Description Dwyer MM Mini-Master Flow Meters consist of two series of flow meters suitable for both gas and liquid applications with advanced features at a low cost. The Series MMA is a 2″ (51 mm) scale flow meter that is user-configurable with or without non-removable top or bottom front-mounted metering valves. It is constructed from […]
Description Dwyer DR Direct Read Variable Area Glass Flow Meters are ideal for the direct flow measurement of air, water, and other commonly used gases. These flow meters are designed with direct read scales with no need for correlation charts. They feature borosilicate glass tubes in 150 mm or 65 mm scales with aluminum and […]
Description Dwyer VA Variable Area Glass Flow Meters are designed with easy to read universal mm scale and supplied with correlation charts containing calibration data for air and water. Glass flow meters are suitable for metering carrier gases, liquid and gas measurement in pilot plants, laboratories, process flow and level indicating. Units are equipped with a […]
Description Dwyer VAT Series Variable Area Fluoropolymer Flowmeter is ideal for high purity or corrosive liquid applications. This series of flowmeters feature a 0 to 10 scale for flow indication. Each unit is individually leak tested to a leak integrity rating of 1 x 10 -7 sccs Helium or better. Flow includes Flow Transmitters, Flow […]
Description Dwyer DR4 Series High Flow Glass Variable Area Flow Meter offers a simplified solution to the problem of fluid flow indication at higher capacity levels. Flow meters have a direct reading scale for air or water and are designed to withstand even the harshest industrial applications. Permanently fused ceramic scale has integral float guides […]
Description Dwyer VFC and VFCII Series Visi-Float® Acrylic Flow Meter is a direct reading, precision machined, clear acrylic body flow meter suitable for both gas and liquid applications. This Series consists of two 5″ (127 mm) scale flow meters, the VFC and VFC II. The VFC features PVC 1″ female NPT connections and the VFC […]