Introduction
Digital flow controller+sensor
Technical
Specification Table
Order No
| Supply voltage (Us) | 12...30Vdc |
| No-load current consumption | <20mA |
| Switch output | |
| Output type | Push-pull (compatible withPNPandNPN) |
| Switching capacity | 500mA(24Vdc) |
| Current mode analog output | |
| Output type | 2wire4...20mA |
| LloadRA(Ω) | RA≤(Us-10)/0.02 |
| Linearity | ≤±0.01%read value |
| Accuracy | ≤±0.02%read value |
| Ambient temperature | -40…85℃ |
| Probe working temperature | -40…120℃ |
| Show | 4bit redlednixie tube, high8mm |
| Material | |
| Display head | Stainless steel304 |
| Shell | Stainless steel304 |
| Degree of protection | IP67 |
| Outgoing way | M12×1Connector |
| Certifications and Certificates | CE |
Order NO. | Type | Series | Application |
DW1001 | DWEVSA420ST0 | With magnetic sensor | Turbine flowmeter |
DW1002 | DWERSA420ST0 | No magnetic sensor | |
DW1003 | DWEKSA420ST0 | Hall sensor | |
DW2002 | DWEGSA420ST0 | No magnetic sensor | Gear flow meter |
DW2003 | DWEKSA420ST0 | Hall sensor |
Application
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Aviation IndustryIn the aerospace industry, flow measurement is a crucial link, which not only affects the performance and safety of aircraft, but also directly relates to the safety of personnel and equipment. Therefore, in order to ensure the development and safety of the aerospace industry, accurate flow measurement has become an indispensable task.
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Shipbuilding Industry
The shipbuilding industry is a highly dependent field on flow measurement technology, as flow is one of the most important indicators in the operation of ships. Its special design and excellent performance have made it widely recognized and applied in flow measurement applications in the shipbuilding industry.
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Process Cooling Industry
In many industries, the proper functioning of cooling systems is critical to equipment reliability and productivity. However, these systems also face various problems, such as insufficient flow, pressure drop, pipe blockage, etc., which directly affect the operation of the equipment and the quality of the product. Therefore, real-time monitoring of the flow in the cooling system is crucial.
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