General Description of Oval Gear FlowmeterLC Oval gear flowmeters are instruments used for the continuous and intermitte...
Description of Electromagnetic FlowmeterElectromagnetic flowmeter is a kind of inductional instrument designed by Farada...
The structure of Coriolis Mass Flow Meters was consisted of a pair of bended tubes. The principle is to detect Coriolis force which is forced on a pair of tubes from inner mass flow by fluid.
A new force-Coriolis force would be appearing while two conditions are met:
a. Vibrating with normal frequency in a pair of bended tubes,
b. Fluid flowing in tubes. This force was produced upon synthesis from vibrating force and flowing force by fluid in tubes. And tubes would be wresting symmetric the center line because the force forced. Two displacement sensors on sides of tubes detect the force and output electric signals.
The signals regulated and mass flow directly produced.
Medium: liquid, gas, solid, or two phases mixed fluid
Flow Accuracy :±0.2%~±0.1% flow
Density Accuracy: ±0.002g/cm³,±0.001g/cm³
Repeatability: ±0.10% ,±0.05%
Operation Pressure: (0~32) MPa (in case of other high pressure, it must be of special order)
Medium Temperature :-50°C~ +350°C,
Environment temperature :-20°C ~ +70°C for transmitters , and -40°C ~ +150°C for sensors
Output signal:
(1) 4-20mA current signal of flow, with load resistance ≤500Ω
(2) 0-10KHz, frequency signal of instant flow.
(3) RS485 Communication protocol
(4) Hart protocol
Power supply voltage: 24VDC
Material of measuring Tube: 316L stainless steel or hastelloy alloy C
Response time: 0.1s～5s, adjustable
Explosion-proof grade: EX d ib II C T5 Gb
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DN |
Flow Range |
Operation Pressure |
Process Connection |
|
1.5 |
0~4 kg/h |
0~32 Mpa |
Weld Joints Φ6×1.5 |
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3 |
0~40 kg/h |
0~32 Mpa |
Weld Joints Φ6×1.5 |
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6 |
0~100 kg/h |
0~25 Mpa |
Weld Joints Φ10×2 |
|
8 |
0~200kg/h |
0~20 Mpa |
Weld Joints Φ10×1 |
|
10 |
0~0.5 T/h |
0~4 Mpa |
Flange DN10 |
|
15 |
0~1.0 T/h |
0~4 Mpa |
Flange DN15 |
|
20 |
0~3.0 T/h |
0~4 Mpa |
Flange DN20 |
|
25 |
0~10 T/h |
0~1.6 Mpa |
Flange DN25 |
|
40 |
0~20 T/h |
0~1.6 Mpa |
Flange DN40 |
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50 |
0~30 T/h |
0~1.6 Mpa |
Flange DN50 |
|
65 |
0~50 T/h |
0~1.6 Mpa |
Flange DN65 |
|
80 |
0~100 T/h |
0~1.6 Mpa |
Flange DN80 |
|
100 |
0~150 T/h |
0~1.6 Mpa |
Flange DN100 |
|
125 |
0~200 T/h |
0~1.6 Mpa |
Flange DN125 |
|
150 |
0~400 T/h |
0~1.6 Mpa |
Flange DN150 |
|
200 |
0~500 T/h |
0~1.6 Mpa |
Flange DN200 |
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SH-CMF Silver Coriolis Mass Flow Meters |
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Model |
Nominal Diameter |
Flow range(t/h) |
Model |
Nominal Diameter |
Flow range(t/h) |
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1.5 |
DN1.5 |
0~4 kg/h |
40 |
DN40 |
0~20 T/h |
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3 |
DN3 |
0~40 kg/h |
50 |
DN50 |
0~30 T/h |
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6 |
DN6 |
0~100 kg/h |
65 |
DN65 |
0~50 T/h |
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8 |
DN8 |
0~200kg/h |
80 |
DN80 |
0~100 T/h |
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|
10 |
DN10 |
0~0.5 T/h |
100 |
DN100 |
0~150 T/h |
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15 |
DN15 |
0~1.0 T/h |
125 |
DN125 |
0~200 T/h |
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20 |
DN20 |
0~3.0 T/h |
150 |
DN150 |
0~400 T/h |
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|
25 |
DN25 |
0~10 T/h |
200 |
DN200 |
0~500 T/h |
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P |
Pressure |
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P1 |
1.6Mpa(Standard forDN25~DN200) |
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P2 |
4.0MPa(Standard forDN10~DN20) |
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P3 |
32MPa(Standard forDN1~DN3) |
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P5 |
25Mpa(Standard for DN6) |
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P6 |
20Mpa(Standard for DN8) |
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P4 |
Special demand |
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A |
H |
Structure Form |
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H1 |
Compact |
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H2 |
Remote |
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T |
Temperature |
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T1 |
(-50~150℃) |
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T2 |
(-50~250℃) |
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T3 |
(-50~350℃) |
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T4 |
(-200~150℃) |
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O |
Output |
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O1 |
4~20mA |
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O2 |
Frequency/pulse |
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O3 |
0~5V |
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C |
Communication |
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C1 |
None |
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C2 |
RS485/Modbus |
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C3 |
Hart |
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E |
Hazardous Area |
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E1 |
Intrinsically safe, Exib[ib]IICT5 Gb |
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A |
Accuracy |
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A1 |
0.15% |
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A2 |
0.2% |
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A3 |
0.1% |
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B |
Batch Control |
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B1 |
None |
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B2 |
With Batch Control |
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P |
Power supply |
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P1 |
24V DC |
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P2 |
220V AC |
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M |
Tube Material |
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M1 |
316L |
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M2 |
Hastelloy alloy C |
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M3 |
Others |
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PC |
Process Connection |
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PC1 |
Flange(specify standard) |
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PC2 |
Tri-clamp |
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PC3 |
Weld thread(Specify thread) |
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PC4 |
Others |
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* Please provide density, temperature of the medium, also cable length (if needed) when ordering
we will contact you within 24 hours.
