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The battery-powered insertion electromagnetic flow meter is suitable for piping with a diameter of 4 to 12 inches (100 to 300 mm) with its compact body. It is also suitable for measuring wastewater due to the absence of moving parts. By adding options, a data logger can be included. Main features: - Compact design with integrated display - Installation using a dedicated mounting fixture - No extra wiring work required! - Capable of measuring wastewater! - Can measure in both positive and negative directions - Easy operation with two keys

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The "UA102 Series" integrated ultrasonic flow meter with easy installation display is an ultrasonic flow meter that achieves low cost, compact design, and simple installation. Since the detector is only installed on the outside of the piping, no processing of the piping is required. Main features: - Installation time is approximately 1 minute! - Capable of measuring a minimum of 4mm in diameter! - Easy installation of the flow meter itself, no construction required for existing piping - Compact design with integrated display - Requires almost no installation space - Usable for clean water, seawater, oil, chemicals, etc. - Maintenance-free due to non-contact with the liquid We offer a lineup of 4 types: 1. Integrated display type UA102 Series 2. Separate display type UA102-S Series 3. High-temperature separate display type UA102-HiT Series 4. Sanitary separate display type UA102-Sani Series For more details, please contact us or download the catalog.

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The DX&PX series can measure average flow velocity with high precision. Ultrasonic waves are emitted at a certain angle from a detector installed in the waterway. Immediately afterward, it switches to receiving mode and captures the ultrasonic waves reflected by suspended particles (impurities and bubbles) in the fluid. This is visualized and stored as the first scan after digital processing. Similarly, emission and reception are performed, and the flow velocity is analyzed based on the movement distance of suspended particles compared to the first scan. This is stored as the second scan, similarly to the first scan. Additionally, the flow velocity distribution, which changes with water depth, is measured intermittently by dividing it into windows. By repeating this operation up to 2000 times per second, the average flow velocity is measured in real-time with high precision.

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