Technical Parameters:
| Applications | Suitable for Liquid, Gas, Liquid- Solid, Gas- Solid, Liquid- Gas Mass Measurement or volume measurement |
| Material of the Measurement Pipeline | SS 316L/ HC Hastelloy |
| Pressure | Please refer to the chart shown below. Special orders would be placed for high pressure. |
| Medium Temperature | -50℃~+150℃:-50℃~250℃;-50℃~ 350℃;-100℃~ 350℃ |
| Environment Temperature | Sensor:-40℃~+150℃; Transmitter:-20℃~+70℃ |
| Flow Rate Measurement Accuracy | ± 0.2% ,± 0.1% optional |
| Density Measurement Accuracy | ±0.002g/cm³,±0.001g/cm³ optional |
| Repeatability | ±0.10% Flow Rate ±[½(Zero Point Stability/Flow Rate)×100]% Flow Rate |
| Output Signal | 4~20mA Load Resistance <500Ω(Instantaneous or Density optional); 0~10kHz Instantaneous Flow Rate Pulse Signal; Standard RS 485 RTU protocol |
| Explosion- Proof Symbol | EX d ib II C T5 Gb |
Micro Coriolis Mass Flow Meters: DMF-1-1; DMF-1-2
Model | DN | Measurement scope(kg/h) | Work Pressure (MPa) | Connection type (mm) |
DMF-1-1-AB | 1.5 | 0~4 | 0~32 | Weld Joints Φ6×1.5 |
DMF-1-1-A | 3 | 0~40 | 0~32 | Weld Joints Φ6×1.5 |
DMF-1-1-B | 6 | 0~100 | 0~25 | Weld Joints Φ10×2 |
DMF-1-2-A | 8 | 0~200 | 0~20 | Weld Joints Φ10×1 |
High Pressure Medium Scale Coriolis Mass Flow Meters: DMF-1-3; DMF-1-4; DMF-1-5-A
Model | DN | Measurement scope (kg/h) | Work Pressure (MPa) | Connection Type(mm) |
DMF-1-3-A | 10 | 0~500 | 0~25 | Weld Joints Φ20×4 |
DMF-1-3-B | 15 | 0~1000 | 0~25 | Weld Joints Φ20×3 |
DMF-1-4 | 20 | 0~3000 | 0~25 | Weld Joints Φ20×2 |
DMF-1-5-A | 25 | 0~10000 | 0~25 | Weld Joints Φ31×3 |
Large-scale Flow Meter: DMF-1-3; DMF-1-4; DMF-1-5; DMF-1-6
High pressure could be special ordered. (4~70MPa)
Model | DN | Measurement scope (t/h) | Work Pressure (MPa) | Connection Type(mm) |
DMF-1-3-A | 10 | 0-0.5 | 0~4 | Flange 10 |
DMF-1-3-B | 15 | 0-1.0 | 0~4 | Flange 15 |
DMF-1-4 | 20 | 0-3.0 | 0~4 | Flange 20 |
DMF-1-5-A | 25 | 0-10 | 0~1.6 | Flange 25 |
DMF-1-5-B | 40 | 0-20 | 0~1.6 | Flange 40 |
DMF-1-6-A | 50 | 0-30 | 0~1.6 | Flange 50 |
DMF-1-6-AB | 65 | 0-50 | 0~1.6 | Flange 65 |
DMF-1-6-B | 80 | 0-100 | 0~1.6 | Flange 80 |
DMF-1-6-C | 100 | 0-150 | 0~1.6 | Flange 100 |
DMF-1-6-CD | 125 | 0-200 | 0~1.6 | Flange 125 |
DMF-1-6-D | 150 | 0-300 | 0~1.6 | Flange 150 |
DMF-1-6-E | 200 | 0-500 | 0~1.6 | Flange 150 |
DMF-V-Series Coriolis Mass Flow Meters:
Model | DN | Measurement scope(T/h) | Work Pressure (MPa) | Connection type (mm) |
DMF-1-3-V10 | 10 | 0-1.0 | 0~4 | Flange DN10 |
DMF-1-3-V15 | 15 | 0-3.5 | 0~4 | Flange DN15 |
DMF-1-4-V20 | 20 | 0-5.5 | 0~4 | Flange DN20 |
DMF-1-5-V25 | 25 | 0-15 | 0~4 | Flange DN25 |
DMF-1-6-V50 | 50 | 0- 40 | 0~4 | Flange DN50 |
Tiny-Flow Coriolis Mass Flow Meters: DMF-1-1, DMF-1-2
Medium-Flow Coriolis Mass Flow Meters: DMF-1-3, DMF-1-4
Large-Flow Coriolis Mass Flow Meters: DMF-1-5, DMF-1-6
High Pressure Coriolis Mass Flow Meters:
DMF-V-Series Coriolis Mass Flow Meters:
Typical cased of different fields:
1. CNG Used in Cars:
2. Chemical Field:
3. Uncart. Oil Depot:
4. Used in Ships:
5. Cases in Bangladesh:
Beijing Sincerity Automatic Equipment Co,. Ltd is the manufacturer of producing Coriolis Mass Flow Meters. Our company was reformed from the China Petroleum &Chemical Corporation's Beijing Research Institute of Chemical Industries in 2006.
We have particular professional formula to produce the measuring pipeline compared to the other producing factories. Zeropoint Stability is good. Medium with tiny flow rate could be measured precisely, which reaches a minimum of 0- 1kg/h. Gas with either low pressure or with high pressure could be measured as well. Give us your problems, and you will never be disappointed!
Product Line:
Q: Why choosing Coriolis Mass Flow Meters but not the other flow meters?
A:
Coriolis mass flow meters has huge difference with the volumetric flow meters.
All the other flow meters except the Coriolis mass flow meters could be called as volumetric flow meters, including, turbine flow meters, thermal mass flow meters, vortex flow meters, electromagnetic flow meters, etc.
For the Coriolis Mass Flow meters:
- The measurement of the Coriolis Mass Flow meters will NOT be influenced by the factors of temperature, pressure, density, viscosity, etc. And the compensation calculation is NOT required.
- The accuracy of the Coriolis Mass Flow Meters is ±0.1%, ±0.2% . The accuracy will NOT be influenced by the factors mentioned above.
Compared to this,
For the Volumetric Flow Meters:
- The measurement of the volumetric flow meters WILL BE influenced by the factors of temperature, pressure, density, viscosity, etc. And the compensation calculation IS REQUIRED.
- The accuracy of the volumetric flow meters is said to be reached by ±0.5%. While, the actual accuracy is hard to reach this level of ±1%. The accuracy will be influenced by factors as mentioned above.