Malema Flow Sensors is offering a family of Vortex Flow Meters. These flow meters utilize the vortex technology to measure fluid flows from 0.13 GPM to 18 GPM , with accuracy's of +/- 3% of full scale for some models to +/- 1% of reading for the top of the line models. (read more)

The VF-2000 utilizes the vortex technology to measure fluid flows from 0.5 to 40 lpm , with accuracy's of +/- 3% of full scale (read more)

Malema's valves provide instant shut off in the event of a hose break or line failure, preventing the release of hazardous or inflammable products to the area, which can result in a disatrous fire or explosion and untold damage to personel and equipment. (read more)

The M-100 Series is an extremely sensitive flow switch. This has been engineering to monitor vital sample flow parameters for instrumentation in process control and inert blanket gases. It is used as an auxiliary alarm monitor for flow meters. (read more)

Smith Systems, Inc. passive speed sensors (Magna-Tran ®)convert mechanical motion to an A/C voltage without the need of a power supply. These self-contained magnetic sensors produce a magnetic field which, when in the proximity of ferrous objects in motion, generate a voltage. The frequency of this voltage is directly proportional to the speed of the object in motion. (read more)

High Quality Low cost Flow Meter Sensors from Smith Sensors.Smith Systems, Inc. proximity sensors can be used for providing "no drag" speed detection in turbine flow meters. These flow sensors can be powered with a wide range of supply voltages and are compatible with digital equipment. (read more)

Smith Systems Digi-Tran ® Digital Speed Sensors utilize integral active signal conditioning electronics to provide constant amplitude output regardless of exciter speed. These speed sensors can be powered with a wide range of supply voltages and are compatible with digital equipment. (read more)

The M-1500 Series is a inline ultrasonic flowmeter designed for applications involving aerated fluids, slurries, and harsh chemistries. It has a flow rate range of 4 to 600 ml/min. (read more)

Most LDV's in the industry are table-top systems which are large and difficult to set up. Getting results requires a user with experience in beam alignment. MSE's miniLDV replaces this with a probe and two small electronics boxes. The user doesn't need to spend hours setting up the sensor—and this leaves more time to perform measurements and collect valuable data. (read more)

Most LDV's in the industry are table-top systems which are large and difficult to set up. Getting results requires a user with experience in beam alignment. MSE's miniLDV replaces this with a probe and two small electronics boxes. The user doesn't need to spend hours setting up the sensor—and this leaves more time to perform measurements and collect valuable data. (read more)