The DwyerOmega SF Sight Flow Transmitter provides precise flow measurement & control. With hermetically sealed circuitry, 2-wire loop-powered design, it’s ideal for a wide range of applications. These flow meters are versatile, measuring flow in both directions & can be mounted in any orientation.
Looking for an accurate flow meter that can handle even the harshest environments? Look no further than the DwyerOmega SF Sight Flow Transmitter, available from Hinco, WA. This powerful tool combines tangential turbine technology with hermetically sealed circuitry to provide precise flow measurement and control. With its 2-wire loop-powered design, the SF Series transmits a 4 to 20 mA signal proportional to flow rate, making it easy to monitor and adjust. And with models capable of measuring flow in both directions and mounting in any orientation, the SF is a versatile choice for a wide range of applications. The SF11 model even features a clear polycarbonate viewing cover for visible indication of flow. Trust the DwyerOmega SF Sight Flow Transmitter for accurate and reliable flow measurement in cooling and lubrication circuits, HVAC systems, aggressive chemical metering, and batching systems.
The DwyerOmega SFI-100/300 Midwest Sight Flow Indicator offers durable brass or 316 SS construction, threaded connections, and a clear viewing window for real-time flow monitoring.
The DwyerOmega RMB-SSV Rate Master Polycarbonate Flow Meter offers precise flow measurement with a rugged polycarbonate body, stainless steel vane, and optional metering valves for control in industrial gas and liquid applications.
The DwyerOmega RMC Rate-Master Polycarbonate Flow Meter offers impact-resistant flow measurement with a direct-reading scale, stable float tracking, and an optional precision metering valve for both gas and liquid applications. Built with a durable polycarbonate body and a corrosion-resistant design, the RMC ensures reliable performance in HVAC, industrial process, laboratory, and clean-media environments, delivering clear, easy-to-read flow data even in demanding conditions.