We Measure Mass-Flow
For a detailed product description please contact MECOSA or the Manufacturer's Web site
| product category | product picture | brief product description | manuf. web site |
|---|---|---|---|
Mass Flow Indicator/ |
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An economical alternative for V/A flow meters Measuring principle: direct thermal inline Application: mass flow measurement for every kind of gas and gas-mix Flow ranges: 0,01 - 0,2 l/min to 2 - 200 l/min air Flow indication: bar graph and value Accuracy: ± 1 % of fsd plus ± 1 % rd Flow regulation: needle valve (optional) Signal output: 0-5 V DC and alarm contacts Max. temperature: 50 °C Max. pressure: 1 000 kPa Required power: 15 - 24 V DC Interface: RS 232, RS 485 Modbus-RTU |
massflow-online.com |
Thermal Mass Flow Meters/ |
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Measuring principle: thermal bypass Application: mass flow measurement and control for every kind of gas and gas-mix Flow ranges: 0,014 - 0,7ml/min to 8 - 1 670 l/min air Accuracy: ±0,8 % of rd plus ± 0,2 % of fsd Signal output: 0-5/10V DC or 0/4-20 mA Max. temperature: 70 °C Max. pressure: 40 M/Pa Body material: SS 316L, Viton gaskets Metal sealed models available Required power: 15 - 24 V DC Interface: RS 232 Profibus-DP, DeviceNet, Modbus-RTU and FLOW-BUS, ATEX |
bronkhorst.com |
Thermal Mass Flow Meters/ |
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Measuring principle: thermal bypass Application: mass flow measurement and control for every kind of gas and gas-mix Flow ranges: 0,014 - 0,7ml/min to 220 - 11 000 m3/h air Accuracy: ±0,8 % of rd plus ± 0,2 % of fsd Signal output: 0-5/10V DC or 0/4-20 mA Max. temperature: 70 °C Max. pressure: 70 M/Pa Body material: SS 316L, Viton gaskets Process connection: compression fittings, flanges or wafer Required power: 15 - 24 V DC Interface: RS 232 Profibus-DP, DeviceNet, Modbus-RTU and FLOW-BUS, ATEX |
bronkhorst.com |
Analogue |
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Measuring principle: direct thermal inline Application: mass flow measurement and control for every kind of gas and gas-mix Flow ranges: 0,005 - 0,1 l/min to 300 - 6 000 l/min air Accuracy: ± 3 % of fsd Signal output: 0-5/10 V DC or 0/4-20 mA Max. temperature: 50 °C Max. pressure: 1 000 kPa Required power: 15 - 24 V DC |
mw-instruments.com |
Digital |
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Measuring principle: direct thermal inline |
mw-instruments.com |
Thermal Mass Flow Meters/ |
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Measuring principle: thermal bypass Application: mass flow measurement and control for liquids Flow ranges: 1,5-30 mg/h to 0-20 kg/h Accuracy: ±01 % of fsd Signal output: 0-5/10V DC or 0/4-20 mA Max. temperature: 50 °C Max. pressure: 10 M/Pa Body material: SS 316L, Viton gaskets Process connection: compression fittings Required power: 15 - 24 V DC Interface: RS 232 Profibus-DP, DeviceNet, Modbus-RTU and FLOW-BUS, ATEX |
bronkhorst.com |
Coriolis Mass Flow Meters/ |
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Application: mass flow measurement and control for gases and liquids Flow ranges: 0 - 20g/h to 0 - 600 kg/h Accuracy: ± 0,2 % of rate + zero stability Zero stability: < 0,005 % Signal output: 0-10V DC or 0-20 mA Max. temperature: 120 °C Max. pressure: 10 MPa Body material: SS 316L, metal sealed Process connection: compression fittings Required power: 15 - 24 V DC Interface: RS 232 Profibus-DP, DeviceNet and Modbus-RTU, ATEX |
bronkhorst-cori-tech.com |
Coriolis Mass Flow Meters |
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Measuring ranges: 0,8 - 8 kg/h to 4 - 40 t/h Accuracy: ± 0,1 % of actual flow Density: ± 0,003 g/cm3 Volume: ± 0,2 % Signal output: analogue and digital Material: SS 316 Ti, Hastelloy C, Tantalum, Monel Max. temperature: 260 °C Max. pressure: 90 MPa Sizes: DN 10 to DN 100 Process connection: flanges, thread HART®, Profibus PA®, Fieldbus, Modbus RTU, ATEX |
heinrichs-mt.com |
Coriolis Mass Flow Meters |
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Measuring ranges: 0,06-0,6 t/h to 400-2 200 t/h Accuracy: ± 0,1 % of actual flow Density: ± 0,003 g/cm3 Volume: ± 0,2 % Signal output: analogue and digital Material: SS 316 Ti, Hastelloy C, Tantalum Max. temperature: 260 °C Max. pressure: 4 000 kPa Sizes: DN 10 to DN 400 Process connection: flanges, thread HART®, Profibus PA®, Fieldbus, ATEX |
heinrichs-mt.com |