O menu

High Pressure Micro Coriolis Mass Flow Meter for Oil & Gas 100 Bar

Inventário:
SKU: 8264032117
Modelo: SH-CMF-FE

{{ variable.name }}

{{ value.name }}

High Pressure Micro Coriolis Mass Flow Meter – 100 Bar

The SH-CMF-FE High Pressure Micro Coriolis Mass Flow Meter is built for demanding high-pressure applications, particularly in oil and gas custody transfer. Rated at 100 bar, it delivers exceptional accuracy and durability in the harshest environments, ensuring reliable mass flow measurement for crude oil, diesel, and other high-pressure fluids.

Key Selling Points

  • High Pressure Rating 100 bar – Designed for high-pressure oil and gas applications, meeting industry demands (source: product params).
  • Exceptional Accuracy ±0.25%~±0.5% – Delivers precise mass flow measurement ideal for custody transfer and fiscal metering (source: product params).
  • Handles Entrained Solids or Particles – Field-verified in oil flow measurement with solids, ensuring process stability (source: case study).
  • Stainless Steel 316L Construction – Withstands harsh media and high pressure, providing long-term reliability (source: product material).
  • Cost-Effective vs. Premium Brands – Lower cost alternative to top international brands like Emerson, without compromising performance (source: case study).
  • CE, ATEX, ISO9001 Certified – Certified for safety, performance, and hazardous area compatibility (source: certifications).

Technical Specifications

ParameterValue
ModelSH-CMF-FE
Measurement PrincipleCoriolis
Accuracy±0.25% to ±0.5%
Flow Range40 g/h to 1000 kg/hr
Pressure Rating100 bar
Output4-20mA, 0~5VDC, 1~5VDC
Power Supply15V DC or 24V DC
CommunicationRS485 or RS232

Models and Options

This 100 bar version is the high-pressure variant of the SH-CMF-FE series. A 30 bar version is also available for general process applications. Both share the same accuracy and flow range.

Materials and Structure

Stainless steel 316L wetted parts enable safe operation with aggressive fluids and high pressures. The robust construction minimizes pressure losses and ensures long-term integrity.

Applications

Specifically suited for oil and gas metering, custody transfer, fuel oil measurement, chemical processing, and high-pressure gas applications. Demonstrated success in Saudi Arabia for crude oil mass flow measurement.

Customization

Custom sensor ranges, output signals, and process connections are available. Silver Automation Instruments provides factory-direct engineering support to adapt the meter to your specific high-pressure requirements.

Case Study

Oil Custody Transfer in Saudi Arabia – Three SH-CMF-FE units were deployed for fuel oil mass flow measurement in custody transfer. The units achieved exceptionally high accuracy (0.1%~0.5%) and were cost-effective compared to Emerson meters, even handling solids or particles in the oil flow.

FAQ

1. Can this meter handle high-pressure crude oil?

Yes, it is rated at 100 bar and specifically used in oil custody transfer applications.

2. What is the delivery time?

Most orders ship in 7-10 working days.

3. Is it suitable for hazardous areas?

Yes, with ATEX certification for Zone 2.

4. What is the minimum order quantity?

MOQ is 1 unit.

5. Can I get a calibration certificate?

Pre-shipment calibration and factory acceptance testing are available.

6. What output signals are supported?

4-20mA, 0~5VDC, 1~5VDC, and RS485/RS232 communication.

7. What is the payment method?

100% T/T in advance.

8. How do I get technical support?

Contact our engineers via sales@silverinstruments.com or WhatsApp.

Inquiry Information

For detailed pricing and engineering consultation, contact Lily at +86 25-52155837, WhatsApp +86 18936759191, or email sales@silverinstruments.com. Visit Silver Automation Instruments.

Image Filename and Alt Suggestions

Main image: micro-coriolis-mass-flow-meter-shcmf-fe-100bar-highpressure.png – Alt: "SH-CMF-FE high pressure Micro Coriolis mass flow meter 100 bar"

Detail image: micro-coriolis-mass-flow-controller-shcmf-fe-100bar.png – Alt: "Micro Coriolis mass flow controller with electronics"