measurement Range:0.747 kPa
Accuracy Class:0.04%
Output Signal:4-20 mA
Voltage:24 V
Operating Temperature:205 °C
Pressure Type:Medium Differential
Media Compatibility:Gas or Liquid
Connection Type:Integrated Manifold
Configuration Flexibility:Versatile
Stability:10-year
Rangedown Ratio:150:1
The ROSEMOUNT 3051-CG2A03A1BM5B1I1H7P1Q4HR5 Pressure Transmitter is engineered with advanced electronics and robust mechanical components to deliver exceptional performance in harsh industrial environments. Its compact size and versatile design facilitate easy integration into existing systems.
Featuring a hermetically sealed construction, this transmitter ensures accurate pressure measurements under extreme conditions without the risk of leakage. The integrated manifold simplifies installation and minimizes field adjustments, enhancing operational efficiency.
With its comprehensive diagnostic capabilities, the transmitter offers real-time monitoring and predictive maintenance, enabling proactive system management and minimizing downtime. The modular design allows for flexible configuration to meet diverse application needs, ensuring compatibility across various industries.
For added safety, the ROSEMOUNT 3051-CG2A03A1BM5B1I1H7P1Q4HR5 is equipped with a world-class overpressure protection feature, safeguarding against unexpected pressure surges. It fully complies with SIL 2/3 requirements, making it suitable for critical safety systems.
Backed by a 15-year warranty, this transmitter offers unparalleled durability and reliability, providing peace of mind to users in demanding industrial settings. With options for dual/triple calibration and plugged impulse line detection, it caters to a wide range of operational needs, ensuring precision and accuracy in every measurement.
Engineered for industrial control systems, the ROSEMOUNT 3051 CG Pressure Transmitter ensures precise measurement and reliable operation under diverse conditions.