What Is The Difference Between Rosemount 3051S And 3051C?

• Rosemount 3051S: Integrated process transmitter, measuring various parameters including differential pressure, absolute pressure, liquid level, and flow rate.

•  Rosemount 3051C: Integrated process transmitter, measuring various parameters including multivariable pressure, temperature, and flow.

1. Rosemount 3051S

• Capable of collecting real-time fluid dynamic pressure values and supporting current output;

• It has extremely high stability and reliability, and can be used in extreme industrial environments;

• Using Fisher Rosemount's fully closed-loop intelligent algorithm, it can automatically compensate for the impact of temperature and pressure changes on sensor accuracy;

• Provided multiple installation methods to meet the special needs of users;

• Support strain sensor technology to improve overall product quality.

  b. Rosemount 3051C

• Has very high measurement accuracy, suitable for situations that require high-precision measurement and control;

• Integrated with multiple sensor technologies, it can measure multiple parameters, saving users' costs;

• Support multiple sets of signal outputs, such as analog and digital quantities.

• Rosemount 3051S: It employs a variety of sensor technologies such as piezoelectric crystals and strain gauges to ensure accuracy and stability in pressure measurement.

• Rosemount 3051C: It utilizes a resonant silicon sensor technology, which offers high accuracy and stability, especially in harsh and corrosive environments.

• Rosemount 3051S: This model is suitable for general industrial applications where the operating conditions are relatively normal.

• Rosemount 3051C: It is specifically designed for demanding environments that involve corrosive materials, high temperatures, or other harsh conditions.

• Both models support various output options like 4-20mA, HART, and FOUNDATION Fieldbus communication protocols, allowing integration with control systems.

1. Rosemount 3051S

• Differential pressure measurement: measurement of parameters such as flow rate, liquid level, density, and pressure of liquids and gases;

• Absolute pressure measurement: measurement of parameters such as air pressure, gas pressure, and steam pressure;

• Liquid level measurement: measurement of parameters such as height, volume, and weight of liquid media;

• Flow measurement: Measurement of parameters such as flow rate and velocity of gases and liquids.

   b. Rosemount 3051C

• Multi parameter measurement and control applications for pressure and temperature;

• Process control and quality assurance in industries such as chemical, pharmaceutical, biological products, food and beverage.

• Rosemount 3051S: It features modular design, making installation, maintenance, and upgrades easier It also provides fieldbus communication interfaces for connectivity with other control devices

• Rosemount 3051C: This model offers automatic calibration and diagnostic capabilities, enhancing operational efficiency and device reliability

When selecting between the Rosemount 3051S and 3051C, consider the specific application requirements and environmental conditions The 3051S is suitable for general industrial use, while the 3051C excel in hash and corrosive environments Additionally, take into account the desired accuracy, stability, and communication protocol compatibility