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3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement

3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement

3051SFC gas flow gauge

compact differential pressure flow meter

accurate gas measurement flow meter

Luogo di origine:

Singapore

Certificazione:

ISO9001

Numero di modello:

3051CFA

Contattici
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Dettagli del prodotto
Protocollo di comunicazione:
Hart
Segnale di uscita:
4-20 Ma
Valutazione della pressione:
Fino a 100 bar
Temperatura operativa:
-40 a 85 ° C.
Alimentazione elettrica:
12-45 VDC
Tipo di misurazione:
Flusso volumetrico
Materiali bagnati:
316L Acciaio inossidabile
Precisione:
± 0,5% della lettura
Dimensione della connessione del processo:
1/2" - 36
Evidenziare:

3051SFC gas flow gauge

,

compact differential pressure flow meter

,

accurate gas measurement flow meter

Termini di pagamento e spedizione
Quantità di ordine minimo
1pcs
Prezzo
negotiabl
Imballaggi particolari
Cartone
Tempi di consegna
5-8 giorni di lavoro
Termini di pagamento
T/t
Descrizione di prodotto

3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement

Details:

The Rosemount 3051SFC Gas Flow Gauge is a compact differential pressure flow meter engineered for precise and reliable gas measurement. By integrating a high-performance transmitter with a primary element, it delivers accurate flow data across a wide range of operating conditions. Designed for efficiency and durability, the 3051SFC ensures stable performance in demanding industrial environments, supporting applications in energy, chemical, and process industries. Its compact design simplifies installation, while advanced diagnostics and proven Rosemount technology provide confidence in long-term operation.

3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement 0

Parameter 3051SFC 3051SF 3095MFC 2051CFC / 3051CFC 405 / 1595
Measurement Principle Differential Pressure with 4-hole conditioning orifice plate Differential Pressure with primary element (orifice, venturi, pitot, etc.) Differential Pressure + Static Pressure + Temperature (compensated mass flow) Differential Pressure with compact orifice plate Differential Pressure with standard orifice plate
Key Features Compact design; high accuracy in turbulent flow; requires only 2D upstream / 2D downstream; integrated DP transmitter Flexible choice of primary elements; scalable; high accuracy with 3051S transmitter Direct mass flow calculation; multivariable (DP, P, T); reduces need for separate transmitters; HART/Fieldbus Cost-effective; compact; integrated DP transmitter Proven, simple technology; wide availability; compatible with DP transmitters
Typical Applications Gas, steam, and liquid flow where straight pipe runs are limited Broad gas, steam, and liquid applications Natural gas measurement; custody transfer; energy balance General-purpose gas and liquid flow Standard gas and steam flow measurement
Installation Notes Easy installation; reduced piping requirements Requires longer straight pipe runs, depending on the primary element More complex setup, but reduces total instrumentation Requires moderate straight pipe runs Requires long straight pipe runs (up to 10D upstream)

Product description:

3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement 1


Packaging:

3051SFC Gas Flow Gauge – Compact Differential Pressure Flow Meter for Accurate Gas Measurement 2

Applications

3051SFC – Compact Conditioning Orifice Flow Meter

  1. Ideal for natural gas distribution networks where straight pipe runs are limited
  2. Suitable for steam measurement in industrial plants
  3. Effective for compressed air and process gas monitoring in tight installations

FAQ – Rosemount 3051SFC Gas Flow Gauge

Q1: What is the Rosemount 3051SFC Gas Flow Gauge?

A1: It is a compact differential pressure flow meter designed for accurate measurement of gas, steam, and liquid. It integrates a high-performance transmitter with a conditioning orifice plate to ensure reliable results even in short straight-pipe installations.


Q2: How does the 3051SFC measure gas flow?

A2: The device uses the differential pressure principle. As gas passes through the conditioning orifice plate, a pressure drop occurs. The transmitter measures this pressure difference and converts it into a flow signal.


Q3: What makes the 3051SFC different from traditional orifice plate flow meters?

A3: Unlike traditional orifice plates that require long straight pipe runs, the 3051SFC’s conditioning orifice design allows accurate measurement with only 2D upstream and 2D downstream straight pipe lengths, saving space and installation costs.


Q4: What types of gases can it measure?

A4: The 3051SFC can measure a wide range of gases, including natural gas, compressed air, nitrogen, oxygen, and process gases. It is also suitable for measuring steam and liquids.


Q5: What industries typically use the 3051SFC?

A5: It is widely used in oil & gas, chemical, power generation, refining, and general industrial applications where compact, accurate, and reliable flow measurement is required.


Q6: Does the 3051SFC provide mass flow measurement?

A6: The 3051SFC itself provides differential pressure-based volumetric flow. For compensated mass flow (including pressure and temperature), the Rosemount 3095MFC multivariable transmitter is recommended.


Q7: How is the 3051SFC installed?

A7: It is designed for easy installation with minimal straight pipe requirements. The integrated design reduces the need for separate primary elements and simplifies commissioning.


Q8: What communication protocols are available?

A8: The 3051SFC supports industry-standard protocols such as HART, FOUNDATION Fieldbus, and WirelessHART, ensuring compatibility with modern control systems.

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