WebAug 27, 2024 · This liquid flow controller (DFC15) is used to measure and control the flow of liquid, it can control solenoid valve on/off when the flow reaches to setting value. Technical Specifications: Controller Power Requirement: 12VDC Power Adapter: Input: 100-240VAC; Output: 12VDC, max 2A Adapter lead length: 1m Measuring Accuracy: ±1% WebThe Flume sensor will give you data, assuming you have a compatible water meter. Unfortunately, as far as I know, it doesn't have any integrations to speak of. Just alerts on your phone for potential leaks or unusually high usage. EDIT: I have a Flume, it was subsidized by my Water utility. I wasn't aware it integrated with Home Assistant.
A framework for modeling connections between hydraulics, water …
WebSep 1, 2024 · This paper introduces a framework for examining connections between the flow field, the texture of the air-water interface, and the reflectance of the water surface and thus evaluating the potential to infer hydraulic information from remotely sensed observations of surface reflectance. We used a spatial correlation model describing … WebJun 15, 2024 · Fluorescent dye injection in a tow tank or flume permitted visualization of flow through fabrics. Ventilation is constrained by the low flow velocity in the stagnation area over the chest of an athlete, with freestream airflows of 3.3 and 10 m.s−1 reduced to 1.31 +/− 0.10 m/s (39.6%) and 3.51 +/− 0.27 m.s−1 (35.0%), respectively at a ... great falls msu home
Sensors – RainMachine
WebMay 17, 2024 · The flow rate in the flume was controlled by a ball valve near Reservoir #1, and a sharp crested weir was placed at the flume exit to adjust the water level in the channel. To measure the discharge with the flume, Reservoir #2 was divided into two components, between which a 90-degree V-notch weir was installed. ... Websensor takes over flow rate measurement. Figure 4: (Top Left) The graph displays how the advanced laser technology verifies the accuracy of the flume under normal flow … Websensor takes over flow rate measurement. Figure 4: (Top Left) The graph displays how the advanced laser technology verifies the accuracy of the flume under normal flow conditions. Figure 5: (Top) The TIENet™ 310 ultrasonic level sensor determines the flow rate in the flume vault. Figure 6: (Left) The LaserFlow sensor operating under nor- flip up sights picatinny rail